- published: 03 May 2012
- views: 4646
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This gem from 1967 shows the fabrication and construction of SLAC's two-mile-long linear accelerator in exacting detail, from raw copper, through precision machining, to final assembly of a completed section. It is testament to the workmanship and engineering shown here that the same accelerator built in this video is going strong today, 50 years later. These days, the "linac" is used both to drive our X-ray free-electron laser, the LCLS, and as a test-bed for experiments investigating new accelerator technologies (FACET).
A revolutionary scientific instrument at the SLAC National Accelerator Laboratory.
As the world's most powerful X-ray laser, the Linac Coherent Light Source creates unique light that can resolve detail the size of atoms and see processes that occur in less than one tenth of a trillionth of a second. At these unprecedented speeds and scales, the LCLS has embarked on groundbreaking research in physics, structural biology, energy science, chemistry and a host of other fields.
- published: 13 Oct 2010
- views: 13928
With the spectacular detection by LIGO last year, we have entered the era of gravitational wave astronomy. This entirely new way of looking out into the universe will allow us to observe the dynamics of spacetime during mergers of black holes, collisions of incredibly dense stars and other events where gravity is at its most extreme. This talk will cover what gravitational waves are, how they are created and how we detect them. It will also describe how supercomputer simulations can be harnessed to interpret gravitational wave observations and to understand what Einstein's theory predicts about the violent phenomena that give rise to them.
East obtained his PhD in physics from Princeton University. He is the recipient of the American Physical Society's Metropolis Award for Outstanding Doctoral Thesis Work in Computational Physics and the International Society on General Relativity and Gravitation's Ehlers Thesis Prize. Since 2013 he has been a postdoctoral fellow at SLAC's Kavli Institute for Particle Astrophysics and Cosmology, where he studies the dynamics of black holes, gravitational wave sources and other topics in strong-field gravity and relativistic astrophysics.
- published: 27 Apr 2016
- views: 2432
Increased demand for energy storage in consumer electronics, electric vehicles and the power grid presents opportunities and challenges for rechargeable battery research and development. Lithium ion batteries have been the dominant power source for consumer electronics. This lecture reviews the existing technology and presents promising future battery technologies that could have significantly higher energy density, lower cost, better safety and longer life. Novel battery chemistries and materials are key to a revolutionary change. SLAC facilities can play an important role in fundamental and applied research on batteries.
Yi Cui is an associate professor at Stanford University and SLAC National Accelerator Laboratory. He received a bachelor’s degree from the University of Science and Technology of China in 1998 and a PhD from Harvard University in 2002. He was a Miller Postdoctoral Fellow at the University of California, Berkeley from 2003 to 2005. Cui is an associate editor of Nano Letters and a co-director of the Bay Area Photovoltaic Consortium, which is funded by the U.S. Department of Energy. He founded Amprius Inc. in 2008 to commercialize high-energy battery technology.
- published: 20 May 2015
- views: 81067
Today we understand matter in a comprehensive way: molecules made of atoms, atoms made of protons, neutrons and electrons, protons and neutrons made of quarks and gluons, and quarks and leptons found in three generations. But normal matter makes up only 4 percent of the matter and energy in the universe. Much of the rest consists of an energy associated with space itself, known as dark energy, that cannot be seen directly and whose nature remains largely unknown. To learn more we must study the portion of the universe we can see – stars, galaxies and galaxy clusters – and we must observe as much of the universe as possible, looking deeply into the past at galaxies billions of light years away.
This lecture focuses on the science of the Large Synoptic Survey Telescope (LSST), currently under construction and an important part of that quest. From a mountaintop in Chile, it aims to observe billions of stars and galaxies, uncover the nature of dark energy and discover new phenomena in the night sky. SLAC is leading the construction of the LSST camera. The size of a small car and weighing 3 tons, it will be the largest digital camera ever built.
Aaron Roodman is a professor of particle physics and astrophysics whose research focuses on observational cosmology. He did his undergraduate work at Caltech, and received a PhD from the University of Chicago working on the CDF experiment at Fermilab. He stayed at Chicago as a postdoc to study matter-antimatter asymmetries in neutral kaons. Roodman came to SLAC in 1998 as a junior faculty member to continue his study of asymmetries with the BaBar experiment at the PEP-II B factory. After 20 years of wondering what happened to all the antimatter in the universe, he decided to switch to exploring why most of the universe isn’t matter at all, but dark matter and dark energy. Roodman is working on the currently running Dark Energy Survey as well as playing a major role in the construction of the camera for the Large Synoptic Survey Telescope.
- published: 02 Mar 2015
- views: 8947
Electrons are SLAC’s DNA. Since the lab’s birth they have generated the high-powered microwaves that propel particles down the two-mile-long linear accelerator. Electrons accelerated by the linac have been used to probe the world of elementary particles, and today they drive the LCLS X-ray laser. Now electrons are at the heart of SLAC’s newest initiative, Ultrafast Electron Diffraction and Ultrafast Electron Microscopy (UED/UEM), which will provide another tool for viewing the atomic world.
The goal of the initiative is to develop a UED/UEM facility that complements what we can see with LCLS and is uniquely capable of addressing Grand Challenge questions in chemistry, materials science, physics and biology. It will allow scientists to take snapshots of samples in atom-by-atom detail and reveal processes that take place in tens of femtoseconds, or quadrillionths of a second. To achieve this high level of resolution, the UED/UEM facility will take advantage of recent developments in high-brightness ultrafast electron sources, high-field magnets and electron detection. As a first step, SLAC has developed a UED setup at the Accelerator Structure Test Area (ASTA), with the goal of providing 1 million electronvolt (MeV), 100-femtosecond-scale electron pulses to support an ultrafast science program. The first round of ultrafast experiments with UED was recently completed.
Wang came to SLAC in December 2013 to lead the UED/UEM initiative after two decades at Brookhaven National Laboratory. At Brookhaven, he led the development of the Accelerator Test Facility (ATF) and did seminal work on ultrashort electron generation and characterization. He also served as linac section head for the National Synchrotron Light Source (NSLS) and as manager of the Source Development Lab (SDL). Under his leadership, the SDL became one of the world’s leading accelerator R&D; facilities. Wang earned a PhD in physics from UCLA in 1992 and an undergraduate degree from Shaanxi Normal University in Xian, China.
- published: 18 Nov 2015
- views: 2140
Cenas da minha formação profissional em Coaching, com Certificação Internacional, na Sociedade Latino Americana de Coaching (SLAC). Aulas com Arline Davis, norte americana, reconhecida internacionalmente como uma das mais competentes professoras de Coaching com PNL do mundo.
- published: 04 Jun 2014
- views: 804
The Stanford Positron Electron Accelerating Ring (SPEAR) at SLAC was completed in 1972 and has been used by physicists to discover new particles, most notably the J/psi in 1974 and the tau in 1976. Since then it has undergone two major updates and, now known as SPEAR3, the ring is used exclusively for synchrotron radiation physics at the Stanford Synchrotron Radiation Lightsource (SSRL).
Each year SPEAR3 is shut down for annual maintenance. During this year's shutdown Craig Haggart, an operator at SPEAR3, showed us around and told us a bit about how SPEAR3 works.
For more on SPEAR3 visit:
http://www-ssrl.slac.stanford.edu/content/spear3/spear-history
- published: 17 Dec 2013
- views: 2590
Lecture Date: Tuesday, July 23rd. Debbie Bard, a staff scientist at SLAC and a member of the Kavli Institute for Particle Astrophysics and Cosmology, delivered the July 23 SLAC Public Lecture, "The Dark Universe Through Einstein's Lens."
Bard's talk explains the phenomenon known as gravitational lensing and how astrophysicists use it to explore the 95 percent of the universe that remains unseen: dark matter and dark energy.
One of the most surprising predictions made by Einstein's theory of relativity is that light doesn't travel through the universe in a straight line. The gravitational field of massive objects will deflect the path of light traveling past, giving some very dramatic effects. We see multiple images of quasars, galaxies smeared into arcs and circles and magnified images of the most distant objects in the universe. This explains how gravitational lensing was first observed and discusses how scientists use this phenomenon to study everything from exoplanets to dark matter to the structure of the universe and the mysterious dark energy.
