Vimeo results:
Youtube results:
Home
Menu
Playlist
Videos
open all
add
add longest videos
Loading...
Branches of Mathematics
Pure mathematics
Applied mathematics
- Dynamical systems and differential equations
- Mathematical physics
- Computing
- Information theory and signal processing
- Probability and statistics
- Game theory
- Operations research
Related Topics
- Electromagnetic Spectrum
- Linear Equations
- Applied Physics
- Nano Technology
- Engineering Sciences
- Mathematical Medicine
- Fluid dynamics
- Computational Mathematics
- Gamma Ray Optics
- Onfrared Optics
- Relative Velocity
- Iciam
- Intelligent Imaging Neuroscience
- Biomedical Engineering
- Neuroscience Research
- Quantum Cosmology
- Brain Research
Open Collage in a new Window
Email the Collage
- Loading...
Loading suggestions ...
-
5:39
Changes to computer thinking - Stephen Fry explains cloud computing
Changes to computer thinking - Stephen Fry explains cloud computing
-
3:52
Lawrence Krauss: Quantum Computing Explained
Lawrence Krauss: Quantum Computing ExplainedLawrence Krauss: Quantum Computing Explained
Lawrence Krauss describes quantum computing and the technical obstacles we need to overcome to realize this Holy Grail of processing. Lawrence Krauss: Let me briefly describe the difference between a quantum computer and a regular computer, at some level. In a regular computer, you've got ones and zeros, which you store in binary form and you manipulate them and they do calculations. You can store them, for example, in a way that at least I can argue simply. Let's say you have an elementary particle that's spinning. If it's spinning, and we say it's spinning, it's pointing up or down depending upon whether it's spinning this way or this way, pointing up or down. And so, I could store the information by having lots of particles and some of them spinning up and some of them spinning down. Right? One's and zero's. But in the quantum world, it turns out that particles like electrons are actually spinning in all directions at the same time, one of the weird aspects of quantum mechanics. We may measure, by doing a measurement of an electron, find it's spinning this way. But before we did the measurement, it was spinning this way and this way and that way and that way all at the same time. Sounds crazy, but true. Now that means, if the electron's spinning in many different directions at the same time, if we don't actually measure it, it can be doing many computations at the same time. And so a quantum computer is based on manipulating the state of particles like electrons so that during the calculation, many different calculations are being performed at the same time, and only making a measurement at the end of the computation. So we exploit that fact of quantum mechanics that particles could do many things at the same time to do many computations at same time. And that's what would make a quantum computer so powerful. One of the reasons it's so difficult to make a quantum computer, and one of the reasons I'm a little skeptical at the moment, is that - the reason the quantum world seems so strange to us is that we don't behave quantum mechanically. I don't -- you know, you can - not me, but you could run towards the wall behind us from now 'til the end of the universe and bang your head in to it and you'd just get a tremendous headache. But if you're an electron, there's a probability if I throw it towards the wall that it will disappear and appear on the other side due to something called quantum tunneling, okay. Those weird quantum behaviors are manifest on small scales. We don't obey them - have those behaviors 'cause we're large classical objects and the laws of quantum mechanics tell us, in some sense, that when you have many particles interacting at some level those weird quantum mechanical correlations that produce all the strange phenomena wash away. And so in order to have a quantum mechanical state where you can distinctly utilize and exploit those weird quantum properties, in some sense you have to isolate that system from all of its environment because, if it interacts with the environment, the quantum mechanical weirdness sort of washes away. And that's the problem with a quantum computer. You want to make this macroscopic object, you want to keep it behaving quantum mechanically which means isolating it very carefully from, within itself, all the interactions and the outside world. And that's the hard part, Is isolating things enough to maintain this what's called quantum coherence. And that's the challenge and it's a huge challenge. But the potential is unbelievably great. Once you can engineer materials on a scale where quantum mechanical properties are important, a whole new world of phenomenon open up to you. And you might be able to say - as we say, if we created a quantum computer, and I'm not - I must admit I'm skeptical that we'll be able to do that in the near-term, but if we could, we'd be able to do computations in a finite time that would take longer than the age of the universe right now. We'd be able to do strange and wonderful things. And of course, if you ask me what's the next big breakthrough, I'll tell you what I always tell people, which is if I knew, I'd be doing it right now. Directed / Produced by Jonathan Fowler and Elizabeth Rodd
-
7:18
Nanotechnology Documentary - Quantum Computing, what it is, how it works
Nanotechnology Documentary - Quantum Computing, what it is, how it worksNanotechnology Documentary - Quantum Computing, what it is, how it works
Nanotechnology, what is quantum computing, how does it work, why is it going to change the world? Find out about the efforts to cross the boundary between ph...
-
5:42
Explaining Quantum Computing
Explaining Quantum ComputingExplaining Quantum Computing
Quantum computers store and process information using quantum mechanical states. This video by futurist Christopher Barnatt explains what this means and the ...
-
76:49
Introduction to Cloud Computing
Introduction to Cloud ComputingIntroduction to Cloud Computing
Please give us a THUMBS UP if you like our videos!!! Info Level: Beginner Presenter: Eli the Computer Guy Date Created: December 17, 2010 Length of Class: 75...
-
53:26
Computer Pioneers - Pioneer Computers Part 1
Computer Pioneers - Pioneer Computers Part 1Computer Pioneers - Pioneer Computers Part 1
[Recorded: 1996] Part 1 of 2 The Dawn of Electronic Computing 1935 1945 Computer pioneer Gordon Bell hosts this two-part program on the evolution of electron...
