- published: 24 May 2012
- views: 1366
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From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
Here's Jesper Kyd's take on motion picture music from Fired Earth Music's "Ultimatum"-album.
All rights owned by Jesper Kyd and APM Music.
- published: 08 May 2012
- views: 2045
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001.
===============
Show Details:
===============
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 billion miles
2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis.
3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches.
4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for.
5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper.
Thus we have the relationship:
1.46” / 3.67*10^7 = 2.65” / X
X = 2.65 inches/(1.46 inches * 3.67 billion miles)
Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get:
X = 6.66 billion miles from the Sun
which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did.
So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet).
We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only.
This is 25,494 miles per hour.
Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected.
3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990?
Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows.
The blink rate from 1981 to 1990 increased to 25,494 mph.
That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion.
This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models. Nuff said
Links:
http://www.geraldclark77.com/
Nibiru scientific arrival paper
http://www.angelismarriti.it/ANGELISMARRITI-ENG/REPORTS_ARTICLES/nibiru-arrival-speculations.htm
Dr. Harrington and Dr. Sitchin comparing maps of Nibiru
https://www.youtube.com/watch?v=HpHU36uJnMc
Major climate/geography changes as a possible result of Nibiru's approach. http://www.popsci.com/solomon-islands-study-author-downplays-climate-change-link
[5/26/2016 10:16:34 PM] Gerald Clark: here is one showing Japan island splitting in half http://www.zerohedge.com/news/2016-04-18/dozens-large-earthquakes-strike-speculation-mounts-japans-southern-island-may-split
[5/26/2016 10:21:06 PM] Gerald Clark: Earthquake increases since 1901 http://standeyo.com/NEWS/14_Earth_Changes/14_Earth_Changes_pics/140406.earthquakes.increasing.jpg
[5/26/2016 10:25:20 PM] Gerald Clark: Volcanic Eruption History Volcanic Eruption Historical Chart http://personal.denison.edu/~klemettie/images/VOTW/Volcanoes_Cov1.jpg
Nibiru Orbital Report
http://www.geraldclark77.com/store/c1/Featured_Products.html
- published: 01 Jun 2016
- views: 23145
The Seven Fields of Aphelion may be a member of Black Moth Super Rainbow, but with her debut solo outing Periphery
- published: 27 Jun 2010
- views: 10743
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
- published: 07 Feb 2010
- views: 37429
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
- published: 24 May 2012
- views: 1700
https://www.discogs.com/Aphelion-Click/release/5288
https://www.facebook.com/bunzinelliselection/
-Video Upload powered by https://www.TunesToTube.com
- published: 29 Dec 2016
- views: 479
Instrumental Rock Band From Motherwell, Scotland.
http://www.facebook.com/asbocmusic
Recorded & Mixed By Calum Farquharson @ OneEyeDog Studios, Motherwell, Scotland (cfarq@live.com)
Mastered By Chris Graham @ Chris Graham Mastering, Ohio, USA.
Photography @ Riviera Maya, Mexico
FREE DOWNLOAD AVAILABLE HERE.
https://soundcloud.com/asbocmusic/a-sudden-burst-of-colour-1
Cheers!
- published: 09 Dec 2012
- views: 2039
1990
1990 (MCMXC) was a common year starting on Monday (dominical letter G) of the Gregorian calendar, the 1990th year of the Common Era (CE) and Anno Domini (AD) designations, the 990th year of the 2nd millennium, the 90th year of the 20th century, and the 1st year of the 1990s decade.
Important events of 1990 include the Reunification of Germany and Yemeni unification, the formal beginning of the Human Genome Project (finished in 2003), the launch of the Hubble Space Telescope, the separation of Namibia from South Africa, and the Baltic states declaring independence from the Soviet Union amidst Perestroika. Yugoslavia's communist regime collapses amidst increasing internal tensions and multiparty elections held within its constituent republics result in separatist governments being elected in most of the republics marking the beginning of the breakup of Yugoslavia. Also in this year began the crisis that would lead to the Gulf War in 1991 following the Iraqi invasion and the largely internationally unrecognized annexation of Kuwait resulting in a crisis in the Persian Gulf involving the issue of the sovereignty of Kuwait and fears by Saudi Arabia over Iraqi aggression against their oil fields near Kuwait, this resulted in Operation Desert Shield being enacted with an international coalition of military forces being built up on the Kuwaiti-Saudi border with demands for Iraq to peacefully withdraw from Kuwait. Also in this year, Nelson Mandela was released from prison, and Margaret Thatcher resigned as Prime Minister of the United Kingdom after over 11 years.
This page contains text from Wikipedia, the Free Encyclopedia -
https://wn.com/1990
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
Perihelion and aphelion
The perihelion is the point in the orbit of a planet, minor planet, or comet, where it is nearest to the Sun. It is the opposite of aphelion, which is the point in the orbit where the celestial body is farthest from its Sun.
The word "perihelion" stems from the Ancient Greek words "peri", meaning "near", and "helios", meaning "the Sun". "Aphelion" derives from the preposition "apo", meaning "away, off, apart". (The similar words "perigee" and "apogee" refer to the nearest and furthest points in some object's orbit around a planet.)
According to Kepler's first law of planetary motion, all planets, comets, and asteroids in the Solar System have approximately elliptical orbits around the Sun. (Any single revolution of a body around its parent object is only approximately elliptical, because precession of the perihelion prevents the orbit from being a simple closed curve such as an ellipse.) Hence, an orbiting body has a closest and a farthest point from its parent object, that is, a perihelion and an aphelion, known collectively as apsides. Orbital eccentricity measures the flatness (departure from a perfect circle) of the orbit.