Bard began her career at SLAC as a particle physicist and has since graduated to studying galaxy clusters -- moving from exploring the most minuscule bits of matter in the universe to the largest structures known. Currently she's developing new ways to mine data from the future Large Synoptic Survey Telescope (LSST) for information. Discovering how to push gravitational lensing to its limits is one promising focus of her research. Lecturer: Debbie Bard, SLAC/Kavli
- published: 29 Jul 2013
- views: 16384
" romantic embrace can only be compared with music and with prayer. "
- published: 09 Aug 2014
- views: 2559
location on Google Map
SLAC National Accelerator Laboratory
SLAC National Accelerator Laboratory, originally named Stanford Linear Accelerator Center, is a United States Department of Energy National Laboratory operated by Stanford University under the programmatic direction of the U.S. Department of Energy Office of Science and located in Menlo Park, California.
The SLAC research program centers on experimental and theoretical research in elementary particle physics using electron beams and a broad program of research in atomic and solid-state physics, chemistry, biology, and medicine using synchrotron radiation.
History
Founded in 1962 as the Stanford Linear Accelerator Center, the facility is located on 426 acres (1.72 square kilometers) of Stanford University-owned land on Sand Hill Road in Menlo Park, California—just west of the University's main campus. The main accelerator is 2 miles long—the longest linear accelerator in the world—and has been operational since 1966.
Research at SLAC has produced three Nobel Prizes in Physics:
This page contains text from Wikipedia, the Free Encyclopedia -
https://wn.com/SLAC_National_Accelerator_Laboratory
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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41:29SLAC: Fabricating the Linear Accelerator
SLAC: Fabricating the Linear AcceleratorSLAC: Fabricating the Linear Accelerator
This gem from 1967 shows the fabrication and construction of SLAC's two-mile-long linear accelerator in exacting detail, from raw copper, through precision machining, to final assembly of a completed section. It is testament to the workmanship and engineering shown here that the same accelerator built in this video is going strong today, 50 years later. These days, the "linac" is used both to drive our X-ray free-electron laser, the LCLS, and as a test-bed for experiments investigating new accelerator technologies (FACET). -
5:28LCLS: The Linac Coherent Light Source at SLAC
LCLS: The Linac Coherent Light Source at SLACLCLS: The Linac Coherent Light Source at SLAC
A revolutionary scientific instrument at the SLAC National Accelerator Laboratory. As the world's most powerful X-ray laser, the Linac Coherent Light Source creates unique light that can resolve detail the size of atoms and see processes that occur in less than one tenth of a trillionth of a second. At these unprecedented speeds and scales, the LCLS has embarked on groundbreaking research in physics, structural biology, energy science, chemistry and a host of other fields. -
57:34Science of SLAC | Gravitational Waves: Ripples in the Fabric of Spacetime
Science of SLAC | Gravitational Waves: Ripples in the Fabric of SpacetimeScience of SLAC | Gravitational Waves: Ripples in the Fabric of Spacetime
With the spectacular detection by LIGO last year, we have entered the era of gravitational wave astronomy. This entirely new way of looking out into the universe will allow us to observe the dynamics of spacetime during mergers of black holes, collisions of incredibly dense stars and other events where gravity is at its most extreme. This talk will cover what gravitational waves are, how they are created and how we detect them. It will also describe how supercomputer simulations can be harnessed to interpret gravitational wave observations and to understand what Einstein's theory predicts about the violent phenomena that give rise to them. East obtained his PhD in physics from Princeton University. He is the recipient of the American Physical Society's Metropolis Award for Outstanding Doctoral Thesis Work in Computational Physics and the International Society on General Relativity and Gravitation's Ehlers Thesis Prize. Since 2013 he has been a postdoctoral fellow at SLAC's Kavli Institute for Particle Astrophysics and Cosmology, where he studies the dynamics of black holes, gravitational wave sources and other topics in strong-field gravity and relativistic astrophysics. -
68:49Science of SLAC | Batteries for the Future: What's Possible?
Science of SLAC | Batteries for the Future: What's Possible?Science of SLAC | Batteries for the Future: What's Possible?
Increased demand for energy storage in consumer electronics, electric vehicles and the power grid presents opportunities and challenges for rechargeable battery research and development. Lithium ion batteries have been the dominant power source for consumer electronics. This lecture reviews the existing technology and presents promising future battery technologies that could have significantly higher energy density, lower cost, better safety and longer life. Novel battery chemistries and materials are key to a revolutionary change. SLAC facilities can play an important role in fundamental and applied research on batteries. Yi Cui is an associate professor at Stanford University and SLAC National Accelerator Laboratory. He received a bachelor’s degree from the University of Science and Technology of China in 1998 and a PhD from Harvard University in 2002. He was a Miller Postdoctoral Fellow at the University of California, Berkeley from 2003 to 2005. Cui is an associate editor of Nano Letters and a co-director of the Bay Area Photovoltaic Consortium, which is funded by the U.S. Department of Energy. He founded Amprius Inc. in 2008 to commercialize high-energy battery technology. -
59:59Science of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSST
Science of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSSTScience of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSST
Today we understand matter in a comprehensive way: molecules made of atoms, atoms made of protons, neutrons and electrons, protons and neutrons made of quarks and gluons, and quarks and leptons found in three generations. But normal matter makes up only 4 percent of the matter and energy in the universe. Much of the rest consists of an energy associated with space itself, known as dark energy, that cannot be seen directly and whose nature remains largely unknown. To learn more we must study the portion of the universe we can see – stars, galaxies and galaxy clusters – and we must observe as much of the universe as possible, looking deeply into the past at galaxies billions of light years away. This lecture focuses on the science of the Large Synoptic Survey Telescope (LSST), currently under construction and an important part of that quest. From a mountaintop in Chile, it aims to observe billions of stars and galaxies, uncover the nature of dark energy and discover new phenomena in the night sky. SLAC is leading the construction of the LSST camera. The size of a small car and weighing 3 tons, it will be the largest digital camera ever built. Aaron Roodman is a professor of particle physics and astrophysics whose research focuses on observational cosmology. He did his undergraduate work at Caltech, and received a PhD from the University of Chicago working on the CDF experiment at Fermilab. He stayed at Chicago as a postdoc to study matter-antimatter asymmetries in neutral kaons. Roodman came to SLAC in 1998 as a junior faculty member to continue his study of asymmetries with the BaBar experiment at the PEP-II B factory. After 20 years of wondering what happened to all the antimatter in the universe, he decided to switch to exploring why most of the universe isn’t matter at all, but dark matter and dark energy. Roodman is working on the currently running Dark Energy Survey as well as playing a major role in the construction of the camera for the Large Synoptic Survey Telescope. -
55:06Science of SLAC | Ultrafast Electrons: A View into the Atomic World
Science of SLAC | Ultrafast Electrons: A View into the Atomic WorldScience of SLAC | Ultrafast Electrons: A View into the Atomic World
Electrons are SLAC’s DNA. Since the lab’s birth they have generated the high-powered microwaves that propel particles down the two-mile-long linear accelerator. Electrons accelerated by the linac have been used to probe the world of elementary particles, and today they drive the LCLS X-ray laser. Now electrons are at the heart of SLAC’s newest initiative, Ultrafast Electron Diffraction and Ultrafast Electron Microscopy (UED/UEM), which will provide another tool for viewing the atomic world. The goal of the initiative is to develop a UED/UEM facility that complements what we can see with LCLS and is uniquely capable of addressing Grand Challenge questions in chemistry, materials science, physics and biology. It will allow scientists to take snapshots of samples in atom-by-atom detail and reveal processes that take place in tens of femtoseconds, or quadrillionths of a second. To achieve this high level of resolution, the UED/UEM facility will take advantage of recent developments in high-brightness ultrafast electron sources, high-field magnets and electron detection. As a first step, SLAC has developed a UED setup at the Accelerator Structure Test Area (ASTA), with the goal of providing 1 million electronvolt (MeV), 100-femtosecond-scale electron pulses to support an ultrafast science program. The first round of ultrafast experiments with UED was recently completed. Wang came to SLAC in December 2013 to lead the UED/UEM initiative after two decades at Brookhaven National Laboratory. At Brookhaven, he led the development of the Accelerator Test Facility (ATF) and did seminal work on ultrashort electron generation and characterization. He also served as linac section head for the National Synchrotron Light Source (NSLS) and as manager of the Source Development Lab (SDL). Under his leadership, the SDL became one of the world’s leading accelerator R&D; facilities. Wang earned a PhD in physics from UCLA in 1992 and an undergraduate degree from Shaanxi Normal University in Xian, China. -
5:59Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.
Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.
Cenas da minha formação profissional em Coaching, com Certificação Internacional, na Sociedade Latino Americana de Coaching (SLAC). Aulas com Arline Davis, norte americana, reconhecida internacionalmente como uma das mais competentes professoras de Coaching com PNL do mundo. -
3:13SLAC All Access: The SPEAR3 Electron Storage Ring
SLAC All Access: The SPEAR3 Electron Storage RingSLAC All Access: The SPEAR3 Electron Storage Ring
The Stanford Positron Electron Accelerating Ring (SPEAR) at SLAC was completed in 1972 and has been used by physicists to discover new particles, most notably the J/psi in 1974 and the tau in 1976. Since then it has undergone two major updates and, now known as SPEAR3, the ring is used exclusively for synchrotron radiation physics at the Stanford Synchrotron Radiation Lightsource (SSRL). Each year SPEAR3 is shut down for annual maintenance. During this year's shutdown Craig Haggart, an operator at SPEAR3, showed us around and told us a bit about how SPEAR3 works. For more on SPEAR3 visit: http://www-ssrl.slac.stanford.edu/content/spear3/spear-history -
74:49Public Lecture—The Dark Universe Through Einstein's Lens
Public Lecture—The Dark Universe Through Einstein's LensPublic Lecture—The Dark Universe Through Einstein's Lens
Lecture Date: Tuesday, July 23rd. Debbie Bard, a staff scientist at SLAC and a member of the Kavli Institute for Particle Astrophysics and Cosmology, delivered the July 23 SLAC Public Lecture, "The Dark Universe Through Einstein's Lens." Bard's talk explains the phenomenon known as gravitational lensing and how astrophysicists use it to explore the 95 percent of the universe that remains unseen: dark matter and dark energy. One of the most surprising predictions made by Einstein's theory of relativity is that light doesn't travel through the universe in a straight line. The gravitational field of massive objects will deflect the path of light traveling past, giving some very dramatic effects. We see multiple images of quasars, galaxies smeared into arcs and circles and magnified images of the most distant objects in the universe. This explains how gravitational lensing was first observed and discusses how scientists use this phenomenon to study everything from exoplanets to dark matter to the structure of the universe and the mysterious dark energy. Bard began her career at SLAC as a particle physicist and has since graduated to studying galaxy clusters -- moving from exploring the most minuscule bits of matter in the universe to the largest structures known. Currently she's developing new ways to mine data from the future Large Synoptic Survey Telescope (LSST) for information. Discovering how to push gravitational lensing to its limits is one promising focus of her research. Lecturer: Debbie Bard, SLAC/Kavli -
5:55S.L.A.C. - Ejderha
S.L.A.C. - EjderhaS.L.A.C. - Ejderha
" romantic embrace can only be compared with music and with prayer. "
'Slac' is featured as a movie character in the following productions:
SLAC: The Audition Music Video (2011)
Actors: JP Frydrych (producer), Devin Berko (director), Devin Berko (editor), Adriana Cortez (actress), Xavier Stiles (actor), Xavier Stiles (composer),
Genres: Music, Short,-
SLAC: Fabricating the Linear Accelerator
This gem from 1967 shows the fabrication and construction of SLAC's two-mile-long linear accelerator in exacting detail, from raw copper, through precision machining, to final assembly of a completed section. It is testament to the workmanship and engineering shown here that the same accelerator built in this video is going strong today, 50 years later. These days, the "linac" is used both to drive our X-ray free-electron laser, the LCLS, and as a test-bed for experiments investigating new accelerator technologies (FACET).
published: 03 May 2012 -
LCLS: The Linac Coherent Light Source at SLAC
A revolutionary scientific instrument at the SLAC National Accelerator Laboratory. As the world's most powerful X-ray laser, the Linac Coherent Light Source creates unique light that can resolve detail the size of atoms and see processes that occur in less than one tenth of a trillionth of a second. At these unprecedented speeds and scales, the LCLS has embarked on groundbreaking research in physics, structural biology, energy science, chemistry and a host of other fields.
published: 13 Oct 2010 -
Science of SLAC | Gravitational Waves: Ripples in the Fabric of Spacetime
With the spectacular detection by LIGO last year, we have entered the era of gravitational wave astronomy. This entirely new way of looking out into the universe will allow us to observe the dynamics of spacetime during mergers of black holes, collisions of incredibly dense stars and other events where gravity is at its most extreme. This talk will cover what gravitational waves are, how they are created and how we detect them. It will also describe how supercomputer simulations can be harnessed to interpret gravitational wave observations and to understand what Einstein's theory predicts about the violent phenomena that give rise to them. East obtained his PhD in physics from Princeton University. He is the recipient of the American Physical Society's Metropolis Award for Outstanding Doc...
published: 27 Apr 2016 -
Science of SLAC | Batteries for the Future: What's Possible?
Increased demand for energy storage in consumer electronics, electric vehicles and the power grid presents opportunities and challenges for rechargeable battery research and development. Lithium ion batteries have been the dominant power source for consumer electronics. This lecture reviews the existing technology and presents promising future battery technologies that could have significantly higher energy density, lower cost, better safety and longer life. Novel battery chemistries and materials are key to a revolutionary change. SLAC facilities can play an important role in fundamental and applied research on batteries. Yi Cui is an associate professor at Stanford University and SLAC National Accelerator Laboratory. He received a bachelor’s degree from the University of Science and Tec...
published: 20 May 2015 -
Science of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSST
Today we understand matter in a comprehensive way: molecules made of atoms, atoms made of protons, neutrons and electrons, protons and neutrons made of quarks and gluons, and quarks and leptons found in three generations. But normal matter makes up only 4 percent of the matter and energy in the universe. Much of the rest consists of an energy associated with space itself, known as dark energy, that cannot be seen directly and whose nature remains largely unknown. To learn more we must study the portion of the universe we can see – stars, galaxies and galaxy clusters – and we must observe as much of the universe as possible, looking deeply into the past at galaxies billions of light years away. This lecture focuses on the science of the Large Synoptic Survey Telescope (LSST), currently un...
published: 02 Mar 2015 -
Science of SLAC | Ultrafast Electrons: A View into the Atomic World
Electrons are SLAC’s DNA. Since the lab’s birth they have generated the high-powered microwaves that propel particles down the two-mile-long linear accelerator. Electrons accelerated by the linac have been used to probe the world of elementary particles, and today they drive the LCLS X-ray laser. Now electrons are at the heart of SLAC’s newest initiative, Ultrafast Electron Diffraction and Ultrafast Electron Microscopy (UED/UEM), which will provide another tool for viewing the atomic world. The goal of the initiative is to develop a UED/UEM facility that complements what we can see with LCLS and is uniquely capable of addressing Grand Challenge questions in chemistry, materials science, physics and biology. It will allow scientists to take snapshots of samples in atom-by-atom detail and r...
published: 18 Nov 2015 -
Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.