-
4:28
Schrödinger's iPad? New Breakthroughs in Quantum Computing
Schrödinger's iPad? New Breakthroughs in Quantum ComputingSchrödinger's iPad? New Breakthroughs in Quantum Computing
Two developments in quantum computing in the past couple of weeks are the harbingers of a whole new era of smart technology. Google announced that it's build...
-
3:34
Next Big Thing - How 3D gesture tech could change computing
Next Big Thing - How 3D gesture tech could change computingNext Big Thing - How 3D gesture tech could change computing
http://cnet.co/1bfQkWn The 3D gesture tech market is expected to grow from $2 billion to $15 billion in five years. But what are hurdles technology makers need to overcome to make it happen?
-
3:20
What is Cloud Computing?
What is Cloud Computing?What is Cloud Computing?
Traditional business applications and platforms are too complicated and expensive. They need a data center, a complex software stack and a team of experts to...
-
61:57
Cloud Computing 101
Cloud Computing 101Cloud Computing 101
http://www.trainsignal.com/blog/webinars?utm_source=YouTube&utm;_medium=Social%20Media&utm;_campaign=Cloud%20Computing%20Webinar In this webinar, vExpert David...
-
37:55
Cloud Computing Security
Cloud Computing SecurityCloud Computing Security
( EMC Academic Alliance Techtalk Series ) --- by Smitha Mave, EMC Corp This course introduces the topic of cloud computing from the security perspective. The...
-
2:39
The Future of Cognitive Computing
The Future of Cognitive ComputingThe Future of Cognitive Computing
World renowned experts in the fields of psychology, artificial intelligence, management and healthcare share their views on the future of cognitive computing. Featuring: Daniel Hillis, Co-Chairman, Applied Minds, LLC Thomas Malone, Director, Center for Collective Intelligence, MIT Daniel Kahneman, Nobel Laureate & Princeton Professor Emeritus Douglas Johnston, MD, Thoracic and Cardiovascular Surgery, Cleveland Clinic Zach Lemnios, Vice President, IBM Research Strategy Learn more: http://www.research.ibm.com/cognitive-computing/index.shtml
-
17:50D-Wave CEO On Quantum Computing And Tackling Tech's Big Problems
D-Wave CEO On Quantum Computing And Tackling Tech's Big ProblemsD-Wave CEO On Quantum Computing And Tackling Tech's Big Problems
When D-Wave CEO Vern Brownell was in San Francisco recently, Colleen Taylor invited him to come by TechCrunch headquarters to give us an overview of D-Wave and talk about the company's past, present, and future. Being that TechCrunch doesn't always deal in the realms of quantum mechanics and superconductors, it was a longer chat than we usually have for videos — but we think all 17 minutes are worth it, as Brownell is a very thoughtful interviewee. Subscribe to TechCrunch today: http://goo.gl/eg167
-
3:15Michio Kaku: The Future of Quantum Computing
Michio Kaku: The Future of Quantum ComputingMichio Kaku: The Future of Quantum Computing
http://bigthink.com Today's robots are less intelligent than cockroaches, but advances in quantum computing—transferring information using atoms rather than ...
- Abacus
- Abstraction
- Accounting software
- Algorithm
- Ancient technology
- Application software
- Applied science
- Aquaculture
- Artificial language
- Audio engineering
- Automation
- Babylon
- Bioinformatics
- Biomechatronics
- Biotechnology
- Book Technology
- Business informatics
- C++
- Category Technology
- Ceramic engineering
- Chemical engineering
- Cheminformatics
- Civil engineering
- Clean technology
- Common Blackbird
- Complex systems
- Computation
- Computer
- Computer engineering
- Computer hardware
- Computer industry
- Computer laboratory
- Computer network
- Computer networking
- Computer program
- Computer programming
- Computer science
- Computer scientist
- Computer software
- Computer system
- Computing
- Computing (journal)
- Computing (magazine)
- Computing platform
- Consultancy
- Control engineering
- Cryogenics
- Data
- Data (computing)
- Difference engine
- Document file format
- Domestic technology
- Ecological design
- Ecotechnology
- Educational software
- Electronic warfare
- Electronics
- End-user
- Energy technology
- Engineering
- Engineering geology
- Engineering physics
- Enterprise software
- Enthusiast computing
- Ephemeralization
- Ethernet
- Ethics of technology
- Facade engineering
- Fictional technology
- Fisheries science
- Food chemistry
- Food engineering
- Food microbiology
- Food technology
- Genetic engineering
- Graphics software
- Green building
- Green nanotechnology
- Hacker (hobbyist)
- Healthcare science
- High tech
- History of computing
- Humans
- Hydraulics
- Hype cycle
- Hypertext
- ICT in agriculture
- Inevitability thesis
- Information
- Information Age
- Internet
- Invention
- Jet Age
- Kardashev scale
- Killer application
- Konrad Lorenz
- Link Layer
- Linux gaming
- List of technologies
- Local area network
- Low-technology
- Machine
- Materials science
- Mathematics
- Mature technology
- Mechatronics
- Medical research
- Medical technology
- Medieval technology
- Metallurgy
- Microsoft Office
- Microsoft Windows
- Microtechnology
- Middleware
- Military engineering
- Military technology
- Mining engineering
- Mobile phones
- Mp3 players
- Multimedia learning
- Music technology
- Nanomedicine
- Nanotechnology
- Natural language
- Naval architecture
- Neolithic Revolution
- Network topology
- Neuroscience
- Nuclear engineering
- Nuclear technology
- Number
- Nutrition
- Office suite
- Ontology engineering
- Optical engineering
- Outline of computers
- Particle physics
- Personal computer
- Personal computers
- Pharmacology
- Piraha language
- Polynomial function
- Portal Computing
- Portal Technology
- Posthumanism
- Process (computing)
- Product bundling