This page contains text from Wikipedia, the Free Encyclopedia -
https://wn.com/Perihelion_and_aphelion
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
This article is licensed under the Creative Commons Attribution-ShareAlike 3.0 Unported License, which means that you can copy and modify it as long as the entire work (including additions) remains under this license.
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3:131990: APHELION
1990: APHELION1990: APHELION
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection ) 1990: Bandcamp: http://1990.bandcamp.com Soundcloud: http://soundcloud.com/1990producer Facebook: http://www.facebook.com/1990official Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ ) =================================== MR NONSENSE Tumblr: http://mrnonsense.tumblr.com Facebook: http://facebook.com/mrnonsensemusic Soundcloud: http://soundcloud.com/capi86sv -
9:48Játékbemutató - Xenon 2 Megablast (1)
Játékbemutató - Xenon 2 Megablast (1) -
2:29Aphelion - Ultimatum
Aphelion - UltimatumAphelion - Ultimatum
Here's Jesper Kyd's take on motion picture music from Fired Earth Music's "Ultimatum"-album. All rights owned by Jesper Kyd and APM Music. -
35:20Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald ClarkNibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001. =============== Show Details: =============== We have an easy way to test whether the orbital chart is to scale. 1. The distance to Pluto to the Sun is 3.67 billion miles 2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis. 3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches. 4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for. 5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper. Thus we have the relationship: 1.46” / 3.67*10^7 = 2.65” / X X = 2.65 inches/(1.46 inches * 3.67 billion miles) Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get: X = 6.66 billion miles from the Sun which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did. So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet). We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only. This is 25,494 miles per hour. Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected. 3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990? Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows. The blink rate from 1981 to 1990 increased to 25,494 mph. That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion. This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models. Nuff said Links: http://www.geraldclark77.com/ Nibiru scientific arrival paper http://www.angelismarriti.it/ANGELISMARRITI-ENG/REPORTS_ARTICLES/nibiru-arrival-speculations.htm Dr. Harrington and Dr. Sitchin comparing maps of Nibiru https://www.youtube.com/watch?v=HpHU36uJnMc Major climate/geography changes as a possible result of Nibiru's approach. http://www.popsci.com/solomon-islands-study-author-downplays-climate-change-link [5/26/2016 10:16:34 PM] Gerald Clark: here is one showing Japan island splitting in half http://www.zerohedge.com/news/2016-04-18/dozens-large-earthquakes-strike-speculation-mounts-japans-southern-island-may-split [5/26/2016 10:21:06 PM] Gerald Clark: Earthquake increases since 1901 http://standeyo.com/NEWS/14_Earth_Changes/14_Earth_Changes_pics/140406.earthquakes.increasing.jpg [5/26/2016 10:25:20 PM] Gerald Clark: Volcanic Eruption History Volcanic Eruption Historical Chart http://personal.denison.edu/~klemettie/images/VOTW/Volcanoes_Cov1.jpg Nibiru Orbital Report http://www.geraldclark77.com/store/c1/Featured_Products.html -
3:47The Seven Fields of Aphelion - wildflower wood
The Seven Fields of Aphelion - wildflower woodThe Seven Fields of Aphelion - wildflower wood
The Seven Fields of Aphelion may be a member of Black Moth Super Rainbow, but with her debut solo outing Periphery -
1:17Sedna or Solar System Planet No:10
Sedna or Solar System Planet No:10Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune. For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU. Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size. Discovered by M. Brown, C. Trujillo, D. Rabinowitz Discovery date November 14, 2003 MPC designation 90377 Sedna Pronunciation /ˈsɛdnə/ SED-nə Alternate name(s) 2003 VB12 Minor planet category Trans-Neptunian object detached object Orbital characteristics Epoch September 26, 1990 (JD 2 448 160.5) Aphelion 1.459 × 1014 m (975.56 AU) Perihelion 1.139 3 × 1013 m (76.156 AU) Semi-major axis 7.866 8×1013 m (525.86 AU) Eccentricity 0.855 Orbital period around 4,404,480 d (12,059.06 a) Average orbital speed 1.04 km/s Mean anomaly 357.457° Inclination 11.934° Longitude of ascending node 144.514° Argument of perihelion 311.123° Physical characteristics Dimensions 1,2001,600 km Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris) Mean density 2.0? g/cm³ Equatorial surface gravity 0.330.50 m/s² Escape velocity 0.620.95 km/s Sidereal rotation period 0.42 d (10 h) 1 Albedo 0.160.30 Temperature below 33 K Spectral type (red) B-V=1.24; V-R=0.78 Apparent magnitude 21.1 20.4 (Perihelic) Absolute magnitude (H) 1.56 -
7:45APHELION Orbit out
APHELION Orbit out -
3:411990: EEPROM
1990: EEPROM1990: EEPROM
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection ) 1990: Bandcamp: http://1990.bandcamp.com Soundcloud: http://soundcloud.com/1990producer Facebook: http://www.facebook.com/1990official Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ ) =================================== MR NONSENSE Tumblr: http://mrnonsense.tumblr.com Facebook: http://facebook.com/mrnonsensemusic Soundcloud: http://soundcloud.com/capi86sv -
5:26aphelion – plateau (2000)
aphelion – plateau (2000)aphelion – plateau (2000)
https://www.discogs.com/Aphelion-Click/release/5288 https://www.facebook.com/bunzinelliselection/ -Video Upload powered by https://www.TunesToTube.com -
5:43A Sudden Burst Of Colour - Aphelion
A Sudden Burst Of Colour - AphelionA Sudden Burst Of Colour - Aphelion
Instrumental Rock Band From Motherwell, Scotland. http://www.facebook.com/asbocmusic Recorded & Mixed By Calum Farquharson @ OneEyeDog Studios, Motherwell, Scotland (cfarq@live.com) Mastered By Chris Graham @ Chris Graham Mastering, Ohio, USA. Photography @ Riviera Maya, Mexico FREE DOWNLOAD AVAILABLE HERE. https://soundcloud.com/asbocmusic/a-sudden-burst-of-colour-1 Cheers!
