A wearable ultrasound device could help detect breast cancer earlier – and thus improve survival rates.
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A jet of frozen hydrogen provides a renewable target for laser acceleration of ion beams, in a step towards a laser-driven proton therapy system.
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We used to think that plate tectonics was a pre-requisite for life. New research suggests that might not be the case after all.
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Researchers have made unexpected discoveries when observing how water flows around partially submerged spheres. This could lead to a better understanding of fluid flow in biological systems and result in better designs of ships and aircraft.
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Researchers in China have developed an artificial synapse for neuromorphic computing based on a memristor made from a simple SrTiO₃/Nb: SrTiO₃ heterojunction. The new device is highly adaptive, with multiple synaptic functions.
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A low-cost, point-of-care test for HPV infections could provide affordable cervical cancer screening in low-resource settings.
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Pumping aerosols into the stratosphere will only delay the demise of the West Antarctic Ice Sheet if we don't reduce greenhouse gas emissions, simulations suggest.
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A new way of performing optical coherence tomography provides high-contrast imaging at depth to improve detection of disease.
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Researchers have shown that hybrid light-matter quasiparticles can enhance magneto-optical effects in layered crystals.
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New elastic ferroelectric materials are resilient and flexible enough to be used in wearable electronics and implantable medical devices.
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In condensed matter physics, Pines' demon or, simply demon is a collective excitation of electrons which corresponds to electrons in different energy bands moving out of phase with each other. Equivalently, a demon corresponds to counter-propagating currents of electrons from different bands. Named after David Pines, who coined the term in 1956, demons are quantum mechanical excited states of a material belonging to a broader class of exotic collective excitations, such as the magnon, phason, or exciton. Pines' demon was first experimentally observed in 2023 by A. A. Husain et al. within the transition-metal oxide distrontium ruthenate (Sr₂RuO₄).
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