- Profession
- Programmer
- Programming language
- Proof of concept
- Protein engineering
- Quantum technology
- Renewable energy
- RF engineering
- Robotics
- Safety engineering
- Sanitary engineering
- Science
- Sequence
- Server (computing)
- Service (economics)
- Software
- Software analyst
- Software developer
- Software development
- Software engineer
- Software engineering
- Software industry
- Software maintenance
- Software publisher
- Source code
- Space technology
- Stealth technology
- Sustainable design
- System software
- Systems engineering
- Technicism
- Techno-progressivism
- Technocapitalism
- Technocentrism
- Technocracy
- Technocriticism
- Technological change
- Technology
- Technology brokering
- Technology education
- Technology transfer
- Technorealism
- Telecommunications
- Template Technology
- Terminology
- Tissue engineering
- Training
- Transhumanism
- Transport
- User (computing)
- Video game consoles
- Virtual campus
- Virtual education
- Visual technology
- Wikimedia Foundation
- Wikiquote Technology
- World Wide Web
Send this Playlist by SMS
Email this Page
http://wn.com/Cloud_Computing_What_is_Cloud_Computing-
Changes to computer thinking - Stephen Fry explains cloud computing
- Order: Reorder
- Duration: 5:39
- Updated: 22 Oct 2013
Stephen Fry explains the history of computer thinking and the revolution of utility in cloud computing in this 5 minute animation.
www.databarracks.com
Databarracks have been providing the most secure and supported cloud services in the UK for ten years, delivering Infrastructure, Disaster Recovery and Backup services from some of the most secure data centres in the world.
http://wn.com/Changes_to_computer_thinking_Stephen_Fry_explains_cloud_computing
Stephen Fry explains the history of computer thinking and the revolution of utility in cloud computing in this 5 minute animation.
www.databarracks.com
Databarracks have been providing the most secure and supported cloud services in the UK for ten years, delivering Infrastructure, Disaster Recovery and Backup services from some of the most secure data centres in the world.
- published: 22 Oct 2013
- views: 6403
Lawrence Krauss: Quantum Computing Explained
- Order: Reorder
- Duration: 3:52
- Updated: 26 Aug 2013
Lawrence Krauss describes quantum computing and the technical obstacles we need to overcome to realize this Holy Grail of processing.
Lawrence Krauss: Let me briefly describe the difference between a quantum computer and a regular computer, at some level. In a regular computer, you've got ones and zeros, which you store in binary form and you manipulate them and they do calculations. You can store them, for example, in a way that at least I can argue simply.
Let's say you have an elementary particle that's spinning. If it's spinning, and we say it's spinning, it's pointing up or down depending upon whether it's spinning this way or this way, pointing up or down. And so, I could store the information by having lots of particles and some of them spinning up and some of them spinning down. Right? One's and zero's.
But in the quantum world, it turns out that particles like electrons are actually spinning in all directions at the same time, one of the weird aspects of quantum mechanics. We may measure, by doing a measurement of an electron, find it's spinning this way. But before we did the measurement, it was spinning this way and this way and that way and that way all at the same time. Sounds crazy, but true.
Now that means, if the electron's spinning in many different directions at the same time, if we don't actually measure it, it can be doing many computations at the same time. And so a quantum computer is based on manipulating the state of particles like electrons so that during the calculation, many different calculations are being performed at the same time, and only making a measurement at the end of the computation.
So we exploit that fact of quantum mechanics that particles could do many things at the same time to do many computations at same time. And that's what would make a quantum computer so powerful.
One of the reasons it's so difficult to make a quantum computer, and one of the reasons I'm a little skeptical at the moment, is that - the reason the quantum world seems so strange to us is that we don't behave quantum mechanically. I don't -- you know, you can - not me, but you could run towards the wall behind us from now 'til the end of the universe and bang your head in to it and you'd just get a tremendous headache. But if you're an electron, there's a probability if I throw it towards the wall that it will disappear and appear on the other side due to something called quantum tunneling, okay.
Those weird quantum behaviors are manifest on small scales. We don't obey them - have those behaviors 'cause we're large classical objects and the laws of quantum mechanics tell us, in some sense, that when you have many particles interacting at some level those weird quantum mechanical correlations that produce all the strange phenomena wash away. And so in order to have a quantum mechanical state where you can distinctly utilize and exploit those weird quantum properties, in some sense you have to isolate that system from all of its environment because, if it interacts with the environment, the quantum mechanical weirdness sort of washes away.
And that's the problem with a quantum computer. You want to make this macroscopic object, you want to keep it behaving quantum mechanically which means isolating it very carefully from, within itself, all the interactions and the outside world. And that's the hard part, Is isolating things enough to maintain this what's called quantum coherence. And that's the challenge and it's a huge challenge.