-
1990: APHELION
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection ) 1990: Bandcamp: http://1990.bandcamp.com Soundcloud: http://soundcloud.com/1990producer Facebook: http://www.facebook.com/1990official Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ ) =================================== MR NONSENSE Tumblr: http://mrnonsense.tumblr.com Facebook: http://facebook.com/mrnonsensemusic Soundcloud: http://soundcloud.com/capi86sv
published: 24 May 2012 -
-
Aphelion - Ultimatum
Here's Jesper Kyd's take on motion picture music from Fired Earth Music's "Ultimatum"-album. All rights owned by Jesper Kyd and APM Music.
published: 08 May 2012 -
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001. =============== Show Details: =============== We have an easy way to test whether the orbital chart is to scale. 1. The distance to Pluto to the Sun is 3.67 billion miles 2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis. 3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches. 4. Now using...
published: 01 Jun 2016 -
The Seven Fields of Aphelion - wildflower wood
The Seven Fields of Aphelion may be a member of Black Moth Super Rainbow, but with her debut solo outing Periphery
published: 27 Jun 2010 -
Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune. For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed ...
published: 07 Feb 2010 -
-
1990: EEPROM
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection ) 1990: Bandcamp: http://1990.bandcamp.com Soundcloud: http://soundcloud.com/1990producer Facebook: http://www.facebook.com/1990official Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ ) =================================== MR NONSENSE Tumblr: http://mrnonsense.tumblr.com Facebook: http://facebook.com/mrnonsensemusic Soundcloud: http://soundcloud.com/capi86sv
published: 24 May 2012 -
aphelion – plateau (2000)
https://www.discogs.com/Aphelion-Click/release/5288 https://www.facebook.com/bunzinelliselection/ -Video Upload powered by https://www.TunesToTube.com
published: 29 Dec 2016 -
A Sudden Burst Of Colour - Aphelion
Instrumental Rock Band From Motherwell, Scotland. http://www.facebook.com/asbocmusic Recorded & Mixed By Calum Farquharson @ OneEyeDog Studios, Motherwell, Scotland (cfarq@live.com) Mastered By Chris Graham @ Chris Graham Mastering, Ohio, USA. Photography @ Riviera Maya, Mexico FREE DOWNLOAD AVAILABLE HERE. https://soundcloud.com/asbocmusic/a-sudden-burst-of-colour-1 Cheers!
published: 09 Dec 2012
1990: APHELION
- Order: Reorder
- Duration: 3:13
- Updated: 24 May 2012
- views: 1366
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http:/...
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
https://wn.com/1990_Aphelion
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
- published: 24 May 2012
- views: 1366
Játékbemutató - Xenon 2 Megablast (1)
- Order: Reorder
- Duration: 9:48
- Updated: 24 Feb 2008
- views: 11242
Aphelion - Ultimatum
- Order: Reorder
- Duration: 2:29
- Updated: 08 May 2012
- views: 2045
Here's Jesper Kyd's take on motion picture music from Fired Earth Music's "Ultimatum"-album.
All rights owned by Jesper Kyd and APM Music.
Here's Jesper Kyd's take on motion picture music from Fired Earth Music's "Ultimatum"-album.
All rights owned by Jesper Kyd and APM Music.
https://wn.com/Aphelion_Ultimatum
Here's Jesper Kyd's take on motion picture music from Fired Earth Music's "Ultimatum"-album.
All rights owned by Jesper Kyd and APM Music.
- published: 08 May 2012
- views: 2045
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
- Order: Reorder
- Duration: 35:20
- Updated: 01 Jun 2016
- views: 23145
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001.
===============
Show Details:
===============...
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001.
===============
Show Details:
===============
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 billion miles
2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis.
3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches.
4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for.
5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper.
Thus we have the relationship:
1.46” / 3.67*10^7 = 2.65” / X
X = 2.65 inches/(1.46 inches * 3.67 billion miles)
Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get:
X = 6.66 billion miles from the Sun
which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did.
So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet).
We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only.
This is 25,494 miles per hour.
Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected.
3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990?
Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows.
The blink rate from 1981 to 1990 increased to 25,494 mph.
That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion.
This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models. Nuff said
Links:
http://www.geraldclark77.com/
Nibiru scientific arrival paper
http://www.angelismarriti.it/ANGELISMARRITI-ENG/REPORTS_ARTICLES/nibiru-arrival-speculations.htm
Dr. Harrington and Dr. Sitchin comparing maps of Nibiru
https://www.youtube.com/watch?v=HpHU36uJnMc
Major climate/geography changes as a possible result of Nibiru's approach. http://www.popsci.com/solomon-islands-study-author-downplays-climate-change-link
[5/26/2016 10:16:34 PM] Gerald Clark: here is one showing Japan island splitting in half http://www.zerohedge.com/news/2016-04-18/dozens-large-earthquakes-strike-speculation-mounts-japans-southern-island-may-split
[5/26/2016 10:21:06 PM] Gerald Clark: Earthquake increases since 1901 http://standeyo.com/NEWS/14_Earth_Changes/14_Earth_Changes_pics/140406.earthquakes.increasing.jpg
[5/26/2016 10:25:20 PM] Gerald Clark: Volcanic Eruption History Volcanic Eruption Historical Chart http://personal.denison.edu/~klemettie/images/VOTW/Volcanoes_Cov1.jpg
Nibiru Orbital Report
http://www.geraldclark77.com/store/c1/Featured_Products.html
https://wn.com/Nibiru_Earth_Change_Updates_Are_We_Close_With_Gerald_Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001.
