With strong magnetic fields and intense lasers or pulsed electric currents, physicists can reconstruct the conditions inside astrophysical objects and create nuclear-fusion reactors.
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With strong magnetic fields and intense lasers or pulsed electric currents, physicists can reconstruct the conditions inside astrophysical objects and create nuclear-fusion reactors.
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The events surrounding the origin of the synchrotron—the machine that made high‐energy physics possible—narrated by a discoverer of the phase‐stability principle that made the synchrotron possible.
A crude device for quantification shows how diverse aspects of distantly related organisms reflect the interplay of the same underlying physical factors.
Events held around the world have recognized the past, present, and future of quantum science and technology.
Beneath the ice shelves of the frozen continent, a hidden boundary layer of turbulent ocean is determining Antarctica’s fate.
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Celebrating the 100th anniversary of quantum mechanics in 2025 without providing appropriate context risks reinforcing a long legacy of hagiography and hero worship.
People gather, copy, and distribute information all the time. But in the quantum world, the laws of physics impose a severe restriction on copying: It is impossible to make a perfect copy of an unknown state.
The theoretical computer scientist describes his path to the factoring algorithm that helped spark interest in quantum computing.
Bottom-up synthesis of such molecules provides physicists with a rich playground to study newly discovered quantum effects and a means to store information at the scale of individual atoms.
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