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Physics as we know it.
Everything from quantum through computational to astro - physics that is!
Curated by Gary Bamford
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Nuclear fusion breakthrough raises hopes for ultimate green energy source

Nuclear fusion breakthrough raises hopes for ultimate green energy source | Physics as we know it. | Scoop.it
Scientists have moved a step closer to achieving sustainable nuclear fusion and almost limitless clean energy
• Explaining nuclear fusion: is it the way to cheap energy?
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A Coder, a Programmer, a Hacker, a Developer, and a Computer Scientist walk into a Venn Diagram - Scott Hanselman

A Coder, a Programmer, a Hacker, a Developer, and a Computer Scientist walk into a Venn Diagram - Scott Hanselman | Physics as we know it. | Scoop.it
Scott Hanselman on Programming, User Experience, The Zen of Computers and Life in General

Via Susan Einhorn, M. Edward (Ed) Borasky
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Is Quantum Mechanics Just a Special Case of Classical Mechanics? - The Fun Is Real

Is Quantum Mechanics Just a Special Case of Classical Mechanics? - The Fun Is Real | Physics as we know it. | Scoop.it
If you enjoyed my post from about three months ago on Hydrodynamic Quantum Analogs, or perhaps even if you didn’t, you will likely enjoy this new paper by Robert Brady and Ross Anderson at the University of Cambridge: “Why bouncing droplets are a pretty good model of quantum mechanics“. They … Continue reading →

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Warren Huelsnitz's curator insight, January 31, 11:23 PM

discusses a new paper on the math behing hydrodynamic quantum analogs; including spin and the emergence of fermionic behavior

 

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How Quantum Mechanics Forbids the Accelerating Expansion of Spacetime

How Quantum Mechanics Forbids the Accelerating Expansion of Spacetime | Physics as we know it. | Scoop.it
Quantum uncertainties mean that the expansion of Universe cannot be observed at scales smaller than about 60 metres, cre… (How Quantum Mechanics Forbids the Accelerating Expansion of Spacetime http://t.co/qS3mVTXZHr)...
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Peeking into Schrödinger's Box

Peeking into Schrödinger's Box | Physics as we know it. | Scoop.it

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Warren Huelsnitz's curator insight, January 20, 8:00 PM

More on "weak measurements" in quantum mechanics.  And a neat graphic for how the experimental apparatus works.

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This is What Happens When You Stick Your Head Into a Particle Accelerator - TechEBlog

This is What Happens When You Stick Your Head Into a Particle Accelerator - TechEBlog | Physics as we know it. | Scoop.it
TechEBlog, The Latest Tech and Gadget News (#matrix This is What Happeηs Wheη You Stick Your Head Iηto a Particle Accelerator http://t.co/fo6bSFhlxe)...
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Quantum Photosynthesis - About - News & Issues

Quantum Photosynthesis - About - News & Issues | Physics as we know it. | Scoop.it
Quantum Photosynthesis
About - News & Issues
This first got reported back in May of 2009, when researchers published findings that showed biological systems related to photosynthesis could maintain quantum entanglement even at room temperatures.
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Physicists Are Spending Way Too Much Time Hunting Time Travelers on ... - TIME

Physicists Are Spending Way Too Much Time Hunting Time Travelers on ... - TIME | Physics as we know it. | Scoop.it
CTV News
Physicists Are Spending Way Too Much Time Hunting Time Travelers on ...
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D-Wave: A multimillion-dollar sham or quantum breakthrough? (Interview) - VentureBeat

D-Wave: A multimillion-dollar sham or quantum breakthrough? (Interview) - VentureBeat | Physics as we know it. | Scoop.it
D-Wave: A multimillion-dollar sham or quantum breakthrough? (Interview)
VentureBeat
That's because D-Wave is the first and so far only commercial quantum-computing company.
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The Physics Of Santa - YouTube

Breaking down the physics behind Santa and whether he can really deliver all of those presents on Christmas Eve. Leave it to science & Stimulated Boredom to ...
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10 Biggest Questions Raised by Quantum Physics : Discovery Channel

10 Biggest Questions Raised by Quantum Physics : Discovery Channel | Physics as we know it. | Scoop.it
Our biggest questions raised by quantum physics will explore the complexity and uncertainty of this field. Learn more about quantum physics here. (10 Biggest Questions Raised by Quantum Physics!