Cenas da minha formação profissional em Coaching, com Certificação Internacional, na Sociedade Latino Americana de Coaching (SLAC). Aulas com Arline Davis, norte americana, reconhecida internacionalmente como uma das mais competentes professoras de Coaching com PNL do mundo.
published: 04 Jun 2014 -
SLAC All Access: The SPEAR3 Electron Storage Ring
The Stanford Positron Electron Accelerating Ring (SPEAR) at SLAC was completed in 1972 and has been used by physicists to discover new particles, most notably the J/psi in 1974 and the tau in 1976. Since then it has undergone two major updates and, now known as SPEAR3, the ring is used exclusively for synchrotron radiation physics at the Stanford Synchrotron Radiation Lightsource (SSRL). Each year SPEAR3 is shut down for annual maintenance. During this year's shutdown Craig Haggart, an operator at SPEAR3, showed us around and told us a bit about how SPEAR3 works. For more on SPEAR3 visit: http://www-ssrl.slac.stanford.edu/content/spear3/spear-history
published: 17 Dec 2013 -
Public Lecture—The Dark Universe Through Einstein's Lens
Lecture Date: Tuesday, July 23rd. Debbie Bard, a staff scientist at SLAC and a member of the Kavli Institute for Particle Astrophysics and Cosmology, delivered the July 23 SLAC Public Lecture, "The Dark Universe Through Einstein's Lens." Bard's talk explains the phenomenon known as gravitational lensing and how astrophysicists use it to explore the 95 percent of the universe that remains unseen: dark matter and dark energy. One of the most surprising predictions made by Einstein's theory of relativity is that light doesn't travel through the universe in a straight line. The gravitational field of massive objects will deflect the path of light traveling past, giving some very dramatic effects. We see multiple images of quasars, galaxies smeared into arcs and circles and magnified images o...
published: 29 Jul 2013 -
S.L.A.C. - Ejderha
" romantic embrace can only be compared with music and with prayer. "
published: 09 Aug 2014
SLAC: Fabricating the Linear Accelerator
- Order: Reorder
- Duration: 41:29
- Updated: 03 May 2012
- views: 4646
This gem from 1967 shows the fabrication and construction of SLAC's two-mile-long linear accelerator in exacting detail, from raw copper, through precision mach...
This gem from 1967 shows the fabrication and construction of SLAC's two-mile-long linear accelerator in exacting detail, from raw copper, through precision machining, to final assembly of a completed section. It is testament to the workmanship and engineering shown here that the same accelerator built in this video is going strong today, 50 years later. These days, the "linac" is used both to drive our X-ray free-electron laser, the LCLS, and as a test-bed for experiments investigating new accelerator technologies (FACET).
wn.com/Slac Fabricating The Linear Accelerator
This gem from 1967 shows the fabrication and construction of SLAC's two-mile-long linear accelerator in exacting detail, from raw copper, through precision machining, to final assembly of a completed section. It is testament to the workmanship and engineering shown here that the same accelerator built in this video is going strong today, 50 years later. These days, the "linac" is used both to drive our X-ray free-electron laser, the LCLS, and as a test-bed for experiments investigating new accelerator technologies (FACET).
- published: 03 May 2012
- views: 4646
LCLS: The Linac Coherent Light Source at SLAC
- Order: Reorder
- Duration: 5:28
- Updated: 13 Oct 2010
- views: 13928
A revolutionary scientific instrument at the SLAC National Accelerator Laboratory.
As the world's most powerful X-ray laser, the Linac Coherent Light Source ...
A revolutionary scientific instrument at the SLAC National Accelerator Laboratory.
As the world's most powerful X-ray laser, the Linac Coherent Light Source creates unique light that can resolve detail the size of atoms and see processes that occur in less than one tenth of a trillionth of a second. At these unprecedented speeds and scales, the LCLS has embarked on groundbreaking research in physics, structural biology, energy science, chemistry and a host of other fields.
wn.com/Lcls The Linac Coherent Light Source At Slac
A revolutionary scientific instrument at the SLAC National Accelerator Laboratory.
As the world's most powerful X-ray laser, the Linac Coherent Light Source creates unique light that can resolve detail the size of atoms and see processes that occur in less than one tenth of a trillionth of a second. At these unprecedented speeds and scales, the LCLS has embarked on groundbreaking research in physics, structural biology, energy science, chemistry and a host of other fields.
- published: 13 Oct 2010
- views: 13928
Science of SLAC | Gravitational Waves: Ripples in the Fabric of Spacetime
- Order: Reorder
- Duration: 57:34
- Updated: 27 Apr 2016
- views: 2432
With the spectacular detection by LIGO last year, we have entered the era of gravitational wave astronomy. This entirely new way of looking out into the univers...
With the spectacular detection by LIGO last year, we have entered the era of gravitational wave astronomy. This entirely new way of looking out into the universe will allow us to observe the dynamics of spacetime during mergers of black holes, collisions of incredibly dense stars and other events where gravity is at its most extreme. This talk will cover what gravitational waves are, how they are created and how we detect them. It will also describe how supercomputer simulations can be harnessed to interpret gravitational wave observations and to understand what Einstein's theory predicts about the violent phenomena that give rise to them.
East obtained his PhD in physics from Princeton University. He is the recipient of the American Physical Society's Metropolis Award for Outstanding Doctoral Thesis Work in Computational Physics and the International Society on General Relativity and Gravitation's Ehlers Thesis Prize. Since 2013 he has been a postdoctoral fellow at SLAC's Kavli Institute for Particle Astrophysics and Cosmology, where he studies the dynamics of black holes, gravitational wave sources and other topics in strong-field gravity and relativistic astrophysics.
wn.com/Science Of Slac | Gravitational Waves Ripples In The Fabric Of Spacetime
With the spectacular detection by LIGO last year, we have entered the era of gravitational wave astronomy. This entirely new way of looking out into the universe will allow us to observe the dynamics of spacetime during mergers of black holes, collisions of incredibly dense stars and other events where gravity is at its most extreme. This talk will cover what gravitational waves are, how they are created and how we detect them. It will also describe how supercomputer simulations can be harnessed to interpret gravitational wave observations and to understand what Einstein's theory predicts about the violent phenomena that give rise to them.
East obtained his PhD in physics from Princeton University. He is the recipient of the American Physical Society's Metropolis Award for Outstanding Doctoral Thesis Work in Computational Physics and the International Society on General Relativity and Gravitation's Ehlers Thesis Prize. Since 2013 he has been a postdoctoral fellow at SLAC's Kavli Institute for Particle Astrophysics and Cosmology, where he studies the dynamics of black holes, gravitational wave sources and other topics in strong-field gravity and relativistic astrophysics.
- published: 27 Apr 2016
- views: 2432
Science of SLAC | Batteries for the Future: What's Possible?
- Order: Reorder
- Duration: 68:49
- Updated: 20 May 2015
- views: 81067
Increased demand for energy storage in consumer electronics, electric vehicles and the power grid presents opportunities and challenges for rechargeable battery...
Increased demand for energy storage in consumer electronics, electric vehicles and the power grid presents opportunities and challenges for rechargeable battery research and development. Lithium ion batteries have been the dominant power source for consumer electronics. This lecture reviews the existing technology and presents promising future battery technologies that could have significantly higher energy density, lower cost, better safety and longer life. Novel battery chemistries and materials are key to a revolutionary change. SLAC facilities can play an important role in fundamental and applied research on batteries.
Yi Cui is an associate professor at Stanford University and SLAC National Accelerator Laboratory. He received a bachelor’s degree from the University of Science and Technology of China in 1998 and a PhD from Harvard University in 2002. He was a Miller Postdoctoral Fellow at the University of California, Berkeley from 2003 to 2005. Cui is an associate editor of Nano Letters and a co-director of the Bay Area Photovoltaic Consortium, which is funded by the U.S. Department of Energy. He founded Amprius Inc. in 2008 to commercialize high-energy battery technology.
wn.com/Science Of Slac | Batteries For The Future What's Possible
Increased demand for energy storage in consumer electronics, electric vehicles and the power grid presents opportunities and challenges for rechargeable battery research and development. Lithium ion batteries have been the dominant power source for consumer electronics. This lecture reviews the existing technology and presents promising future battery technologies that could have significantly higher energy density, lower cost, better safety and longer life. Novel battery chemistries and materials are key to a revolutionary change. SLAC facilities can play an important role in fundamental and applied research on batteries.
Yi Cui is an associate professor at Stanford University and SLAC National Accelerator Laboratory. He received a bachelor’s degree from the University of Science and Technology of China in 1998 and a PhD from Harvard University in 2002. He was a Miller Postdoctoral Fellow at the University of California, Berkeley from 2003 to 2005. Cui is an associate editor of Nano Letters and a co-director of the Bay Area Photovoltaic Consortium, which is funded by the U.S. Department of Energy. He founded Amprius Inc. in 2008 to commercialize high-energy battery technology.
- published: 20 May 2015
- views: 81067
Science of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSST
- Order: Reorder
- Duration: 59:59
- Updated: 02 Mar 2015
- views: 8947
Today we understand matter in a comprehensive way: molecules made of atoms, atoms made of protons, neutrons and electrons, protons and neutrons made of quarks a...
