Ultrashort Laser Pulses Bring Order to a Quantum Ferroelectric Metal
Auburn University physicists used ultrashort laser pulses to align nanoscale polar regions in a quantum ferroelectric metal, showing that electric ...
Auburn University physicists used ultrashort laser pulses to align nanoscale polar regions in a quantum ferroelectric metal, showing that electric ...
Researchers combined synchrotron diffraction, high-pressure calorimetry and molecular dynamics to reveal how pentaglycerine's hydrogen-bond network drives a giant pressure-induced cooling ...
Researchers have shown that gate voltages can slide graphene's atomic layers between stacking configurations, reversibly switching a ferromagnetic phase on ...
Researchers from Rutgers, IBM and collaborating institutions have shown that a quantum computer can repeatedly check and reset parts of ...
Researchers have developed a battery-free wearable sensor chip that detects high-frequency electromagnetic fields by converting them into a visible optical ...
Researchers at IBM Quantum and partner universities have used mid-circuit measurements and adaptive feedback on a superconducting processor with up ...
Few-femtosecond extreme-ultraviolet spectroscopy has revealed short-range excitonic correlations above the phase transition in 1T-TiSe2, along with a sharply enhanced excitonic ...
Experiments and simulations show that the onset of fully developed active turbulence is a genuine non-equilibrium phase transition marked by ...
A yeast-based therapy-mimicry assay paired with a digital twin reveals that intermittent treatment pulses control resistance escape by reshaping spatial ...
A peptide-DNA hydrogel that disassembles on command allows nanochannel biosensors to overcome Debye screening and track lung cancer immunotherapy responses ...
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© 2025 Scienmag - Science Magazine