Many fascinating phases in quantum materials emerge when electrons, atoms and other microscopic components begin to act ...
Artificial intelligence (AI) has learned to work with language by breaking continuous information into discrete tokens and ...
Researchers have developed an exact symmetry-based method that slashes the computational cost of simulating SABRE ...
From Richard Ernst's Nobel prize-winning techniques to hyperpolarisation and in-situ battery analysis, nuclear magnetic resonance spectroscopy continues to reinvent itself ...
Scientists from the University of Ottawa and the Max Planck Institute for the Science of Light are proposing a breakthrough approach that will facilitate discoveries in materials science by combining ...
A signal-processing algorithm called compressive sensing lets researchers characterize a sample with ultrafast spectroscopy using far fewer measurements than before. Figure 1: Schematic application of ...
Researchers have demonstrated a way of measuring the electronic states of a material’s surface while avoiding signal contaminations from deeper layers. Figure 1: Sketch of the Auger-mediated positron ...
A spectrometer that directly detects the vibrational “fingerprint” of molecules offers a sensitive new way of deducing a material’s chemical make-up. The device, which was developed by researchers in ...
A modified version of a spectroscopic technique used at large-scale radioactive-ion-beam facilities could be used in tabletop experiments. Figure 1: Sketch of the experimental setup demonstrated by ...
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