Today we understand matter in a comprehensive way: molecules made of atoms, atoms made of protons, neutrons and electrons, protons and neutrons made of quarks and gluons, and quarks and leptons found in three generations. But normal matter makes up only 4 percent of the matter and energy in the universe. Much of the rest consists of an energy associated with space itself, known as dark energy, that cannot be seen directly and whose nature remains largely unknown. To learn more we must study the portion of the universe we can see – stars, galaxies and galaxy clusters – and we must observe as much of the universe as possible, looking deeply into the past at galaxies billions of light years away.
This lecture focuses on the science of the Large Synoptic Survey Telescope (LSST), currently under construction and an important part of that quest. From a mountaintop in Chile, it aims to observe billions of stars and galaxies, uncover the nature of dark energy and discover new phenomena in the night sky. SLAC is leading the construction of the LSST camera. The size of a small car and weighing 3 tons, it will be the largest digital camera ever built.
Aaron Roodman is a professor of particle physics and astrophysics whose research focuses on observational cosmology. He did his undergraduate work at Caltech, and received a PhD from the University of Chicago working on the CDF experiment at Fermilab. He stayed at Chicago as a postdoc to study matter-antimatter asymmetries in neutral kaons. Roodman came to SLAC in 1998 as a junior faculty member to continue his study of asymmetries with the BaBar experiment at the PEP-II B factory. After 20 years of wondering what happened to all the antimatter in the universe, he decided to switch to exploring why most of the universe isn’t matter at all, but dark matter and dark energy. Roodman is working on the currently running Dark Energy Survey as well as playing a major role in the construction of the camera for the Large Synoptic Survey Telescope.
wn.com/Science Of Slac | A Deep Look For Dark Energy Science And Discovery With The Lsst
Today we understand matter in a comprehensive way: molecules made of atoms, atoms made of protons, neutrons and electrons, protons and neutrons made of quarks and gluons, and quarks and leptons found in three generations. But normal matter makes up only 4 percent of the matter and energy in the universe. Much of the rest consists of an energy associated with space itself, known as dark energy, that cannot be seen directly and whose nature remains largely unknown. To learn more we must study the portion of the universe we can see – stars, galaxies and galaxy clusters – and we must observe as much of the universe as possible, looking deeply into the past at galaxies billions of light years away.
This lecture focuses on the science of the Large Synoptic Survey Telescope (LSST), currently under construction and an important part of that quest. From a mountaintop in Chile, it aims to observe billions of stars and galaxies, uncover the nature of dark energy and discover new phenomena in the night sky. SLAC is leading the construction of the LSST camera. The size of a small car and weighing 3 tons, it will be the largest digital camera ever built.
Aaron Roodman is a professor of particle physics and astrophysics whose research focuses on observational cosmology. He did his undergraduate work at Caltech, and received a PhD from the University of Chicago working on the CDF experiment at Fermilab. He stayed at Chicago as a postdoc to study matter-antimatter asymmetries in neutral kaons. Roodman came to SLAC in 1998 as a junior faculty member to continue his study of asymmetries with the BaBar experiment at the PEP-II B factory. After 20 years of wondering what happened to all the antimatter in the universe, he decided to switch to exploring why most of the universe isn’t matter at all, but dark matter and dark energy. Roodman is working on the currently running Dark Energy Survey as well as playing a major role in the construction of the camera for the Large Synoptic Survey Telescope.
- published: 02 Mar 2015
- views: 8947
Science of SLAC | Ultrafast Electrons: A View into the Atomic World
- Order: Reorder
- Duration: 55:06
- Updated: 18 Nov 2015
- views: 2140
Electrons are SLAC’s DNA. Since the lab’s birth they have generated the high-powered microwaves that propel particles down the two-mile-long linear accelerator....
Electrons are SLAC’s DNA. Since the lab’s birth they have generated the high-powered microwaves that propel particles down the two-mile-long linear accelerator. Electrons accelerated by the linac have been used to probe the world of elementary particles, and today they drive the LCLS X-ray laser. Now electrons are at the heart of SLAC’s newest initiative, Ultrafast Electron Diffraction and Ultrafast Electron Microscopy (UED/UEM), which will provide another tool for viewing the atomic world.
The goal of the initiative is to develop a UED/UEM facility that complements what we can see with LCLS and is uniquely capable of addressing Grand Challenge questions in chemistry, materials science, physics and biology. It will allow scientists to take snapshots of samples in atom-by-atom detail and reveal processes that take place in tens of femtoseconds, or quadrillionths of a second. To achieve this high level of resolution, the UED/UEM facility will take advantage of recent developments in high-brightness ultrafast electron sources, high-field magnets and electron detection. As a first step, SLAC has developed a UED setup at the Accelerator Structure Test Area (ASTA), with the goal of providing 1 million electronvolt (MeV), 100-femtosecond-scale electron pulses to support an ultrafast science program. The first round of ultrafast experiments with UED was recently completed.
Wang came to SLAC in December 2013 to lead the UED/UEM initiative after two decades at Brookhaven National Laboratory. At Brookhaven, he led the development of the Accelerator Test Facility (ATF) and did seminal work on ultrashort electron generation and characterization. He also served as linac section head for the National Synchrotron Light Source (NSLS) and as manager of the Source Development Lab (SDL). Under his leadership, the SDL became one of the world’s leading accelerator R&D; facilities. Wang earned a PhD in physics from UCLA in 1992 and an undergraduate degree from Shaanxi Normal University in Xian, China.
wn.com/Science Of Slac | Ultrafast Electrons A View Into The Atomic World
Electrons are SLAC’s DNA. Since the lab’s birth they have generated the high-powered microwaves that propel particles down the two-mile-long linear accelerator. Electrons accelerated by the linac have been used to probe the world of elementary particles, and today they drive the LCLS X-ray laser. Now electrons are at the heart of SLAC’s newest initiative, Ultrafast Electron Diffraction and Ultrafast Electron Microscopy (UED/UEM), which will provide another tool for viewing the atomic world.
The goal of the initiative is to develop a UED/UEM facility that complements what we can see with LCLS and is uniquely capable of addressing Grand Challenge questions in chemistry, materials science, physics and biology. It will allow scientists to take snapshots of samples in atom-by-atom detail and reveal processes that take place in tens of femtoseconds, or quadrillionths of a second. To achieve this high level of resolution, the UED/UEM facility will take advantage of recent developments in high-brightness ultrafast electron sources, high-field magnets and electron detection. As a first step, SLAC has developed a UED setup at the Accelerator Structure Test Area (ASTA), with the goal of providing 1 million electronvolt (MeV), 100-femtosecond-scale electron pulses to support an ultrafast science program. The first round of ultrafast experiments with UED was recently completed.
Wang came to SLAC in December 2013 to lead the UED/UEM initiative after two decades at Brookhaven National Laboratory. At Brookhaven, he led the development of the Accelerator Test Facility (ATF) and did seminal work on ultrashort electron generation and characterization. He also served as linac section head for the National Synchrotron Light Source (NSLS) and as manager of the Source Development Lab (SDL). Under his leadership, the SDL became one of the world’s leading accelerator R&D; facilities. Wang earned a PhD in physics from UCLA in 1992 and an undergraduate degree from Shaanxi Normal University in Xian, China.
- published: 18 Nov 2015
- views: 2140
Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.
- Order: Reorder
- Duration: 5:59
- Updated: 04 Jun 2014
- views: 804
Cenas da minha formação profissional em Coaching, com Certificação Internacional, na Sociedade Latino Americana de Coaching (SLAC). Aulas com Arline Davis, nort...
Cenas da minha formação profissional em Coaching, com Certificação Internacional, na Sociedade Latino Americana de Coaching (SLAC). Aulas com Arline Davis, norte americana, reconhecida internacionalmente como uma das mais competentes professoras de Coaching com PNL do mundo.
wn.com/Curso De Coaching Na Slac, De 4 A 11 De Julho De 2009.
Cenas da minha formação profissional em Coaching, com Certificação Internacional, na Sociedade Latino Americana de Coaching (SLAC). Aulas com Arline Davis, norte americana, reconhecida internacionalmente como uma das mais competentes professoras de Coaching com PNL do mundo.
- published: 04 Jun 2014
- views: 804
SLAC All Access: The SPEAR3 Electron Storage Ring
- Order: Reorder
- Duration: 3:13
- Updated: 17 Dec 2013
- views: 2590
The Stanford Positron Electron Accelerating Ring (SPEAR) at SLAC was completed in 1972 and has been used by physicists to discover new particles, most notably t...