===============
Show Details:
===============
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 billion miles
2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis.
3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches.
4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for.
5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper.
Thus we have the relationship:
1.46” / 3.67*10^7 = 2.65” / X
X = 2.65 inches/(1.46 inches * 3.67 billion miles)
Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get:
X = 6.66 billion miles from the Sun
which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did.
So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet).
We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only.
This is 25,494 miles per hour.
Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected.
3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990?
Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows.
The blink rate from 1981 to 1990 increased to 25,494 mph.
That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion.
This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models. Nuff said
Links:
http://www.geraldclark77.com/
Nibiru scientific arrival paper
http://www.angelismarriti.it/ANGELISMARRITI-ENG/REPORTS_ARTICLES/nibiru-arrival-speculations.htm
Dr. Harrington and Dr. Sitchin comparing maps of Nibiru
https://www.youtube.com/watch?v=HpHU36uJnMc
Major climate/geography changes as a possible result of Nibiru's approach. http://www.popsci.com/solomon-islands-study-author-downplays-climate-change-link
[5/26/2016 10:16:34 PM] Gerald Clark: here is one showing Japan island splitting in half http://www.zerohedge.com/news/2016-04-18/dozens-large-earthquakes-strike-speculation-mounts-japans-southern-island-may-split
[5/26/2016 10:21:06 PM] Gerald Clark: Earthquake increases since 1901 http://standeyo.com/NEWS/14_Earth_Changes/14_Earth_Changes_pics/140406.earthquakes.increasing.jpg
[5/26/2016 10:25:20 PM] Gerald Clark: Volcanic Eruption History Volcanic Eruption Historical Chart http://personal.denison.edu/~klemettie/images/VOTW/Volcanoes_Cov1.jpg
Nibiru Orbital Report
http://www.geraldclark77.com/store/c1/Featured_Products.html
- published: 01 Jun 2016
- views: 23145
The Seven Fields of Aphelion - wildflower wood
- Order: Reorder
- Duration: 3:47
- Updated: 27 Jun 2010
- views: 10743
The Seven Fields of Aphelion may be a member of Black Moth Super Rainbow, but with her debut solo outing Periphery
The Seven Fields of Aphelion may be a member of Black Moth Super Rainbow, but with her debut solo outing Periphery
https://wn.com/The_Seven_Fields_Of_Aphelion_Wildflower_Wood
The Seven Fields of Aphelion may be a member of Black Moth Super Rainbow, but with her debut solo outing Periphery
- published: 27 Jun 2010
- views: 10743
Sedna or Solar System Planet No:10
- Order: Reorder
- Duration: 1:17
- Updated: 07 Feb 2010
- views: 37429
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz...
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
https://wn.com/Sedna_Or_Solar_System_Planet_No_10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
- published: 07 Feb 2010
- views: 37429
APHELION Orbit out
- Order: Reorder
- Duration: 7:45
- Updated: 03 Oct 2011
- views: 484
1990: EEPROM
- Order: Reorder
- Duration: 3:41
- Updated: 24 May 2012
- views: 1700
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http:/...
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
https://wn.com/1990_Eeprom
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
- published: 24 May 2012
- views: 1700
aphelion – plateau (2000)
- Order: Reorder
- Duration: 5:26
- Updated: 29 Dec 2016
- views: 479
https://www.discogs.com/Aphelion-Click/release/5288
https://www.facebook.com/bunzinelliselection/
-Video Upload powered by https://www.TunesToTube.com
https://www.discogs.com/Aphelion-Click/release/5288
https://www.facebook.com/bunzinelliselection/
-Video Upload powered by https://www.TunesToTube.com
https://wn.com/Aphelion_–_Plateau_(2000)
https://www.discogs.com/Aphelion-Click/release/5288
https://www.facebook.com/bunzinelliselection/
-Video Upload powered by https://www.TunesToTube.com
- published: 29 Dec 2016
- views: 479
A Sudden Burst Of Colour - Aphelion
- Order: Reorder
- Duration: 5:43
- Updated: 09 Dec 2012
- views: 2039
Instrumental Rock Band From Motherwell, Scotland.
http://www.facebook.com/asbocmusic
Recorded & Mixed By Calum Farquharson @ OneEyeDog Studios, Motherwell, Sc...
Instrumental Rock Band From Motherwell, Scotland.
http://www.facebook.com/asbocmusic
Recorded & Mixed By Calum Farquharson @ OneEyeDog Studios, Motherwell, Scotland (cfarq@live.com)
Mastered By Chris Graham @ Chris Graham Mastering, Ohio, USA.
Photography @ Riviera Maya, Mexico
FREE DOWNLOAD AVAILABLE HERE.
https://soundcloud.com/asbocmusic/a-sudden-burst-of-colour-1
Cheers!
https://wn.com/A_Sudden_Burst_Of_Colour_Aphelion
Instrumental Rock Band From Motherwell, Scotland.
http://www.facebook.com/asbocmusic
Recorded & Mixed By Calum Farquharson @ OneEyeDog Studios, Motherwell, Scotland (cfarq@live.com)
Mastered By Chris Graham @ Chris Graham Mastering, Ohio, USA.