But the potential is unbelievably great. Once you can engineer materials on a scale where quantum mechanical properties are important, a whole new world of phenomenon open up to you. And you might be able to say - as we say, if we created a quantum computer, and I'm not - I must admit I'm skeptical that we'll be able to do that in the near-term, but if we could, we'd be able to do computations in a finite time that would take longer than the age of the universe right now. We'd be able to do strange and wonderful things. And of course, if you ask me what's the next big breakthrough, I'll tell you what I always tell people, which is if I knew, I'd be doing it right now.
Directed / Produced by Jonathan Fowler and Elizabeth Rodd
http://wn.com/Lawrence_Krauss_Quantum_Computing_Explained
Lawrence Krauss describes quantum computing and the technical obstacles we need to overcome to realize this Holy Grail of processing.
Lawrence Krauss: Let me briefly describe the difference between a quantum computer and a regular computer, at some level. In a regular computer, you've got ones and zeros, which you store in binary form and you manipulate them and they do calculations. You can store them, for example, in a way that at least I can argue simply.
Let's say you have an elementary particle that's spinning. If it's spinning, and we say it's spinning, it's pointing up or down depending upon whether it's spinning this way or this way, pointing up or down. And so, I could store the information by having lots of particles and some of them spinning up and some of them spinning down. Right? One's and zero's.
But in the quantum world, it turns out that particles like electrons are actually spinning in all directions at the same time, one of the weird aspects of quantum mechanics. We may measure, by doing a measurement of an electron, find it's spinning this way. But before we did the measurement, it was spinning this way and this way and that way and that way all at the same time. Sounds crazy, but true.
Now that means, if the electron's spinning in many different directions at the same time, if we don't actually measure it, it can be doing many computations at the same time. And so a quantum computer is based on manipulating the state of particles like electrons so that during the calculation, many different calculations are being performed at the same time, and only making a measurement at the end of the computation.
So we exploit that fact of quantum mechanics that particles could do many things at the same time to do many computations at same time. And that's what would make a quantum computer so powerful.
One of the reasons it's so difficult to make a quantum computer, and one of the reasons I'm a little skeptical at the moment, is that - the reason the quantum world seems so strange to us is that we don't behave quantum mechanically. I don't -- you know, you can - not me, but you could run towards the wall behind us from now 'til the end of the universe and bang your head in to it and you'd just get a tremendous headache. But if you're an electron, there's a probability if I throw it towards the wall that it will disappear and appear on the other side due to something called quantum tunneling, okay.
Those weird quantum behaviors are manifest on small scales. We don't obey them - have those behaviors 'cause we're large classical objects and the laws of quantum mechanics tell us, in some sense, that when you have many particles interacting at some level those weird quantum mechanical correlations that produce all the strange phenomena wash away. And so in order to have a quantum mechanical state where you can distinctly utilize and exploit those weird quantum properties, in some sense you have to isolate that system from all of its environment because, if it interacts with the environment, the quantum mechanical weirdness sort of washes away.
And that's the problem with a quantum computer. You want to make this macroscopic object, you want to keep it behaving quantum mechanically which means isolating it very carefully from, within itself, all the interactions and the outside world. And that's the hard part, Is isolating things enough to maintain this what's called quantum coherence. And that's the challenge and it's a huge challenge.
But the potential is unbelievably great. Once you can engineer materials on a scale where quantum mechanical properties are important, a whole new world of phenomenon open up to you. And you might be able to say - as we say, if we created a quantum computer, and I'm not - I must admit I'm skeptical that we'll be able to do that in the near-term, but if we could, we'd be able to do computations in a finite time that would take longer than the age of the universe right now. We'd be able to do strange and wonderful things. And of course, if you ask me what's the next big breakthrough, I'll tell you what I always tell people, which is if I knew, I'd be doing it right now.
Directed / Produced by Jonathan Fowler and Elizabeth Rodd
- published: 26 Aug 2013
- views: 301
Nanotechnology Documentary - Quantum Computing, what it is, how it works
- Order: Reorder
- Duration: 7:18
- Updated: 20 Aug 2013
Nanotechnology, what is quantum computing, how does it work, why is it going to change the world? Find out about the efforts to cross the boundary between ph...
http://wn.com/Nanotechnology_Documentary_Quantum_Computing,_what_it_is,_how_it_works
Nanotechnology, what is quantum computing, how does it work, why is it going to change the world? Find out about the efforts to cross the boundary between ph...
- published: 16 Jun 2013
- views: 16172
- author: DigPhilosophy
Explaining Quantum Computing
- Order: Reorder
- Duration: 5:42
- Updated: 19 Aug 2013
Quantum computers store and process information using quantum mechanical states. This video by futurist Christopher Barnatt explains what this means and the ...
http://wn.com/Explaining_Quantum_Computing
Quantum computers store and process information using quantum mechanical states. This video by futurist Christopher Barnatt explains what this means and the ...
- published: 01 Feb 2012
- views: 130935
- author: explainingcomputers
Introduction to Cloud Computing
- Order: Reorder
- Duration: 76:49
- Updated: 19 Aug 2013
Please give us a THUMBS UP if you like our videos!!! Info Level: Beginner Presenter: Eli the Computer Guy Date Created: December 17, 2010 Length of Class: 75...
http://wn.com/Introduction_to_Cloud_Computing
Please give us a THUMBS UP if you like our videos!!! Info Level: Beginner Presenter: Eli the Computer Guy Date Created: December 17, 2010 Length of Class: 75...
