Search Results for: superconductivity
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Humans
Science News of the Year 2006
A review of important scientific achievements reported in Science News during the year 2006.
By Science News -
Tech
Open Sesame: Portable devices may achieve magnetic resonance views
Top-notch magnetic resonance sensing now found only in hospitals and chemical labs may become available in portable devices, thanks to a new type of magnetic sensor.
By Peter Weiss -
Tech
Little Big Wire
High-temperature superconductivity makes a bid for the power grid.
By Peter Weiss -
Physics
An electron ruler gauges crystal flaws
Electrons ricocheting through a crystal now make it possible for scientists to discern shifts in crystal lattices as small as a hundredth of an atom's width.
By Peter Weiss -
Physics
Extreme Impersonations
By creating tiny clouds of remarkable new kinds of ultracold gases, physicists are, in essence, bringing to their lab benches chunks of some of the most extraordinary and hard-to-study matter in the universe.
By Peter Weiss -
Physics
New supergas debuts
A cloud of ultracold potassium atoms, manipulated by means of a magnetic field, has coalesced into a new super form of matter called a fermionic condensate.
By Peter Weiss -
Humans
Nobel prizes go to scientists harnessing odd phenomena
The 2003 Nobel prizes in the sciences were announced early this week.
By Nathan Seppa -
Physics
Cold War Conductor: Ultracold plutonium compound shows no resistance
Researchers studying the crystalline properties of radioactive plutonium have discovered the first plutonium-based superconductor.
By Peter Weiss -
Physics
Quantum Pileup: Ultracold molecules meld into oneness
Scientists have for the first time transformed molecules into an exotic state of matter called a Bose-Einstein condensate.
By Peter Weiss -
Physics
Unexpected Boost: A superconductivity killer’s silver lining
Among superconductors—materials able to conduct electricity without resistance—an effect that normally diminishes current-carrying ability surprisingly turns out to sometimes enhance it.
By Peter Weiss -
Physics
Electrical superball pulls itself together
A strong electric field can drive tiny particles of a superconductor to bind themselves together into a remarkably sturdy ball.