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Physicists add 'quantum Cheshire Cats' to list of quantum paradoxes

Physicists add 'quantum Cheshire Cats' to list of quantum paradoxes | Physics as we know it. | Scoop.it
(Phys.org) —Given all the weird things that can occur in quantum mechanics—from entanglement to superposition to teleportation—not much seems surprising in the quantum world.
Gary Bamford's insight:

A whole new level of weirdness!

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Fusion reactor achieves tenfold increase in plasma confinement time

Fusion reactor achieves tenfold increase in plasma confinement time | Physics as we know it. | Scoop.it
Experimental design improved heat dissipation, reducing damage to reactor walls.

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JIS-Physics's curator insight, November 22, 2013 2:18 AM

suggested by Mr Lowther.

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Centre of 'Gravity': Effects studio that put the stars in space

Centre of 'Gravity': Effects studio that put the stars in space | Physics as we know it. | Scoop.it
In a London basement, cutting-edge technology is being used to make a computerised Sandra Bullock climb into her rocket.
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A second chance at sight

A second chance at sight | Physics as we know it. | Scoop.it
Silicon microstrip detectors, a staple in particle physics experiments, provide information that may be critical to restoring vision to some who lost it.
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Four things you might not know about dark matter

Four things you might not know about dark matter | Physics as we know it. | Scoop.it
How much do you really know about dark matter? Symmetry looks at one of the biggest remaining mysteries in particle physics.
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Inconstants of Nature

Inconstants of Nature | Physics as we know it. | Scoop.it

Why should the future resemble the past? Well, for one thing, it always has. But that is itself an observation from the past. As the philosopher David Hume pointed out in the middle of the 18th century, we can’t use our experience in the past to argue that the future will resemble it, without descending into circular logic. What’s more, physicists remain unable to explain why certain fundamental constants of nature have the values that they do, or why those values should remain constant over time.
The question is a troubling one, especially for scientists. For one thing, the scientific method of hypothesis, test, and revision would falter if the fundamental nature of reality were constantly shifting. And scientists could no longer make predictions about the future or reconstructions of the past, or rely on past experiments with complete confidence. But science also has an ace up its sleeve: Unlike philosophy, it can try to measure whether the laws of nature and the constants that parameterize those laws are changing.


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Europe needs to map its research base

Europe needs to map its research base | Physics as we know it. | Scoop.it
Could a Europe-wide database of facilities and equipment help research, funding and policy challenges – and will you use it?
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Integrated quantum circuit is most complex ever

Integrated quantum circuit is most complex ever | Physics as we know it. | Scoop.it

Researchers in the UK, Japan and the Netherlands have fabricated the most functionally complex integrated quantum circuit ever from a single material, capable of generating photons and entangling them at the same time. The circuit consists of two photon sources on a silicon chip that interfere quantum mechanically. Its inventors say that it could be used in quantum information processing applications and in complex on-chip quantum optics experiments.


Via Szabolcs Kósa
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Notes from the Editors: Highlights of the Year - Physics

Notes from the Editors: Highlights of the Year - Physics | Physics as we know it. | Scoop.it
Notes from the Editors: Highlights of the Year
Physics
As 2013 draws to a close, we look back on the research covered in Physics that really made waves in and beyond the physics community.
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Graphene can host exotic new quantum electronic states at its edges

Graphene can host exotic new quantum electronic states at its edges | Physics as we know it. | Scoop.it
(Phys.org) —Graphene has become an all-purpose wonder material, spurring armies of researchers to explore new possibilities for this two-dimensional lattice of pure carbon.
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21 Geeky Facts You Might Not Know About Beer, Explained By Physics

21 Geeky Facts You Might Not Know About Beer, Explained By Physics | Physics as we know it. | Scoop.it
The Institute of Physics is running a campaign showing how physics affects your beer . Take notes, there will be an exam in the pub on Friday.
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Rutherford's Nuclear World: The Story of the Discovery of the Nucleus  |  Sections  |  American Institute of Physics

Rutherford's Nuclear World: The Story of the Discovery of the Nucleus  |  Sections  |  American Institute of Physics | Physics as we know it. | Scoop.it
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Graphene - the new wonder material

Graphene - the new wonder material | Physics as we know it. | Scoop.it

The molecule is priceless but it is not a matter of cost – a few hundred dollars per kilo. The value lies in its potential. The molecule in question is called graphene and the EU is prepared to devote €1bn ($1.3bn) to it between 2013 and 2023 to find out if it can transform a range of sectorssuch as electronics, energy, health and construction. According to Scopus, the bibliographic database, more than 8,000 papers have been written about graphene since 2005.

 


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