Photography @ Riviera Maya, Mexico
FREE DOWNLOAD AVAILABLE HERE.
https://soundcloud.com/asbocmusic/a-sudden-burst-of-colour-1
Cheers!
- published: 09 Dec 2012
- views: 2039
-
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001. =============== Show Details: =============== We have an easy way to test whether the orbital chart is to scale. 1. The distance to Pluto to the Sun is 3.67 billion miles 2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis. 3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches. 4. Now using...
published: 01 Jun 2016 -
1990: APHELION
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection ) 1990: Bandcamp: http://1990.bandcamp.com Soundcloud: http://soundcloud.com/1990producer Facebook: http://www.facebook.com/1990official Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ ) =================================== MR NONSENSE Tumblr: http://mrnonsense.tumblr.com Facebook: http://facebook.com/mrnonsensemusic Soundcloud: http://soundcloud.com/capi86sv
published: 24 May 2012 -
Nibiru & Earth Change Updates ARE WE CLOSE Part#5
Nibiru & Earth Change Updates ARE WE CLOSE We have an easy way to test whether the orbital chart is to scale. 1. The distance to Pluto to the Sun is 3.67 billion miles 2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis. 3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches. 4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the ...
published: 19 Sep 2016 -
Cruciform Live at The Bald Faced Stag 8/11/2014
Cruciform was perhaps one of the most significant Australian metal bands of the early 1990s, playing a slow and heavy form of death/doom long before most others. Cruciform could well have gone on to take a serious role on the worldwide stage but internal conflicts sadly tore the group apart on the verge of international recognition. The band developed a style similar to that of early recordings by Anathema and Paradise Lost featuring slow, lingering riffs and epic arrangements and rose to the forefront of Sydney's metal scene with Atavism in 1993, the first release for Warhead Records, whose owner Brad Sims was also the band's manager. Following this Daniel Moth was replaced by Matt Seldon and the group's sound engineer Simon Gruer joined Cruciform as lead vocalist and keyboard player. I...
published: 18 Nov 2014 -
Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune. For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed ...
published: 07 Feb 2010 -
Sedna - Our Solar System Planet No_10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune. For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed ex...
published: 10 Dec 2010 -
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
- Order: Reorder
- Duration: 35:20
- Updated: 01 Jun 2016
- views: 23145
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001.
===============
Show Details:
===============...
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001.
===============
Show Details:
===============
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 billion miles
2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis.
3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches.
4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for.
5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper.
Thus we have the relationship:
1.46” / 3.67*10^7 = 2.65” / X
X = 2.65 inches/(1.46 inches * 3.67 billion miles)
Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get:
X = 6.66 billion miles from the Sun
which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did.
So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet).
We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only.
This is 25,494 miles per hour.
Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected.
3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990?
Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows.
The blink rate from 1981 to 1990 increased to 25,494 mph.
That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion.
This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models. Nuff said
Links:
http://www.geraldclark77.com/
Nibiru scientific arrival paper
http://www.angelismarriti.it/ANGELISMARRITI-ENG/REPORTS_ARTICLES/nibiru-arrival-speculations.htm
Dr. Harrington and Dr. Sitchin comparing maps of Nibiru
https://www.youtube.com/watch?v=HpHU36uJnMc
Major climate/geography changes as a possible result of Nibiru's approach. http://www.popsci.com/solomon-islands-study-author-downplays-climate-change-link
[5/26/2016 10:16:34 PM] Gerald Clark: here is one showing Japan island splitting in half http://www.zerohedge.com/news/2016-04-18/dozens-large-earthquakes-strike-speculation-mounts-japans-southern-island-may-split
[5/26/2016 10:21:06 PM] Gerald Clark: Earthquake increases since 1901 http://standeyo.com/NEWS/14_Earth_Changes/14_Earth_Changes_pics/140406.earthquakes.increasing.jpg
[5/26/2016 10:25:20 PM] Gerald Clark: Volcanic Eruption History Volcanic Eruption Historical Chart http://personal.denison.edu/~klemettie/images/VOTW/Volcanoes_Cov1.jpg
Nibiru Orbital Report
http://www.geraldclark77.com/store/c1/Featured_Products.html
https://wn.com/Nibiru_Earth_Change_Updates_Are_We_Close_With_Gerald_Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Broadcast - Episode 001.
===============
Show Details:
===============
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 billion miles
2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis.
3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches.
4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for.
5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper.
Thus we have the relationship:
1.46” / 3.67*10^7 = 2.65” / X
X = 2.65 inches/(1.46 inches * 3.67 billion miles)
Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get:
X = 6.66 billion miles from the Sun
which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did.
So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet).
We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only.
This is 25,494 miles per hour.
Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected.
3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990?
Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows.
The blink rate from 1981 to 1990 increased to 25,494 mph.
That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion.
