Physics
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We summarize the week's scientific breakthroughs every Thursday.
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PhysicsElectrons get a crack at the nucleus
As long suspected but never before shown, electrons orbiting an atom can directly excite the atom's nucleus.
By Peter Weiss -
PhysicsHydrogen hoops give superfluid clues
Tiny rings of hydrogen molecules show signs of possible superfluid behavior, suggesting that helium might not be the only superfluid after all.
By Peter Weiss -
Materials ScienceTitanium makes move toward mainstream
Inventors of a new process for producing titanium claim that their method can reduce the metal's cost to one-third its current price.
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PhysicsThrough the Looking Glass
A proposed universe of unseen material, where every ordinary particle has a shadowy counterpart, could explain several conundrums in cosmology.
By Ron Cowen -
Materials ScienceCathedral has weathered London’s acid rain
A decrease in acid rain seems to be responsible for newly reported reduced deterioration rates of St. Paul's Cathedral in London.
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PhysicsSeeking the Mother of All Matter
World's mightiest particle collider may transform less-than-nothing into a primordial something.
By Peter Weiss -
Materials ScienceApollo attire needs care
Advanced spacesuits protected astronauts far from Earth just 30 years ago, but the materials have already deteriorated.
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PhysicsAnswer blows in wind, swirls in soap
A swirling soap film gives new clues to how turbulent flows, such as the circulation of Earth's atmosphere, squander their energy.
By Peter Weiss -
PhysicsTo pack a strand tight, make it a helix
The optimal way to pack long strings into small spaces is to coil them into helices—particularly the types of helices found in proteins and perhaps DNA.
By Peter Weiss -
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PhysicsAttractive atoms pick up repulsive habits
Rubidium atoms intrinsically attract each other, but new experiments near absolute zero have induced the atoms to repel each another instead.
By Peter Weiss -
PhysicsWhy is antimatter absent? Hunt heats up
Two new particle accelerators built to help discover why there's matter instead of antimatter in the universe are closing in on an answer at record speed.
By Peter Weiss