45:41
Tadashi Tokieda || Toys in Applied Mathematics || Radcliffe Institute
Tadashi Tokieda RI '14 invents, collects, and studies toys—simple objects from daily life ...
published: 25 Oct 2013
Tadashi Tokieda || Toys in Applied Mathematics || Radcliffe Institute
Tadashi Tokieda || Toys in Applied Mathematics || Radcliffe Institute
Tadashi Tokieda RI '14 invents, collects, and studies toys—simple objects from daily life that can be found or made in minutes, yet which, if played with imaginatively, exhibit behaviors so surprising that they intrigue scientists for weeks. In this video, he explores toys and their relevance to applied mathematics.- published: 25 Oct 2013
- views: 68
21:40
Applied Math Lecture 01 Part 1
First lecture in applied mathematics. Topics include basic notions from set theory, relati...
published: 05 Aug 2013
author: ohubrismine
Applied Math Lecture 01 Part 1
Applied Math Lecture 01 Part 1
First lecture in applied mathematics. Topics include basic notions from set theory, relations and functions, and an introduction to algebraic structures. Thi...- published: 05 Aug 2013
- views: 42
- author: ohubrismine
4:39
PhD in Applied Mathematics
Find out more about a PhD in Applied Mathematics by watching this video....
published: 04 Oct 2011
author: mapsleeds
PhD in Applied Mathematics
PhD in Applied Mathematics
Find out more about a PhD in Applied Mathematics by watching this video.- published: 04 Oct 2011
- views: 6050
- author: mapsleeds
5:18
A PhD in mathematics - applied mathematics and mathematical physics section
The Applied Mathematics and Mathematical Physics Section, along with Pure Mathematics, Fin...
published: 30 Nov 2013
A PhD in mathematics - applied mathematics and mathematical physics section
A PhD in mathematics - applied mathematics and mathematical physics section
The Applied Mathematics and Mathematical Physics Section, along with Pure Mathematics, Financial Mathematics, and Statistics, make up the Department of Mathematics at Imperial College. The Applied Mathematics and Mathematical Physics Section contains 36 Academic Staff, 3 Fellows, 5 Senior Research Investigators, 12 Research Associates and 47 PhD students.- published: 30 Nov 2013
- views: 79
7:02
What is Applied Phyisics and Applied Mathematics?
APAM attracts students interested in both mathematics and physics. Students here learn how...
published: 01 Dec 2009
author: ColumbiaSEAS
What is Applied Phyisics and Applied Mathematics?
What is Applied Phyisics and Applied Mathematics?
APAM attracts students interested in both mathematics and physics. Students here learn how to synthesize the fundamental ways in which the world works with p...- published: 01 Dec 2009
- views: 8314
- author: ColumbiaSEAS
2:19
Where can studying mathematics take you?
This video highlights exciting careers that are available to people who study Further Math...
published: 06 Apr 2009
author: MEImaths
Where can studying mathematics take you?
Where can studying mathematics take you?
This video highlights exciting careers that are available to people who study Further Mathematics. The video was commissioned by Man Group plc, coordinated b...- published: 06 Apr 2009
- views: 55741
- author: MEImaths
5:24
Engineering Sciences and Applied Mathematics
An overview of the Department of Engineering Sciences and Applied Mathematics at Northwest...
published: 10 Feb 2010
author: NorthwesternU
Engineering Sciences and Applied Mathematics
Engineering Sciences and Applied Mathematics
An overview of the Department of Engineering Sciences and Applied Mathematics at Northwestern University's McCormick School of Engineering featuring intervie...- published: 10 Feb 2010
- views: 5424
- author: NorthwesternU
3:14
Careers with Mathematics
Interview with Alan Smith, Careers Advisor for Mathematics at Heriot Watt, who explains th...
published: 26 Feb 2011
author: meetmathsorg
Careers with Mathematics
Careers with Mathematics
Interview with Alan Smith, Careers Advisor for Mathematics at Heriot Watt, who explains the types of things that employers now look for in a graduate.- published: 26 Feb 2011
- views: 5973
- author: meetmathsorg
3:36
Difference Between Pure and Applied Math?
In which I attempt to answer the title's question....
published: 03 Jul 2013
author: Rin Ray
Difference Between Pure and Applied Math?
Difference Between Pure and Applied Math?