The Stanford Positron Electron Accelerating Ring (SPEAR) at SLAC was completed in 1972 and has been used by physicists to discover new particles, most notably the J/psi in 1974 and the tau in 1976. Since then it has undergone two major updates and, now known as SPEAR3, the ring is used exclusively for synchrotron radiation physics at the Stanford Synchrotron Radiation Lightsource (SSRL).
Each year SPEAR3 is shut down for annual maintenance. During this year's shutdown Craig Haggart, an operator at SPEAR3, showed us around and told us a bit about how SPEAR3 works.
For more on SPEAR3 visit:
http://www-ssrl.slac.stanford.edu/content/spear3/spear-history
wn.com/Slac All Access The Spear3 Electron Storage Ring
The Stanford Positron Electron Accelerating Ring (SPEAR) at SLAC was completed in 1972 and has been used by physicists to discover new particles, most notably the J/psi in 1974 and the tau in 1976. Since then it has undergone two major updates and, now known as SPEAR3, the ring is used exclusively for synchrotron radiation physics at the Stanford Synchrotron Radiation Lightsource (SSRL).
Each year SPEAR3 is shut down for annual maintenance. During this year's shutdown Craig Haggart, an operator at SPEAR3, showed us around and told us a bit about how SPEAR3 works.
For more on SPEAR3 visit:
http://www-ssrl.slac.stanford.edu/content/spear3/spear-history
- published: 17 Dec 2013
- views: 2590
Public Lecture—The Dark Universe Through Einstein's Lens
- Order: Reorder
- Duration: 74:49
- Updated: 29 Jul 2013
- views: 16384
Lecture Date: Tuesday, July 23rd. Debbie Bard, a staff scientist at SLAC and a member of the Kavli Institute for Particle Astrophysics and Cosmology, delivered ...
Lecture Date: Tuesday, July 23rd. Debbie Bard, a staff scientist at SLAC and a member of the Kavli Institute for Particle Astrophysics and Cosmology, delivered the July 23 SLAC Public Lecture, "The Dark Universe Through Einstein's Lens."
Bard's talk explains the phenomenon known as gravitational lensing and how astrophysicists use it to explore the 95 percent of the universe that remains unseen: dark matter and dark energy.
One of the most surprising predictions made by Einstein's theory of relativity is that light doesn't travel through the universe in a straight line. The gravitational field of massive objects will deflect the path of light traveling past, giving some very dramatic effects. We see multiple images of quasars, galaxies smeared into arcs and circles and magnified images of the most distant objects in the universe. This explains how gravitational lensing was first observed and discusses how scientists use this phenomenon to study everything from exoplanets to dark matter to the structure of the universe and the mysterious dark energy.
Bard began her career at SLAC as a particle physicist and has since graduated to studying galaxy clusters -- moving from exploring the most minuscule bits of matter in the universe to the largest structures known. Currently she's developing new ways to mine data from the future Large Synoptic Survey Telescope (LSST) for information. Discovering how to push gravitational lensing to its limits is one promising focus of her research. Lecturer: Debbie Bard, SLAC/Kavli
wn.com/Public Lecture—The Dark Universe Through Einstein's Lens
Lecture Date: Tuesday, July 23rd. Debbie Bard, a staff scientist at SLAC and a member of the Kavli Institute for Particle Astrophysics and Cosmology, delivered the July 23 SLAC Public Lecture, "The Dark Universe Through Einstein's Lens."
Bard's talk explains the phenomenon known as gravitational lensing and how astrophysicists use it to explore the 95 percent of the universe that remains unseen: dark matter and dark energy.
One of the most surprising predictions made by Einstein's theory of relativity is that light doesn't travel through the universe in a straight line. The gravitational field of massive objects will deflect the path of light traveling past, giving some very dramatic effects. We see multiple images of quasars, galaxies smeared into arcs and circles and magnified images of the most distant objects in the universe. This explains how gravitational lensing was first observed and discusses how scientists use this phenomenon to study everything from exoplanets to dark matter to the structure of the universe and the mysterious dark energy.
Bard began her career at SLAC as a particle physicist and has since graduated to studying galaxy clusters -- moving from exploring the most minuscule bits of matter in the universe to the largest structures known. Currently she's developing new ways to mine data from the future Large Synoptic Survey Telescope (LSST) for information. Discovering how to push gravitational lensing to its limits is one promising focus of her research. Lecturer: Debbie Bard, SLAC/Kavli
- published: 29 Jul 2013
- views: 16384
S.L.A.C. - Ejderha
- Order: Reorder
- Duration: 5:55
- Updated: 09 Aug 2014
- views: 2559
" romantic embrace can only be compared with music and with prayer. "
" romantic embrace can only be compared with music and with prayer. "
wn.com/S.L.A.C. Ejderha
" romantic embrace can only be compared with music and with prayer. "
- published: 09 Aug 2014
- views: 2559
-
Menlo Park California Driving into SLAC Nation Accelerator Center
Menlo Park California Driving into SLAC Nation Accelerator Center
published: 26 Sep 2014 -
Parvus Assembly NPL Microprobe
Assembly of a microprobe developed by the National Physics Laboratory (NPL). (Technische Universität Braunschweig, Institut für Werkzeugmaschinen und Fertigungstechnik, Kontakt: Arne Burisch)
published: 10 Jul 2012 -
Doors off San Francisco Bay Chopper Tour July 6, 2000
Circled San Francisco Bay in the front seat, doors off photo/video mission, aboard a Bell 206 Jet Ranger helicopter July 6, 2000. Begins wih aerials of the USGS Menlo Park Science Center, Stanford University, Stanford Linear Accelerator, San Andreas fault along Crystal Springs Reservoir, Lake San Andreas, the fault was named for this valley, then up to Pac Bell stadium, San Francisco waterfront, Pier 39, Fort Mason, Aquatic Park, Crissy Field, Fort Point, Golden Gate Bridge, Golden Gate Park, Ocean Beach, Oakland Bay Bridge, University of California at Berkeley, Hayward fault looking both north and south.
published: 23 Mar 2012 -
Looking Staight Down from Airship Ventures' Zeppelin NT Airship
When you're floating over Silicon Valley in the gondola / cabin of the Zepellin NT Airship it is surreal, as stable as being in the top floor of a skyscraper and you can look straight down, too, all without getting that awful fear of heights feel of vertigo -- all thanks to Airship Ventures' "Eureka" Zeppelin NT Airship! http://www.airshipventures.com/
published: 13 Jul 2010
Menlo Park California Driving into SLAC Nation Accelerator Center
- Order: Reorder
- Duration: 2:19
- Updated: 26 Sep 2014
- views: 52
Parvus Assembly NPL Microprobe
- Order: Reorder
- Duration: 1:53
- Updated: 10 Jul 2012
- views: 1890
Assembly of a microprobe developed by the National Physics Laboratory (NPL). (Technische Universität Braunschweig, Institut für Werkzeugmaschinen und Fertigungs...
Assembly of a microprobe developed by the National Physics Laboratory (NPL). (Technische Universität Braunschweig, Institut für Werkzeugmaschinen und Fertigungstechnik, Kontakt: Arne Burisch)
wn.com/Parvus Assembly Npl Microprobe
Assembly of a microprobe developed by the National Physics Laboratory (NPL). (Technische Universität Braunschweig, Institut für Werkzeugmaschinen und Fertigungstechnik, Kontakt: Arne Burisch)
- published: 10 Jul 2012
- views: 1890
Doors off San Francisco Bay Chopper Tour July 6, 2000
- Order: Reorder
- Duration: 26:48
- Updated: 23 Mar 2012
- views: 499
Circled San Francisco Bay in the front seat, doors off photo/video mission, aboard a Bell 206 Jet Ranger helicopter July 6, 2000. Begins wih aerials of the USGS...