This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models. Nuff said
Links:
http://www.geraldclark77.com/
Nibiru scientific arrival paper
http://www.angelismarriti.it/ANGELISMARRITI-ENG/REPORTS_ARTICLES/nibiru-arrival-speculations.htm
Dr. Harrington and Dr. Sitchin comparing maps of Nibiru
https://www.youtube.com/watch?v=HpHU36uJnMc
Major climate/geography changes as a possible result of Nibiru's approach. http://www.popsci.com/solomon-islands-study-author-downplays-climate-change-link
[5/26/2016 10:16:34 PM] Gerald Clark: here is one showing Japan island splitting in half http://www.zerohedge.com/news/2016-04-18/dozens-large-earthquakes-strike-speculation-mounts-japans-southern-island-may-split
[5/26/2016 10:21:06 PM] Gerald Clark: Earthquake increases since 1901 http://standeyo.com/NEWS/14_Earth_Changes/14_Earth_Changes_pics/140406.earthquakes.increasing.jpg
[5/26/2016 10:25:20 PM] Gerald Clark: Volcanic Eruption History Volcanic Eruption Historical Chart http://personal.denison.edu/~klemettie/images/VOTW/Volcanoes_Cov1.jpg
Nibiru Orbital Report
http://www.geraldclark77.com/store/c1/Featured_Products.html
- published: 01 Jun 2016
- views: 23145
1990: APHELION
- Order: Reorder
- Duration: 3:13
- Updated: 24 May 2012
- views: 1366
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http:/...
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
https://wn.com/1990_Aphelion
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-collection )
1990:
Bandcamp: http://1990.bandcamp.com
Soundcloud: http://soundcloud.com/1990producer
Facebook: http://www.facebook.com/1990official
Out via PIR▲.MD Records ( http://piramdrecords.bandcamp.com/ )
===================================
MR NONSENSE
Tumblr: http://mrnonsense.tumblr.com
Facebook: http://facebook.com/mrnonsensemusic
Soundcloud: http://soundcloud.com/capi86sv
- published: 24 May 2012
- views: 1366
Nibiru & Earth Change Updates ARE WE CLOSE Part#5
- Order: Reorder
- Duration: 35:20
- Updated: 19 Sep 2016
- views: 6
Nibiru & Earth Change Updates ARE WE CLOSE
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 ...
Nibiru & Earth Change Updates ARE WE CLOSE
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 billion miles
2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis.
3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches.
4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for.
5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper.
Thus we have the relationship: 1.46” / 3.67*10^7 = 2.65” / X X = 2.65 inches/(1.46 inches * 3.67 billion miles)
Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get:
X = 6.66 billion miles from the Sun
which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did.
So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet).
We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only.
This is 25,494 miles per hour.
Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected.
3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990?
Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows.
The blink rate from 1981 to 1990 increased to 25,494 mph.
That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion.
This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models.
thanks for watching, share like comment and subscribe to channel please
https://wn.com/Nibiru_Earth_Change_Updates_Are_We_Close_Part_5
Nibiru & Earth Change Updates ARE WE CLOSE
We have an easy way to test whether the orbital chart is to scale.
1. The distance to Pluto to the Sun is 3.67 billion miles
2. We have a linear measurement using the red line pointing to the orbital path of Pluto. It is 1.46 inches in the image I used. Does not matter what size the picture printed is or if it is measured onscreen, as long as the relationship is not changed by rescaling along one axis.
3. Next we can measure the distance from the Sun to where Dr. Harrington is pointing in the above image, taken from the video just played. This yellow line in the version I measured came out to 2.65 inches.
4. Now using an equivalence technique, we set the desired ratio using the 2.65” line and a variable X. In other words, the ratio of the red line length to the known distance for Pluto is equal to the ratio of the yellow line length and the unknown variable X we want to solve for.
5. Then solve for the variable X which is the distance to Nibiru, assuming Harrington’s orbital chart is scaled at all, and he is not pointing to a bugger on the paper.
Thus we have the relationship: 1.46” / 3.67*10^7 = 2.65” / X X = 2.65 inches/(1.46 inches * 3.67 billion miles)
Solving for X, the distance from the Sun to Nibiru, if Harrington Constellation map is to scale, we get:
X = 6.66 billion miles from the Sun
which disagrees with Neugebauer’s claim of finding Planet X at approximately 50 billion miles away using IRAS as reported in the newspaper in 1981. I believe what he disclosed was the aphelion distance for the Nibiru complex, not the current location as Dr. Harrington did.
So, the distance disclosed from the first newspaper article by Dr. Harrington to the time he showed his orbital chart to Dr. Sitchin in August 1990, is a difference of 2.01 billion miles in in approximately 9 years (don't have it down to months and days yet).
We now wish to know the average velocity Nibiru was traveling in the blink window defined. Using distance equals rate times time, solving for rate we have 2.01 billion miles/9*365 days*24 hours/day equals Nibiru average velocity rate during the blink window only.
This is 25,494 miles per hour.
Comparing this velocity with my Neugebauer rate and found it to be very conservative as suspected.
3170 mph is the average rate Nibiru would have to travel from Aphelion to Perihelion assuming it to be 50 billion miles from the sun and travel 1800 years inbound and outbound. The question then is how long would Nibiru take to arrive at the sun using this average rate (no slingshot scalar applied) if it was known to be 6.66 billion miles from the sun in August 30th, 1990?
Doing the math, it is 29.55 years worst case, not using a close perihelion velocity scalar. That means absolute worst case without Nibiru speeding up near the sun it would arrive sometime in 2019 (add 29.55 years to the year 1990 when Harrington reported the 6.66 billion miles on his to-scale orbit chart with the interview with Z. Sitchin). There you have it, simple. It is due here NOW as my report shows.
The blink rate from 1981 to 1990 increased to 25,494 mph.
That is a factor of over 8 increase from the average velocity it would take Nibiru to travel from 50 billion miles at solar aphelion to perhelion.