In which I attempt to answer the title's question.- published: 03 Jul 2013
- views: 13
- author: Rin Ray
1:22
Applied Mathematics
A comprehensive Applied Mathematics textbook on the theory and methods with the central th...
published: 08 Jan 2014
Applied Mathematics
Applied Mathematics
A comprehensive Applied Mathematics textbook on the theory and methods with the central theme of information data processing, manipulation, and compression- published: 08 Jan 2014
- views: 69
5:30
Applied mathematics at Cornell
Cornell's Center for Applied Mathematics was one of ten graduate programs worldwide to be ...
published: 23 Sep 2011
author: CornellUniversity
Applied mathematics at Cornell
Applied mathematics at Cornell
Cornell's Center for Applied Mathematics was one of ten graduate programs worldwide to be profiled at the 2011 International Congress on Industrial and Appli...- published: 23 Sep 2011
- views: 3882
- author: CornellUniversity
2:27
Applied Mathematics Professor James O'Brien- Wentworth Institute of Technology
Wentworth's Applied Mathematics Professor James O'Brien's theory upends 80 years of physic...
published: 20 Dec 2011
author: WentworthInstTech
Applied Mathematics Professor James O'Brien- Wentworth Institute of Technology
Applied Mathematics Professor James O'Brien- Wentworth Institute of Technology
Wentworth's Applied Mathematics Professor James O'Brien's theory upends 80 years of physics. Applied Mathematics is coming to Wentworth in the fall of 2012 a...- published: 20 Dec 2011
- views: 1694
- author: WentworthInstTech
5:23
uWaterloo Applied Math Research
University of Waterloo Dept. of Applied Mathematics researchers are profiled in this video...
published: 11 Aug 2011
author: uwaterloo
uWaterloo Applied Math Research
uWaterloo Applied Math Research
University of Waterloo Dept. of Applied Mathematics researchers are profiled in this video, prepared for the July 2011 International Congress on Industrial a...- published: 11 Aug 2011
- views: 2998
- author: uwaterloo
3:23
How Many Ways Can 3 Planes Intersect? : Applied Mathematics
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Watch Mo...
published: 13 Oct 2013
How Many Ways Can 3 Planes Intersect? : Applied Mathematics
How Many Ways Can 3 Planes Intersect? : Applied Mathematics
Subscribe Now: http://www.youtube.com/subscription_center?add_user=ehoweducation Watch More: http://www.youtube.com/ehoweducation Three planes can intersect in a wide variety of different ways depending on their exact dimensions. Find out how many ways three planes can intersect with help from an expert in computers, with two degrees in both Computer Science and Applied Mathematics, in this free video clip. Expert: Stefan Robert Filmmaker: Victor Varnado Series Description: You can apply the principles of mathematics in a wide variety of different useful ways in your daily life, long after you've left the classroom for the last time. Get tips on applied mathematics with help from an expert in computers, with two degrees in both Computer Science and Applied Mathematics, in this free video series.- published: 13 Oct 2013
- views: 21
Vimeo results:
1:48
HELIOSCILLATOR
The heliOscillator is an audio visual installation created for the University of Sheffield...
published: 14 Nov 2012
author: Visual Display Unit
HELIOSCILLATOR
The heliOscillator is an audio visual installation created for the University of Sheffield’s Festival of the Mind. Made in colaboration with fellow artist and musician Jamie Salmon, Professor Róbertus von Fáy-Siebenbürgen and PhD student Nabil Freij of the university’s applied mathematics department.
The body of the heliOscillator (lovingly constructed by Mr Rafe Dunn) is a 7 part modular screen. Each module is embedded with light dependant resistors, allowing the light of the projector hitting the screen to be measured in 42 different points over its surface, each sensors measurement is then used to control the pitch of an oscillator.
The projection itself is a data visualisation based around observations of individual sunspots. Each hexagon section represents one sunspot, and the colour and shading of its subsections reflect the change in size and darkness of that spot over time. The data counts round the hexagon in these triangle sections like a clock, always displaying the last 6 data points for comparison. The 6 sub sections match up with the light sensors, so every change in colour and intensity is measured and reflected in sound.
The software for the visualisation was created using the OpenFrameworks toolkit. The light sensor data is captured via an Arduino micro controller and interpreted as sound using Max/Msp.
2:22
D*Dynamic Video
D*Dynamic - A House for all seasons
Conceived for the harsh, climatic extremes from 'Lapl...
published: 20 Dec 2012
author: The D*Haus Company Ltd
D*Dynamic Video
D*Dynamic - A House for all seasons
Conceived for the harsh, climatic extremes from 'Lapland to Cape Horn and Aleutians to Auckland' D*Dynamic can respond dynamically to its environment by controlled adaptation to seasonal, meteorological and astronomical conditions.
Based on Henry Dudney's discovery that allows a square to transform itself into an equilateral triangle, D*Dynamic can 'metamorphosize' and transform itself into 8 Configurations.
The flexibility of the D*Haus allows adaptation from winter to summer, and day to night by literally moving inside itself. The thick heavy external walls unfold into internal walls allowing glass internal walls to become facades. Doors become windows and vice versa. The layout consists of 2 bedrooms, open plan living room and bathroom, but can be adapted to suit different living situations. The D*Dynamic can change its shape and its perspective both seasonally and throughout the course not only dawn to dusk but also twilight to sunrise....