- published: 18 Feb 2011
- views: 273084
- author: elithecomputerguy
Computer Pioneers - Pioneer Computers Part 1
- Order: Reorder
- Duration: 53:26
- Updated: 19 Aug 2013
[Recorded: 1996] Part 1 of 2 The Dawn of Electronic Computing 1935 1945 Computer pioneer Gordon Bell hosts this two-part program on the evolution of electron...
http://wn.com/Computer_Pioneers_Pioneer_Computers_Part_1
[Recorded: 1996] Part 1 of 2 The Dawn of Electronic Computing 1935 1945 Computer pioneer Gordon Bell hosts this two-part program on the evolution of electron...
- published: 01 Jul 2009
- views: 128986
- author: ComputerHistory
Schrödinger's iPad? New Breakthroughs in Quantum Computing
- Order: Reorder
- Duration: 4:28
- Updated: 19 Aug 2013
Two developments in quantum computing in the past couple of weeks are the harbingers of a whole new era of smart technology. Google announced that it's build...
http://wn.com/Schrödinger's_iPad?_New_Breakthroughs_in_Quantum_Computing
Two developments in quantum computing in the past couple of weeks are the harbingers of a whole new era of smart technology. Google announced that it's build...
- published: 25 May 2013
- views: 283149
- author: scishow
Next Big Thing - How 3D gesture tech could change computing
- Order: Reorder
- Duration: 3:34
- Updated: 18 Oct 2013
http://cnet.co/1bfQkWn
The 3D gesture tech market is expected to grow from $2 billion to $15 billion in five years. But what are hurdles technology makers need to overcome to make it happen?
http://wn.com/Next_Big_Thing_How_3D_gesture_tech_could_change_computing
http://cnet.co/1bfQkWn
The 3D gesture tech market is expected to grow from $2 billion to $15 billion in five years. But what are hurdles technology makers need to overcome to make it happen?
- published: 18 Oct 2013
- views: 5439
What is Cloud Computing?
- Order: Reorder
- Duration: 3:20
- Updated: 20 Aug 2013
Traditional business applications and platforms are too complicated and expensive. They need a data center, a complex software stack and a team of experts to...
http://wn.com/What_is_Cloud_Computing?
Traditional business applications and platforms are too complicated and expensive. They need a data center, a complex software stack and a team of experts to...
- published: 25 Feb 2009
- views: 1344428
- author: sfdcMktg
Cloud Computing 101
- Order: Reorder
- Duration: 61:57
- Updated: 15 Aug 2013
http://www.trainsignal.com/blog/webinars?utm_source=YouTube&utm;_medium=Social%20Media&utm;_campaign=Cloud%20Computing%20Webinar In this webinar, vExpert David...
http://wn.com/Cloud_Computing_101
http://www.trainsignal.com/blog/webinars?utm_source=YouTube&utm;_medium=Social%20Media&utm;_campaign=Cloud%20Computing%20Webinar In this webinar, vExpert David...
- published: 19 Sep 2012
- views: 20147
- author: TrainSignal
Cloud Computing Security
- Order: Reorder
- Duration: 37:55
- Updated: 18 Aug 2013
( EMC Academic Alliance Techtalk Series ) --- by Smitha Mave, EMC Corp This course introduces the topic of cloud computing from the security perspective. The...
http://wn.com/Cloud_Computing_Security
( EMC Academic Alliance Techtalk Series ) --- by Smitha Mave, EMC Corp This course introduces the topic of cloud computing from the security perspective. The...
- published: 22 Jul 2013
- views: 280
- author: EMC Acad
The Future of Cognitive Computing
- Order: Reorder
- Duration: 2:39
- Updated: 13 Jan 2014
World renowned experts in the fields of psychology, artificial intelligence, management and healthcare share their views on the future of cognitive computing.
Featuring:
Daniel Hillis, Co-Chairman, Applied Minds, LLC
Thomas Malone, Director, Center for Collective Intelligence, MIT
Daniel Kahneman, Nobel Laureate & Princeton Professor Emeritus
Douglas Johnston, MD, Thoracic and Cardiovascular Surgery, Cleveland Clinic
Zach Lemnios, Vice President, IBM Research Strategy
Learn more:
http://www.research.ibm.com/cognitive-computing/index.shtml
http://wn.com/The_Future_of_Cognitive_Computing
World renowned experts in the fields of psychology, artificial intelligence, management and healthcare share their views on the future of cognitive computing.
Featuring:
Daniel Hillis, Co-Chairman, Applied Minds, LLC
Thomas Malone, Director, Center for Collective Intelligence, MIT
Daniel Kahneman, Nobel Laureate & Princeton Professor Emeritus
Douglas Johnston, MD, Thoracic and Cardiovascular Surgery, Cleveland Clinic
Zach Lemnios, Vice President, IBM Research Strategy
Learn more:
http://www.research.ibm.com/cognitive-computing/index.shtml
- published: 13 Jan 2014
- views: 644
D-Wave CEO On Quantum Computing And Tackling Tech's Big Problems
- Order: Reorder
- Duration: 17:50
- Updated: 27 Dec 2013
When D-Wave CEO Vern Brownell was in San Francisco recently, Colleen Taylor invited him to come by TechCrunch headquarters to give us an overview of D-Wave and talk about the company's past, present, and future. Being that TechCrunch doesn't always deal in the realms of quantum mechanics and superconductors, it was a longer chat than we usually have for videos — but we think all 17 minutes are worth it, as Brownell is a very thoughtful interviewee.
