A “living" MRI contrast agent could help diagnose mild traumatic brain injury.
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Hair cools the head in hot weather, while keeping the scalp warm in the cold – according to a new study of how human hair interacts with infrared radiation.
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Ultrahigh dose rates could reduce the level of immune cell depletion during proton therapy of brain tumours.
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An "artificial retina" made from ultrathin phototransistor arrays and liquid metal-based electrodes shows promise for restoring vision to blind mice.
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Some 800 000 tonnes of rock have been excavated and transported to the surface and engineers will now begin to install the systems needed for the detectors to become operation by the end of 2028.
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Construction on the Laser Interferometer Space Antenna will begin in January 2025 once an industry partner has been chosen to build the craft
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Cold atoms solve many problems in quantum technology, but creating them requires approximately two Nobel Prizes’ worth of experimental apparatus. Now, machine learning is starting to take the pain out of operating these complex systems.
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Surprising observation of dark solitons could give molecular spectroscopy and integrated optoelectronics a boost.
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By driving the motion of a lattice of atoms in a spiral pattern, researchers produced chiral phonons that turn a paramagnetic material into a magnet. The technique could induce properties that are hard to find in naturally-occurring materials.
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Disco balls and astronomy? Not the most obvious pairing. But now scientists have shown that these glittery ornaments can help people look at the Sun, watch eclipses and follow the transits of planets.
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The remarkably high efficiency of solar cells made from perovskites has puzzled scientists for nearly 20 years. Now, researchers say they have found an explanation – and it's all due to the "shallowness" of the material's defects.
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