This is the scalar I was looking for in my report, guessing at 4 and 7 to see the range window it created. This increase in velocity near perihelion fits perfectly now and completes the puzzle for me mathematically. Harrington was not in Blackburch New Zealand to get the velocity, he was there to get a third data point in order to refine the trajectory for his models.
thanks for watching, share like comment and subscribe to channel please
- published: 19 Sep 2016
- views: 6
Cruciform Live at The Bald Faced Stag 8/11/2014
- Order: Reorder
- Duration: 27:11
- Updated: 18 Nov 2014
- views: 163
Cruciform was perhaps one of the most significant Australian metal bands of the early 1990s, playing a slow and heavy form of death/doom long before most others...
Cruciform was perhaps one of the most significant Australian metal bands of the early 1990s, playing a slow and heavy form of death/doom long before most others. Cruciform could well have gone on to take a serious role on the worldwide stage but internal conflicts sadly tore the group apart on the verge of international recognition.
The band developed a style similar to that of early recordings by Anathema and Paradise Lost featuring slow, lingering riffs and epic arrangements and rose to the forefront of Sydney's metal scene with Atavism in 1993, the first release for Warhead Records, whose owner Brad Sims was also the band's manager. Following this Daniel Moth was replaced by Matt Seldon and the group's sound engineer Simon Gruer joined Cruciform as lead vocalist and keyboard player. In 1995 they recorded a two-track demo featuring "Gutter" which appeared on that year's compilation album from Warhead and Gruer went to England where he demoed some material for Earache Records. During this time Cruciform was billed to headline Metal for the Brain.
Earache liked the material and were prepared to offer the band a deal but before Gruer could return to Australia, Cruciform had split up.
Gruer continued with a project called Avrigus. Seldon and Lenton started Sydney post-rock band Sh'mantra with former Aftermath guitarist Alex Hole.Kelly formed Illiad and is currently recording and playing in Sydney post rock gods Grun.
March 2013: WE ARE BACK !
Genre: Doom/Death Metal
Band Members:
Leon Kelly (guitar)
Michael Lenton (drums, vocals)
Tony Mulhearn (guitar)
Matt Seldon (bass)
Simon Gruer (vocals, keys)
Daniel Moth (bass, vocals) (1990 - 1993)
Lee Tassaker (bass,assorted screams)( 2013-? )
Hometown: Sydney
Record Label: Warhead Records
https://www.facebook.com/cruciformband/timeline
Song Set List: 1.Gutter, 2.Paradox, 3.Sanctuary, 4.Aphelion, 5.I To The Heavens.
https://wn.com/Cruciform_Live_At_The_Bald_Faced_Stag_8_11_2014
Cruciform was perhaps one of the most significant Australian metal bands of the early 1990s, playing a slow and heavy form of death/doom long before most others. Cruciform could well have gone on to take a serious role on the worldwide stage but internal conflicts sadly tore the group apart on the verge of international recognition.
The band developed a style similar to that of early recordings by Anathema and Paradise Lost featuring slow, lingering riffs and epic arrangements and rose to the forefront of Sydney's metal scene with Atavism in 1993, the first release for Warhead Records, whose owner Brad Sims was also the band's manager. Following this Daniel Moth was replaced by Matt Seldon and the group's sound engineer Simon Gruer joined Cruciform as lead vocalist and keyboard player. In 1995 they recorded a two-track demo featuring "Gutter" which appeared on that year's compilation album from Warhead and Gruer went to England where he demoed some material for Earache Records. During this time Cruciform was billed to headline Metal for the Brain.
Earache liked the material and were prepared to offer the band a deal but before Gruer could return to Australia, Cruciform had split up.
Gruer continued with a project called Avrigus. Seldon and Lenton started Sydney post-rock band Sh'mantra with former Aftermath guitarist Alex Hole.Kelly formed Illiad and is currently recording and playing in Sydney post rock gods Grun.
March 2013: WE ARE BACK !
Genre: Doom/Death Metal
Band Members:
Leon Kelly (guitar)
Michael Lenton (drums, vocals)
Tony Mulhearn (guitar)
Matt Seldon (bass)
Simon Gruer (vocals, keys)
Daniel Moth (bass, vocals) (1990 - 1993)
Lee Tassaker (bass,assorted screams)( 2013-? )
Hometown: Sydney
Record Label: Warhead Records
https://www.facebook.com/cruciformband/timeline
Song Set List: 1.Gutter, 2.Paradox, 3.Sanctuary, 4.Aphelion, 5.I To The Heavens.
- published: 18 Nov 2014
- views: 163
Sedna or Solar System Planet No:10
- Order: Reorder
- Duration: 1:17
- Updated: 07 Feb 2010
- views: 37429
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz...
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
https://wn.com/Sedna_Or_Solar_System_Planet_No_10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)
Absolute magnitude (H) 1.56
- published: 07 Feb 2010
- views: 37429
Sedna - Our Solar System Planet No_10
- Order: Reorder
- Duration: 1:18
- Updated: 10 Dec 2010
- views: 1776
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz...
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30[3]
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)[8]
Absolute magnitude (H) 1.56
For more great videos/stories/news/pictures visit http://www.hidden-truth.org/
https://wn.com/Sedna_Our_Solar_System_Planet_No_10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Brown (Caltech), Chad Trujillo (Gemini Observatory) and David Rabinowitz (Yale University) on November 14, 2003. It is currently 88 AU from the Sun, about three times as distant as Neptune.