Subscribe to TechCrunch today: http://goo.gl/eg167
http://wn.com/D-Wave_CEO_On_Quantum_Computing_And_Tackling_Tech's_Big_Problems
When D-Wave CEO Vern Brownell was in San Francisco recently, Colleen Taylor invited him to come by TechCrunch headquarters to give us an overview of D-Wave and talk about the company's past, present, and future. Being that TechCrunch doesn't always deal in the realms of quantum mechanics and superconductors, it was a longer chat than we usually have for videos — but we think all 17 minutes are worth it, as Brownell is a very thoughtful interviewee.
Subscribe to TechCrunch today: http://goo.gl/eg167
- published: 27 Dec 2013
- views: 1156
Michio Kaku: The Future of Quantum Computing
- Order: Reorder
- Duration: 3:15
- Updated: 18 Aug 2013
http://bigthink.com Today's robots are less intelligent than cockroaches, but advances in quantum computing—transferring information using atoms rather than ...
http://wn.com/Michio_Kaku_The_Future_of_Quantum_Computing
http://bigthink.com Today's robots are less intelligent than cockroaches, but advances in quantum computing—transferring information using atoms rather than ...
- published: 31 May 2011
- views: 179161
- author: Big Think
What is Cloud Computing with Amazon Web Services?
- Order: Reorder
- Duration: 2:47
- Updated: 16 Aug 2013
Learn about Cloud Computing with AWS and the benefits AWS provides to hundreds of thousands of customers globally. Learn more at aws.amazon.com/what-is-cloud...
http://wn.com/What_is_Cloud_Computing_with_Amazon_Web_Services?
Learn about Cloud Computing with AWS and the benefits AWS provides to hundreds of thousands of customers globally. Learn more at aws.amazon.com/what-is-cloud...
- published: 06 May 2013
- views: 64044
- author: AmazonWebServices
Cloud Computing in Depth
- Order: Reorder
- Duration: 30:22
- Updated: 28 Jul 2013
( EMC Academic Alliance Techtalk Series )
This course introduces the important topics of Cloud Computing including the concepts of classic data centers, virtualized data centers and phased out approach of journey to the cloud. The student will also learn about the characteristics of cloud computing, different types of cloud infrastructures (public, private, hybrid), the various Service Provider Interfaces (SPIs) including Software, Platform and Infrastructure-as-Service (SaaS, PaaS and IaaS).
http://wn.com/Cloud_Computing_in_Depth
( EMC Academic Alliance Techtalk Series )
This course introduces the important topics of Cloud Computing including the concepts of classic data centers, virtualized data centers and phased out approach of journey to the cloud. The student will also learn about the characteristics of cloud computing, different types of cloud infrastructures (public, private, hybrid), the various Service Provider Interfaces (SPIs) including Software, Platform and Infrastructure-as-Service (SaaS, PaaS and IaaS).
- published: 28 Jul 2013
- views: 166
TED: Cognitive Computing
- Order: Reorder
- Duration: 2:07
- Updated: 18 Aug 2013
Can computers think like humans and help diagnose problems? Eric Brown of IBM Research discusses the new intelligence that is going to take healthcare into s...
http://wn.com/TED_Cognitive_Computing
Can computers think like humans and help diagnose problems? Eric Brown of IBM Research discusses the new intelligence that is going to take healthcare into s...
- published: 13 Aug 2013
- views: 1029
- author: IBM
Cloud Computing Explained
- Order: Reorder
- Duration: 5:23
- Updated: 19 Aug 2013
Confused about the term "Cloud Computing"? Want to be "with the times" when you talk about new technology buzzwords? This video boils down a section of Cloud...
http://wn.com/Cloud_Computing_Explained
Confused about the term "Cloud Computing"? Want to be "with the times" when you talk about new technology buzzwords? This video boils down a section of Cloud...
- published: 29 Sep 2008
- views: 638797
- author: HighT3chDad
Cloud Computing- What is Cloud Computing-
- Order: Reorder
- Duration: 4:43
- Updated: 04 Aug 2013
http://wn.com/Cloud_Computing_What_is_Cloud_Computing-
What are the Business Benefits of Cloud Computing, IaaS, PaaS and SaaS?
- Order: Reorder
- Duration: 4:52
- Updated: 12 Aug 2013
What is Cloud Computing? What is IaaS? What is SaaS? What is PaaS? Our video explains the technology behind Cloud Computing, Infrastructure as a Service (Iaa...
http://wn.com/What_are_the_Business_Benefits_of_Cloud_Computing,_IaaS,_PaaS_and_SaaS?
What is Cloud Computing? What is IaaS? What is SaaS? What is PaaS? Our video explains the technology behind Cloud Computing, Infrastructure as a Service (Iaa...
- published: 30 Mar 2012
- views: 9811
- author: Macquarie Telecom
IBM New Era of Computing Future Technology News
- Order: Reorder
- Duration: 4:50
- Updated: 10 Aug 2013
IBM New Era of Computing. SBARTSTV Future Technology News. IBM (NYSE: IBM) today announced that it received a record 6478 patents in 2012 for inventions tha...
http://wn.com/IBM_New_Era_of_Computing_Future_Technology_News
IBM New Era of Computing. SBARTSTV Future Technology News. IBM (NYSE: IBM) today announced that it received a record 6478 patents in 2012 for inventions tha...
