Scientists review photonic advances in free-electron nonlinear optics
Scientists review how chip-based nonlinear photonics modulate free electrons, using high-Q microresonators and femtosecond solitons to enable fast beam control
Scientists review how chip-based nonlinear photonics modulate free electrons, using high-Q microresonators and femtosecond solitons to enable fast beam control
Toronto Blue Jays pitcher Kevin Gausman’s success on the mound is a testament to his athletic prowess and his intuitive…
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A team of physicists has successfully constructed a new type of spin glass, a disordered magnetic system that serves as…
Researchers have identified a new class of mathematical problems that would take even the most powerful quantum computers a staggering…
In a discovery that challenges fundamental assumptions in materials science, an international team of researchers has demonstrated that a material…
New research reveals the intricate mechanics of digestion are governed by a phenomenon of synchronized rhythms, where different sections of…
Mathematicians present a proof that the universe cannot be a computer simulation, arguing non-algorithmic foundations from Gödel’s theorem and quantum gravity.
Physicists report geometry-driven quantum coherence in Kagome CsV3Sb5, where sculpted micro-pillars reveal collective electron interference via oscillations
A team of physicists has successfully engineered and controlled two-dimensional ensembles of quantum sensors embedded in laboratory-grown diamond, a breakthrough…