For most of its orbit Sedna is farther from the Sun than any other known dwarf planet candidate. Sedna has a highly elliptical orbit, with its aphelion estimated at 975 AU and its perihelion at about 76.16 AU. At its discovery it was approaching perihelion and about 89.6 AU from the Sun. At the time of its discovery it was the most distant object in the solar system yet observed; although the orbits of some objects—like long-period comets—extend farther than that of Sedna, they are basically too dim to be observed except near perihelion. Eris was later detected at 97 AU.
Sedna's precise orbital period is not yet known, but it is calculated at between 10.5 and 12.0 thousand years. It should reach perihelion in late 2075 to mid 2076. Sedna will overtake Eris as the farthest known spheroid orbiting the Sun in 2114. When first discovered, Sedna was believed to have an unusually long rotational period (20 to 50 days). A search was thus made for a natural satellite, the most likely cause for such a long rotation, but investigation by the Hubble Space Telescope in March 2004 observed no such object orbiting the planetoid. New measurements from the MMT telescope suggest a much shorter rotation period, only about 10 hours, rather typical for bodies of its size.
Discovered by M. Brown,
C. Trujillo,
D. Rabinowitz
Discovery date November 14, 2003
MPC designation 90377 Sedna
Pronunciation /ˈsɛdnə/ SED-nə
Alternate name(s) 2003 VB12
Minor planet
category Trans-Neptunian object
detached object
Orbital characteristics
Epoch September 26, 1990 (JD 2 448 160.5)
Aphelion 1.459 × 1014 m (975.56 AU)
Perihelion 1.139 3 × 1013 m (76.156 AU)
Semi-major axis 7.866 8×1013 m (525.86 AU)
Eccentricity 0.855
Orbital period around 4,404,480 d (12,059.06 a)
Average orbital speed 1.04 km/s
Mean anomaly 357.457°
Inclination 11.934°
Longitude of ascending node 144.514°
Argument of perihelion 311.123°
Physical characteristics
Dimensions 1,2001,600 km
Mass 8.3 × 10207.0 × 1021 kg, (0.050.42 Eris)
Mean density 2.0? g/cm³
Equatorial surface gravity 0.330.50 m/s²
Escape velocity 0.620.95 km/s
Sidereal rotation period 0.42 d (10 h) 1
Albedo 0.160.30[3]
Temperature below 33 K
Spectral type (red) B-V=1.24; V-R=0.78
Apparent magnitude 21.1
20.4 (Perihelic)[8]
Absolute magnitude (H) 1.56
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Játékbemutató - Xenon 2 Megablast (1)
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1990: APHELION
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-co...
published: 24 May 2012
1990: APHELION
1990: APHELION
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Játékbemutató - Xenon 2 Megablast (1)
Egy space-shooter űrhajós játék 1990-ből, a Bitmap Brothers-től.
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Játékbemutató - Xenon 2 Megablast (1)
Játékbemutató - Xenon 2 Megablast (1)
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2:29
Aphelion - Ultimatum
Here's Jesper Kyd's take on motion picture music from Fired Earth Music's "Ultimatum"-albu...
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Aphelion - Ultimatum
Aphelion - Ultimatum
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35:20
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Br...
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Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
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3:47
The Seven Fields of Aphelion - wildflower wood
The Seven Fields of Aphelion may be a member of Black Moth Super Rainbow, but with her deb...
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The Seven Fields of Aphelion - wildflower wood
The Seven Fields of Aphelion - wildflower wood
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1:17
Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Br...
published: 07 Feb 2010
Sedna or Solar System Planet No:10
Sedna or Solar System Planet No:10
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7:45
APHELION Orbit out
Artist : APHELION
Album : Franticode
Track : Orbit out
Label : Lizard Records
published: 03 Oct 2011
APHELION Orbit out
3:41
1990: EEPROM
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-co...
published: 24 May 2012
1990: EEPROM
1990: EEPROM
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5:26
aphelion – plateau (2000)
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aphelion – plateau (2000)
aphelion – plateau (2000)
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5:43
A Sudden Burst Of Colour - Aphelion
Instrumental Rock Band From Motherwell, Scotland.
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A Sudden Burst Of Colour - Aphelion
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Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark on his new 7th Planet Br...
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Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
Nibiru & Earth Change Updates - ARE WE CLOSE??? with Gerald Clark
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3:13
1990: APHELION
From The Chassis Collection ( Download here: http://1990.bandcamp.com/album/the-chassis-co...
published: 24 May 2012
1990: APHELION
1990: APHELION
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Nibiru & Earth Change Updates ARE WE CLOSE Part#5
Nibiru & Earth Change Updates ARE WE CLOSE
We have an easy way to test whether the orb...
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27:11
Cruciform Live at The Bald Faced Stag 8/11/2014
Cruciform was perhaps one of the most significant Australian metal bands of the early 1990...
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Cruciform Live at The Bald Faced Stag 8/11/2014
Cruciform Live at The Bald Faced Stag 8/11/2014
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1:17
Sedna or Solar System Planet No:10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Br...
published: 07 Feb 2010
Sedna or Solar System Planet No:10
Sedna or Solar System Planet No:10
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Sedna - Our Solar System Planet No_10
90377 Sedna is a trans-Neptunian object and a likely dwarf planet discovered by Michael Br...
published: 10 Dec 2010
Sedna - Our Solar System Planet No_10
Sedna - Our Solar System Planet No_10
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9:48
Játékbemutató - Xenon 2 Megablast (1)
Egy space-shooter űrhajós játék 1990-ből, a Bitmap Brothers-től.
Music:
Tristania - A...
published: 24 Feb 2008
Játékbemutató - Xenon 2 Megablast (1)
Játékbemutató - Xenon 2 Megablast (1)
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1990: APHELION...
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