- published: 10 Jan 2013
- views: 1184
- author: Santa Barbara Arts TV YouTube Partner Global News
Quantum computing, the story of a wild idea: Andris Ambainis at TEDxRiga 2013
- Order: Reorder
- Duration: 17:28
- Updated: 18 Aug 2013
Andris is a computer scientist active in the fields of quantum information theory and quantum computing. His valuable scientific input into quantum computer ...
http://wn.com/Quantum_computing,_the_story_of_a_wild_idea_Andris_Ambainis_at_TEDxRiga_2013
Andris is a computer scientist active in the fields of quantum information theory and quantum computing. His valuable scientific input into quantum computer ...
- published: 09 Aug 2013
- views: 1430
- author: TEDxTalks
John Preskill: Quantum Computing and the Entanglement Frontier
- Order: Reorder
- Duration: 70:42
- Updated: 27 Sep 2013
John Preskill visited Google LA to speak about "Quantum Computer and the Entanglement Frontier." This talk took place on September 25, 2013
http://wn.com/John_Preskill_Quantum_Computing_and_the_Entanglement_Frontier
John Preskill visited Google LA to speak about "Quantum Computer and the Entanglement Frontier." This talk took place on September 25, 2013
- published: 27 Sep 2013
- views: 881
photo: AP / Tiziana, Pool
30 Jan 2014
American Amanda Knox will not be in court on Thursday to hear Italian judges give their verdict in her retrial for the murder of Briton Meredith Kercher when the two were roommates studying in Perugia in 2007. Knox, who is living in Seattle, is standing trial alongside her Italian former boyfriend Raffaele Sollecito. She denies any involvement in the brutal killing and has declared she will remain a “fugitive” if found guilty ... ....(size: 4.0Kb)
photo: AP / Denis Tyrin
30 Jan 2014
MOSCOW, Jan 30 (Reuters) - Russia has identified two suicide bombers responsible for attacks that killed 34 people in the city of Volgograd last month and arrested two suspected accomplices in violence-torn Dagestan province, officials said on Thursday ... A bombing at the railway station in Volgograd on Dec ... 7 ... Buinaksk is a city in Dagestan ... It identified them as Magomednabi and Tagir Batirov and said the investigation was continuing ... ....(size: 4.4Kb)
photo: AP / Pier Paolo Cito
31 Jan 2014
Former exchange student convicted of killing her roommate in Italy in 2007 was found guilty for the second time on Thursday January 30, CNN reports. In 2009 Amanda Knox and her ex-boyfriend Raffaele Sollecito were convicted in the 2007 murder of Meredith Kercher ... ...There has always been a marked lack of evidence." ... ....(size: 1.5Kb)
« back to news headlines
Edit
Newstrack India
31 Jan 2014
Researchers have made an important advancement towards a quantum computer by shrinking down key components and integrating them onto a silicon microchip ... The latest advancement is one of the important pieces in the jigsaw needed in order to realize a quantum computer ... This could eventually lead to an optical quantum computer capable of perform enormously complex calculations....(size: 1.9Kb)
Edit
WPXI
31 Jan 2014
The Bureau for Private Postsecondary Education issued citation letters this month to at least six computer-programming academies in the San Francisco Bay Area....(size: 0.9Kb)
Edit
Seattle Post
31 Jan 2014
The Bureau for Private Postsecondary Education issued citation letters this month to at least six computer-programming academies in the San Francisco Bay Area....(size: 0.9Kb)
Edit
Forbes
31 Jan 2014
One of the best ways to capitalize on cloud computing’s growth from a career standpoint is to constantly be learning and gaining ......(size: 0.6Kb)
Edit
Business Wire
31 Jan 2014
The authors have a number of other titles that focus on the value of the market for home entertainment, including Brown Goods, Computer Hardware, Computer Software and Video Gaming ... These highly portable devices have started to supplant traditional PCs, including desktops and laptops, as the medium on which consumers perform everyday computing and computing-related entertainment activities ... - Sony Computer Entertainment Europe Ltd ....(size: 6.1Kb)
Edit
Vancouver Computer Animation School Think Tank Training Centre Announces Hiring of Recent Grads at Prime ...
StreetInsider31 Jan 2014
Visit StreetInsider.com at ......(size: 0.2Kb)
Edit
CNET
31 Jan 2014
Google's capital expenditures, which mostly go toward computing and networking equipment, have risen dramatically over the last year ... The computing industry has done well in the last couple decades finding businesses where top-line revenues can drop to bottom-line profits without too many capital expenses getting in the way ... All that computing ......(size: 4.5Kb)
Edit
CNET
31 Jan 2014
Google's capital expenditures, which mostly go toward computing and networking equipment, have risen dramatically over the last year ... The computing industry has done well in the last couple decades finding businesses where top-line revenues can drop to bottom-line profits without too many capital expenses getting in the way ... All that computing ......(size: 4.5Kb)
Edit
The Washington Post
31 Jan 2014
About 1,500 students applying to the Thomas Jefferson High School for Science and Technology must retake their written entrance exams because of widespread computer glitches Saturday ... Computer problems at all 15 testing centers caused some students to lose their work or made it impossible for them to submit their essays, which were administered online in an effort to limit adult assistance ... T. Rees Shapiro ... E-mails show D.C ... T ... 11 ... ....(size: 3.8Kb)
Edit
The Independent
31 Jan 2014
The story of how a Los Angeles loner named Ted (Joaquin Phoenix) falls for his computer’s new Siri-like Operating System, it’s an eerily prescient piece – a Singles for the Smartphone generation ... Admitting he’s fascinated by the evolution of computers (“Is artificial intelligence less than our intelligence?” he ponders), his research took him from reading futurist Ray Kurzweil to watching TED talks on developing technologies ... ....(size: 6.1Kb)
Computing is the activity of using computer hardware and software.