Circled San Francisco Bay in the front seat, doors off photo/video mission, aboard a Bell 206 Jet Ranger helicopter July 6, 2000. Begins wih aerials of the USGS Menlo Park Science Center, Stanford University, Stanford Linear Accelerator, San Andreas fault along Crystal Springs Reservoir, Lake San Andreas, the fault was named for this valley, then up to Pac Bell stadium, San Francisco waterfront, Pier 39, Fort Mason, Aquatic Park, Crissy Field, Fort Point, Golden Gate Bridge, Golden Gate Park, Ocean Beach, Oakland Bay Bridge, University of California at Berkeley, Hayward fault looking both north and south.
wn.com/Doors Off San Francisco Bay Chopper Tour July 6, 2000
Circled San Francisco Bay in the front seat, doors off photo/video mission, aboard a Bell 206 Jet Ranger helicopter July 6, 2000. Begins wih aerials of the USGS Menlo Park Science Center, Stanford University, Stanford Linear Accelerator, San Andreas fault along Crystal Springs Reservoir, Lake San Andreas, the fault was named for this valley, then up to Pac Bell stadium, San Francisco waterfront, Pier 39, Fort Mason, Aquatic Park, Crissy Field, Fort Point, Golden Gate Bridge, Golden Gate Park, Ocean Beach, Oakland Bay Bridge, University of California at Berkeley, Hayward fault looking both north and south.
- published: 23 Mar 2012
- views: 499
Looking Staight Down from Airship Ventures' Zeppelin NT Airship
- Order: Reorder
- Duration: 1:45
- Updated: 13 Jul 2010
- views: 594
When you're floating over Silicon Valley in the gondola / cabin of the Zepellin NT Airship it is surreal, as stable as being in the top floor of a skyscraper an...
When you're floating over Silicon Valley in the gondola / cabin of the Zepellin NT Airship it is surreal, as stable as being in the top floor of a skyscraper and you can look straight down, too, all without getting that awful fear of heights feel of vertigo -- all thanks to Airship Ventures' "Eureka" Zeppelin NT Airship! http://www.airshipventures.com/
wn.com/Looking Staight Down From Airship Ventures' Zeppelin Nt Airship
When you're floating over Silicon Valley in the gondola / cabin of the Zepellin NT Airship it is surreal, as stable as being in the top floor of a skyscraper and you can look straight down, too, all without getting that awful fear of heights feel of vertigo -- all thanks to Airship Ventures' "Eureka" Zeppelin NT Airship! http://www.airshipventures.com/
- published: 13 Jul 2010
- views: 594
back
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back
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41:29
SLAC: Fabricating the Linear Accelerator
This gem from 1967 shows the fabrication and construction of SLAC's two-mile-long linear a...
published: 03 May 2012
SLAC: Fabricating the Linear Accelerator
SLAC: Fabricating the Linear Accelerator
- Report rights infringement
- published: 03 May 2012
- views: 4646
5:28
LCLS: The Linac Coherent Light Source at SLAC
A revolutionary scientific instrument at the SLAC National Accelerator Laboratory.
As t...
published: 13 Oct 2010
LCLS: The Linac Coherent Light Source at SLAC
LCLS: The Linac Coherent Light Source at SLAC
- Report rights infringement
- published: 13 Oct 2010
- views: 13928
57:34
Science of SLAC | Gravitational Waves: Ripples in the Fabric of Spacetime
With the spectacular detection by LIGO last year, we have entered the era of gravitational...
published: 27 Apr 2016
Science of SLAC | Gravitational Waves: Ripples in the Fabric of Spacetime
Science of SLAC | Gravitational Waves: Ripples in the Fabric of Spacetime
- Report rights infringement
- published: 27 Apr 2016
- views: 2432
68:49
Science of SLAC | Batteries for the Future: What's Possible?
Increased demand for energy storage in consumer electronics, electric vehicles and the pow...
published: 20 May 2015
Science of SLAC | Batteries for the Future: What's Possible?
Science of SLAC | Batteries for the Future: What's Possible?
- Report rights infringement
- published: 20 May 2015
- views: 81067
59:59
Science of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSST
Today we understand matter in a comprehensive way: molecules made of atoms, atoms made of ...
published: 02 Mar 2015
Science of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSST
Science of SLAC | A Deep Look for Dark Energy: Science and Discovery with the LSST
- Report rights infringement
- published: 02 Mar 2015
- views: 8947
55:06
Science of SLAC | Ultrafast Electrons: A View into the Atomic World
Electrons are SLAC’s DNA. Since the lab’s birth they have generated the high-powered micro...
published: 18 Nov 2015
Science of SLAC | Ultrafast Electrons: A View into the Atomic World
Science of SLAC | Ultrafast Electrons: A View into the Atomic World
- Report rights infringement
- published: 18 Nov 2015
- views: 2140
5:59
Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.
Cenas da minha formação profissional em Coaching, com Certificação Internacional, na Socie...
published: 04 Jun 2014
Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.
Curso de Coaching na SLAC, de 4 a 11 de julho de 2009.
- Report rights infringement
- published: 04 Jun 2014
- views: 804
3:13
SLAC All Access: The SPEAR3 Electron Storage Ring
The Stanford Positron Electron Accelerating Ring (SPEAR) at SLAC was completed in 1972 and...
published: 17 Dec 2013
SLAC All Access: The SPEAR3 Electron Storage Ring
SLAC All Access: The SPEAR3 Electron Storage Ring
- Report rights infringement
- published: 17 Dec 2013
- views: 2590
74:49
Public Lecture—The Dark Universe Through Einstein's Lens
Lecture Date: Tuesday, July 23rd. Debbie Bard, a staff scientist at SLAC and a member of t...
published: 29 Jul 2013
Public Lecture—The Dark Universe Through Einstein's Lens
Public Lecture—The Dark Universe Through Einstein's Lens
- Report rights infringement
- published: 29 Jul 2013
- views: 16384
5:55
S.L.A.C. - Ejderha
" romantic embrace can only be compared with music and with prayer. "
published: 09 Aug 2014
S.L.A.C. - Ejderha
S.L.A.C. - Ejderha
- Report rights infringement
- published: 09 Aug 2014
- views: 2559
back
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2:19
Menlo Park California Driving into SLAC Nation Accelerator Center
Menlo Park California Driving into SLAC Nation Accelerator Center
published: 26 Sep 2014
Menlo Park California Driving into SLAC Nation Accelerator Center
Menlo Park California Driving into SLAC Nation Accelerator Center
- Report rights infringement
- published: 26 Sep 2014
- views: 52
1:53
Parvus Assembly NPL Microprobe
Assembly of a microprobe developed by the National Physics Laboratory (NPL). (Technische U...
published: 10 Jul 2012
Parvus Assembly NPL Microprobe
Parvus Assembly NPL Microprobe
- Report rights infringement
- published: 10 Jul 2012
- views: 1890
26:48
Doors off San Francisco Bay Chopper Tour July 6, 2000
Circled San Francisco Bay in the front seat, doors off photo/video mission, aboard a Bell ...
published: 23 Mar 2012
Doors off San Francisco Bay Chopper Tour July 6, 2000
Doors off San Francisco Bay Chopper Tour July 6, 2000
- Report rights infringement
- published: 23 Mar 2012
- views: 499
1:45
Looking Staight Down from Airship Ventures' Zeppelin NT Airship
When you're floating over Silicon Valley in the gondola / cabin of the Zepellin NT Airship...
published: 13 Jul 2010
Looking Staight Down from Airship Ventures' Zeppelin NT Airship
Looking Staight Down from Airship Ventures' Zeppelin NT Airship
- Report rights infringement
- published: 13 Jul 2010
- views: 594
Menlo Park California Driving into SLAC Nation Acc...
Parvus Assembly NPL Microprobe...
Doors off San Francisco Bay Chopper Tour July 6, 2...
Looking Staight Down from Airship Ventures' Zeppel...
