Physics
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We summarize the week's scientific breakthroughs every Thursday.
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Materials ScienceThe Buck Starts Here
The U.S. Mint performed some neat tricks to make a golden dollar.
By Corinna Wu -
PhysicsSoft crystal shows off its many new facets
Experiments with a liquid crystal may confirm the 50-year-old prediction that a nearly unlimited number of facets of different orientations can simultaneously decorate a crystal surface.
By Peter Weiss -
PhysicsPhoton-in-a-box slings atom into orbit
A single photon confined to a tiny, mirror-lined cavity becomes electrically strong enough to swing an atom in loops.
By Peter Weiss -
PhysicsNeon gives healthy glow to reactor
Preferring neon to nicotine, magnetic-fusion reactors called tokamaks get a performance boost from puffs of the noble gas.
By Peter Weiss -
Materials ScienceRice hulls could nourish Silicon Valley
Scientists are developing ways to extract and purify the silicon that occurs naturally in rice hulls.
By Corinna Wu -
PhysicsGlass may magnify ultrasmall-world oddities
A puzzling and unexpected response to magnetic fields suggests that certain glasses may exhibit a type of large-scale quantum mechanical behavior never seen before.
By Peter Weiss -
PhysicsElectron spins pass imposing frontier
Electron spins crossed from one semiconductor to another with apparent ease and little or no mussing of their direction, suggesting that sandwiches of materials common in microcircuits are no obstacle to creating spin-information channels in future circuits.
By Peter Weiss -
Materials ScienceFoamy polymers hit goal right on the nose
Biodegradable polymer foams made with a new technique can act as scaffolds for regenerating tissues that may someday be used as replacement body parts.
By Corinna Wu -
PhysicsManhandled molecules, midget memories
A thick coating of organic chemicals can record information at densities potentially a million times greater than is possible with current compact disk technology.
By Peter Weiss -
PhysicsHunting for Higher Dimensions
Inspired by recent theoretical insights, physicists at accelerators and gravitational laboratories are searching for clues to dimensions beyond the four dimensions of space-time.
By Peter Weiss -
PhysicsMelting nuclei re-create Big Bang broth
The seething primordial matter that existed in the first microseconds after the Big Bang may have briefly reappeared in fireballs created at a European particle accelerator.
By Peter Weiss -
PhysicsUltracold molecules form inside superatom
The formation of molecules within an ultracold gas of atoms called a Bose-Einstein condensate could be a step toward fluids in which molecules share the same quantum state.
By Peter Weiss