Computing Curricula 2005 defined "computing" as:
"In a general way, we can define computing to mean any goal-oriented activity requiring, benefiting from, or creating computers. Thus, computing includes designing and building hardware and software systems for a wide range of purposes; processing, structuring, and managing various kinds of information; doing scientific studies using computers; making computer systems behave intelligently; creating and using communications and entertainment media; finding and gathering information relevant to any particular purpose, and so on. The list is virtually endless, and the possibilities are vast."
The term "computing" has sometimes been narrowly defined, as in a 1989 ACM report on Computing as a Discipline:
The discipline of computing is the systematic study of algorithmic processes that describe and transform information: their theory, analysis, design, efficiency, implementation, and application. The fundamental question underlying all computing is "What can be (efficiently) automated?"
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/Computing
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.
Stephen John Fry (born 24 August 1957) is an English actor, screenwriter, author, playwright, journalist, poet, comedian, television presenter, film director, and a director of Norwich City Football Club.
After a troubled childhood and adolescence, during which he was expelled from a number of schools and eventually spent three months in prison for credit card fraud, he was able to secure a place at Queens' College, Cambridge, where he studied English Literature.
He first came to public attention in the 1981 Cambridge Footlights Revue presentation "The Cellar Tapes", which also included Hugh Laurie, Emma Thompson and Tony Slattery. With Hugh Laurie, as the comedy double act Fry and Laurie, he co-wrote and co-starred in A Bit of Fry & Laurie, and took the role of Jeeves (with Laurie playing Wooster) in Jeeves and Wooster.
As an actor, Fry played the lead in the film Wilde, was Melchett in the BBC television series Blackadder, starred as the title character Peter Kingdom in the ITV series Kingdom, has a recurring guest role as Dr. Gordon Wyatt on the Fox crime series Bones and appeared as rogue TV host Gordon Deitrich in the dystopian thriller V For Vendetta. He has also written and presented several documentary series including the 2008 television series Stephen Fry in America, which saw him travelling across all 50 US states. Since 2003 he has been the host of the quiz show QI.
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/Stephen_Fry
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.
Michio Kaku (加来 道雄, Kaku Michio?, born January 24, 1947) is an American theoretical physicist, the Henry Semat Professor of Theoretical Physics in the City College of New York of City University of New York, a co-founder of string field theory, a futurist, and a "communicator" and "popularizer" of science. He has written several books about physics and related topics; he has made frequent appearances on radio, television, and film; and he writes extensive online blogs and articles. He has written two New York Times best sellers, Physics of the Impossible (2008) and Physics of the Future (2011). He has hosted several TV specials for BBC-TV, the Discovery Channel, and the Science Channel.
Kaku was born in San Jose, California to Japanese immigrant parents. His grandfather came to the United States to take part in the clean-up operation after the 1906 San Francisco Earthquake[citation needed]. His father was born in California but was educated in Japan and spoke little English. Both his parents were put in the Tule Lake War Relocation Center, where they met and where his two brothers were born.
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/Michio_Kaku
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.
Andris Ambainis (born 18 January 1975) is a Latvian computer scientist active in the fields of quantum information theory and quantum computing. He has held past positions at the Institute for Advanced Study at Princeton, New Jersey and the Institute for Quantum Computing at the University of Waterloo. He is currently a professor in the Faculty of Computing at the University of Latvia. He received a Bachelors (1996), Masters (1997), and Doctorate (1997) in Computer Science from the University of Latvia, as well as a Ph.D. (2001) from the University of California, Berkeley. Ambainis has contributed extensively to quantum information processing and foundations of quantum mechanics, mostly through his work on quantum walks and lower bounds for quantum query complexity. In 1991 he received a perfect score and gold medal at the International Mathematical Olympiad.
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/Andris_Ambainis
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.
John Phillip Preskill (born January 19, 1953) is an American theoretical physicist and the Richard P. Feynman Professor of Theoretical Physics at the California Institute of Technology (Caltech).
Preskill was born in Highland Park, Illinois. After earning an B.A. in physics at Princeton University, summa cum laude, in 1975, he received his Ph.D. in the same subject from Harvard University in 1980. His graduate adviser at Harvard was Steven Weinberg.
While still a graduate student, Preskill made a name for himself by publishing a paper on the cosmological production of superheavy magnetic monopoles in Grand Unified Theories. This work pointed to a serious problem in the then current cosmological models, a problem which was later addressed by Alan Guth and others by proposing the idea of cosmic inflation.
After three years as a junior fellow of the Harvard Society of Fellows, Preskill became Associate Professor of Theoretical Physics at Caltech in 1983, rising to full professorship in 1990. Since 2000 he has been the Director of the Institute for Quantum Information at Caltech. In recent years most of his work has been in mathematical issues related to quantum computation and quantum information theory.
This page contains text from Wikipedia, the Free Encyclopedia -
http://en.wikipedia.org/wiki/John_Preskill
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.