For example, in the summer plan, bedroom one faces East and watches the sun rise as you wake up. One can rotate the house so that the user is constantly in sunlight, while the house generates energy through its solar panels. The house is a product of an applied mathematical realisation. Thus from a manufacturing point of view the design deploys only one set of materials to achieve the flexible possibilities which its design invites.
62:26
Lecture by Dr. Alister McGrath
The Lord Is My Light: How the Christian Faith Makes Sense Of Things
In his most recent bo...
published: 27 Jan 2011
author: Lanier Theological Library
Lecture by Dr. Alister McGrath
The Lord Is My Light: How the Christian Faith Makes Sense Of Things
In his most recent book, The Passionate Intellect: Christian Faith and the Discipleship of the Mind, McGrath discusses theology as a discipline that not only informs and sustains the Christian vision of reality, but also serves a passion of the mind to understand God’s nature and ways. While proposing that vibrant theology can have a positive impact on Christian life, worship and faith, McGrath also explores other benefits of theology that include a deeper engagement with the culture and concerns of the modern world.
Dr. Alister McGrath was born in Belfast, Northern Ireland in 1953. He attended Methodist College, Belfast, in 1966 studying pure and applied mathematics, physics and chemistry. McGrath continued his education and eventually earned both a Ph.D. in molecular biophysics and a Doctorate of Divinity from Oxford University. The interactions between these two areas of study—Christian theology and the natural sciences—have been a major theme of his research work.
As a former atheist, McGrath is respectful, yet critical of scientific atheism. He has frequently engaged in debate and dialogue with leading atheists, including Oxford zoologist Richard Dawkins. McGrath has explored Charles Darwin’s role in atheist apologetics and other controversial concepts of atheism, such as the “meme” in recent atheist accounts of the origins of belief in God.
0:56
Greenhouse :: OMEagination
Gesture based 3D visualization of brain structures and activity. Created in collaboration ...
published: 10 May 2013
author: Oblong Industries
Greenhouse :: OMEagination
Gesture based 3D visualization of brain structures and activity. Created in collaboration with University of California San Francisco and Lawrence Berkeley National Laboratory as part of the OME Precision Medicine Summit using Oblong Greenhouse SDK, FSLView, and a consumer depth sensor.
Collaborating on the project: Bill Seeley, Jesse Brown, and Andrew Trujillo from UCSF MEMORY AND AGING CENTER; Leonid Oliker (Future Technologies Group), Gunther Weber (Visualization Group and the NERSC Analytics Team), Aydın Buluç (Applied Mathematics & Scientific Computing), and Daniela Ushizima (Vis/Analytics Group) from LAWRENCE BERKELEY NATIONAL LABORATORY; Stacey Chang (Health & Wellness practice) from IDEO; Kwin Kramer, David Kung, Sarah Vieweg, John Carpenter, Corey Porter, Mattie Ruth Kramer Backman, and Michael Schuresko from OBLONG INDUSTRIES.
Youtube results:
4:21
Postdoc in Applied Mathematics at the California Institute of Technology
Joris Vankerschaver received a Fulbright grant in order to do a postdoc in Applied Mathema...
published: 17 May 2011
author: Fulbright Belgium
Postdoc in Applied Mathematics at the California Institute of Technology
Postdoc in Applied Mathematics at the California Institute of Technology
Joris Vankerschaver received a Fulbright grant in order to do a postdoc in Applied Mathematics at the California Institute of Technology. In this video he ta...- published: 17 May 2011
- views: 822
- author: Fulbright Belgium
48:47
Leaving Cert. Applied Mathematics: Lecture 1
This is the first lecture in a series on Leaving Cert. Applied Mathematics I am currently ...
published: 14 Oct 2013
Leaving Cert. Applied Mathematics: Lecture 1
Leaving Cert. Applied Mathematics: Lecture 1
This is the first lecture in a series on Leaving Cert. Applied Mathematics I am currently producing. Here I will be explaining the course content relevant to question on the Applied Mathematics paper. Additional information about the series as well as supplementary materials etc. are available at my website, sites.duke.edu/brendanwilliamson The worksheet for this lecture can be found at http://sites.duke.edu/brendanwilliamson/files/2013/10/Worksheet-1.pdf- published: 14 Oct 2013
- views: 95
3:19
Applied Mathematics - Donald O'Connor Solo Tap and Acrobatic Dance
A very fast and impressive semi-solo dance of Donald O'Connor's complete with amazing tapp...
published: 05 Jun 2011
author: Donald O\'ConnorFan
Applied Mathematics - Donald O'Connor Solo Tap and Acrobatic Dance
Applied Mathematics - Donald O'Connor Solo Tap and Acrobatic Dance
A very fast and impressive semi-solo dance of Donald O'Connor's complete with amazing tapping and full-scale acrobatics from the 1948 musical "Are You With It?"- published: 05 Jun 2011
- views: 15288
- author: Donald O\'ConnorFan