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Lyrics list:lyrics
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If You, Silk
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Side Show, Silk
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Lose Control, Silk
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It Had to Be You, Silk
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I Can Go Deep, Silk
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Love You Down, Silk
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Turn-U-Out, Silk
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Meeting In My Bedroom, Silk
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It's So Good, Silk
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Welcome 2 The Love Session (Interlude), Silk
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If You
Been checkin you for so long
and i feel (feel)
Girl you should let me know what the deal (what the deal)
been peepin out yo vibe(vibe)
think you wanna let me slide(slide)
So what you need to do right now
Is keep it real
i know you want me girl
just like
i want you(i want you)
so stop frontin like you dont
when you do(do)
so if you feel naughty(naughty)
if you really bout it (bout it)
and if you get me rowdy (rowdy)
my love will make you shout it shout it
IF you (feelin like lovin me)
IF you(feelin like kissin me)
if you (feelin like lovin me, holdin me)
If you (feelin like lovin me)
repeat
So on them lonley nights girl there for U
let me come satisfy you for an hour or two(two)
baby dont be shy
cuz im not judgin you
I hungry for your love so let me through
girl lets stop talkin bout them thangs we can do(do)
and lets just be about them thangs we can do(do)
so if you feelin naughty
and if you really bout it bout it
and if you get me rowdy get rowdy rowdy
my love will make you shout it shout it
Chorus
Its a silky silky silky thang
silky silky silky silky thang nah nah nah nah
See I got something for you
meet me in my bedroom
so we can laugh the night away
im tryin to be forreal
wanna show you how i feel
inside
cuz i know that you feelin like.lovin me!
Chorus 3x
The lovers have returned to make me wanna make love to you
so bring yo sexallent body ova here and let me do the things i do
in my bedroom im gone love you down just like a playa would
and turn you out my superstar make you feel real good
I find out if you feelin like lovin me, sexin me, holdin me, kissin me squezzin me
Say yeaaa yeaa
say yeeaaa yeaaa yeaa yeaa
Oh yeaaaaaaa
back
China orders Xinjiang residents to surrender passports to police
Edit CNN 25 Nov 2016
Beijing (CNN)Millions of residents in China's northwestern Xinjiang region have been ordered to surrender their passports to local police, in a move rights groups say is an attack on personal freedom. The order came from the Shihezi Public Security Bureau Immigration Office in Xinjiang on October 19, which said that passports would be held by police after an "annual check." ... Those who refuse could be barred from leaving the country ... ....
back
Nine human heads and 32 bodies found in Mexican cartel mass grave
Edit The Independent 25 Nov 2016
They said they rescued a kidnap victim and discovered 12 bodies and human remains in coolers ... Read more....
back
EU leaders 'not bluffing' over Brexit terms, warns Malta's PM
Edit BBC News 25 Nov 2016
Joseph Muscat, whose country assumes the EU's presidency in January, told the BBC "this is really and truly our position and I don't see it changing" ... ....
Novel catalyst tuning tech to boost power output of fuel cells
Edit Newstrack India 25 Nov 2016
Washington, Nov 25 (IANS) Researchers have found a novel way to make fuel cells more energy efficient and increase their power output by fine-tuning metal catalysts at the atomic scale ... "Our tuning technique could make fuel cells more energy efficient and increase their power output," said study co-author Yi Cui, Professor at Stanford and SLAC National Accelerator Laboratory in California ... --IANS. gb/vt. ....
For platinum catalysts, a tiny squeeze gives a big boost in performance, Stanford study finds (Stanford University)
Edit Public Technologies 24 Nov 2016
(Source. Stanford University) ... L.A. Cicero) ... The findings are published in the Nov ... 'Our tuning technique could make fuel cells more energy efficient and increase their power output,' said co-author Yi Cui, a professor of materials science and engineering at Stanford and of photon science at the SLAC National Accelerator Laboratory ... Bottom ... Top ... Frank Abild-Pedersen, a SLAC staff scientist at the SUNCAT Center, was also a co-author ... (noodl....
Three from Caltech Elected as AAAS Fellows (California Institute of Technology)
Edit Public Technologies 23 Nov 2016
(Source. California Institute of Technology) ... The AAAS noted Marx's leadership of LIGO as well as his involvement with the SLAC PEP-4 detector, which studies electron-positron collisions; Lawrence Berkeley National Laboratory's Advanced Light Source, a synchrotron facility that studies beams of X-rays; and Brookhaven National Laboratory's STAR detector, which tracks particles produced by ion collisions ... (noodl. 36435622) ....
New Observation Of Photosynthesis Reveals How Much We Don't Know
Edit IFL Science 22 Nov 2016
An international team of scientists watched the minute details of how plants make oxygen. By using the sophisticated SLAC X-ray laser, they were able to accurately observe how photosynthesis happens at room temperature, and it doesn’t happen like we thought. The team was previously only able to observe photosynthesis in frozen samples and at low luminosity, which doesn't produce a high-fidelity picture of photosynthesis ... ....
Mystery of how plants produce oxygen soon solved (Umeå universitet)
Edit Public Technologies 22 Nov 2016
(Source. Umeå universitet). Mystery of how plants produce oxygen soon solved ... In collaboration with an international team of researchers, professor Johannes Messinger, who recently joined the Molecular Biomimetics Programme at Uppsala University, has now found a way to visualise this reaction in high-resolution images using the X-ray free-electron laser at SLAC National Accelerator Laboratory at Stanford University ... Original article.....
X-Rays Capture Unprecedented Images of Photosynthesis in Action (Lawrence Berkeley National Laboratory)
Edit Public Technologies 21 Nov 2016
SLAC National Accelerator Laboratory) ... The images, published today in the journal Nature, provide the first high-resolution 3-D view of photosystem II in action, a feat accomplished by using unimaginably fast X-ray free-electron laser (XFEL) pulses from the Linac Coherent Light Source (LCLS) at SLAC National Accelerator Laboratory, a DOE Office of Science User Facility....
Watching how plants make oxygen (Uppsala universitet)
Edit Public Technologies 21 Nov 2016
(Source. Uppsala universitet) ... The results are published in Nature ... In collaboration with an international team of researchers, professor Johannes Messinger, who recently joint the Molecular Biomimetics Program at Uppsala University, has now found a way how to visualize this reaction at high resolution using the X-ray free-electron laser at SLAC National Accelerator Laboratory and Stanford University ... 'This work is a breakthrough ... (noodl....
Silicon Valley tours: Science Driving Innovation
Edit American Institute of Physics 18 Nov 2016
This year’s meeting kicked off with tours of the SLAC National Accelerator Laboratory, Google [X], California Academy of Sciences, and the Computer History Museum ... ....
X-Ray Laser Shows Biological Reaction In A Real-Time Snapshot
Edit IFL Science 15 Nov 2016
Scientists at the SLAC National Accelerator Laboratory in California have, for the first time, observed a chemical interacting with an RNA “switch” that's responsible for regulating the production of proteins ... This groundbreaking observation was possible using SLAC's revolutionary X-ray free-electron lasers, capable of observing some of the quickest and most minuscule chemical and biological reactions....
What is the future for energy policies? (Stanford University)
Edit Public Technologies 11 Nov 2016
(Source. Stanford University). What does a Trump presidency, plus GOP control of Congress, mean for energy infrastructure?. Dan Reicher. A Trump presidency, in conjunction with continued GOP control of Congress, could significantly change the direction of the Obama administration's substantial work on climate and clean energy ... Burton Richter is a Nobel laureate in physics and director emeritus of the SLAC National Accelerator Laboratory....
Faculty Senate reaffirms its commitment to an open and inclusive community (Stanford University)
Edit Public Technologies 11 Nov 2016
(Source. Stanford University). By Kathleen J. Sullivan. The Faculty Senate on Thursday passed a resolution endorsing the university's policies of inclusion in light of the recent presidential election ... The resolution read. ... L.A. Cicero) ... Drell said she has lived in three 'ecosystems' at Stanford, including the SLAC National Accelerator Laboratory, the Physics Department in the School of Humanities and Sciences, and the School of Engineering....
A conversation with Rick Moyer, Stanford’s chief risk officer (Stanford University)
Edit Public Technologies 10 Nov 2016
In addition to establishing the Enterprise Risk Management program at Stanford, we have helped establish or enhance enterprise risk management programs at Stanford Health Care, Lucile Packard Children's Hospital and the SLAC National Accelerator Laboratory ... We serve the entire campus community - all the schools and units at Stanford, as well as the two hospitals, SLAC, and the Stanford Management Company....
Persis Drell named Stanford provost (Stanford University)
Edit Public Technologies 08 Nov 2016
Persis Drell, dean of the Stanford School of Engineering and previously director of the SLAC National Accelerator Laboratory, will be the next provost of Stanford University, President Marc Tessier-Lavigne announced today ... 'I have worked with Persis since before she joined the Stanford faculty, first as an external advisor to SLAC, then in her many roles at Stanford ... She became deputy director of SLAC in 2005 and director in 2007....
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