Elegant Wiggles: Why the Universe Is Lumpy - Huffington Post
Saturday 26th of May 2012 09:22:03 PM
Posted by admin / Under Quantum Theory
Elegant Wiggles: Why the Universe Is Lumpy Huffington Post The explanation combines two of the most interesting and consequential ideas of modern physics: Heisenberg's uncertainty principle from quantum theory, and the separate idea, stemming from Einstein's general relativity, that space and time are as ... |
In Physics, the Arrow of Time Gets Bent - Huffington Post (blog)
Saturday 26th of May 2012 09:22:03 PM
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In Physics, the Arrow of Time Gets Bent Huffington Post (blog) For over a hundred years quantum theory has shown that the solid objects of the physical world are made of invisible energy clouds. Atoms have no fixed physical properties until they are measured; therefore, it remains to be shown why our world of ... |
Review: The Quantum Universe - The Space Review
Saturday 26th of May 2012 09:22:03 PM
Posted by admin / Under Quantum Theory
The Space Review | Review: The Quantum Universe The Space Review by Jeff Foust by Brian Cox and Jeff Forshaw Quantum physics is a subject that can be both essential and maddening. Essential in that this branch of physics provides the keys to understanding the fundamental building blocks of our universe, ... Vacuum Energy and Virtual Particles |
Who or What Is God? - Huffington Post (blog)
Saturday 26th of May 2012 09:22:03 PM
Posted by admin / Under Quantum Theory
Who or What Is God? Huffington Post (blog) In my work, I attempt to describe this using contemporary quantum theory as a general thesis or foundation. Having an understanding of the universal synchronicity that connects us at every scale of time and space will allow us to be more sensitive to ... |
Atomic physics: Electrons get real - Nature.com
Saturday 26th of May 2012 09:22:03 PM
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Atomic physics: Electrons get real Nature.com See Letter p.343 Physicists are perfectly aware that the microscopic behaviour of electrons cannot be understood without the laws of quantum theory. Nevertheless, when scientists trace the dynamics of subatomic phenomena, they like to ask questions ... |
How Quantum Physicists Amplify Randomness - Insciences Organisation
Saturday 26th of May 2012 09:22:03 PM
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How Quantum Physicists Amplify Randomness Insciences Organisation Classical physics is deterministic: for example, we can determine the position and velocity of a particle at any time in the future. Quantum theory, on the other hand, states that there exist processes which are fundamentally random: for instance, ... |
Good vibes: Coupling electron spin states and carbon nanotube vibrations - Phys.Org
Saturday 26th of May 2012 09:22:03 PM
Posted by admin / Under Quantum Theory
Good vibes: Coupling electron spin states and carbon nanotube vibrations Phys.Org Dr. Guido Burkard, Physics Review Letters 108, 206811 (reproduced with permission) (Phys.org) -- An electron's spin is separate from its motion, and is suitable for use in both highly-precise magnetic sensing as well as a qubit in quantum computing. |
Dynamic Duo of UCSB Professors Elected to National Academy of Science - The Bottom Line
Saturday 26th of May 2012 09:22:03 PM
Posted by admin / Under Quantum Theory
The Bottom Line | Dynamic Duo of UCSB Professors Elected to National Academy of Science The Bottom Line Quantum physics and anthropology may sound intimidating to most people, but for University of California Santa Barbara professors Matthew Fisher and Napoleon Chagnon, the subjects are second nature- and for a good reason. Their research in the two ... |
SwarmKnowlege.com Sits Down with Adam Freeman, Amateur Theorist, to Discuss ... - San Francisco Chronicle (press release)
Saturday 26th of May 2012 09:22:03 PM
Posted by admin / Under Quantum Theory
SwarmKnowlege.com Sits Down with Adam Freeman, Amateur Theorist, to Discuss ... San Francisco Chronicle (press release) The hypothesis entails the postulation of certain geometrical properties that happen to be cohesive with the laws dictated by Quantum Physics and General Relativity. These theoretical properties support the idea that anti-matter holds the mysterious ... |
'Metamaterials,' quantum dots show promise for new technologies - domain-B
Saturday 26th of May 2012 09:22:03 PM
Posted by admin / Under Quantum Theory
'Metamaterials,' quantum dots show promise for new technologies domain-B The approach could help researchers develop "quantum information systems" far more powerful than today's computers. Such quantum computers would take advantage of a phenomenon described by quantum theory called "entanglement. |
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