A typical LHCb event fully reconstructed. Particles identified as pions, kaon, etc. are shown in different colors. Credit: CERN, LHCb Collaboration Results announced by the…
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Schematic of optically levitating a nanoparticle with a metalens in a vacuum. The metalens focuses a laser beam to create chip-based optical tweezers. Credit: Kunhong…
The central principle of superconductivity is that electrons form pairs. But can they also condense into foursomes? Recent findings have suggested they can, and a…
Cross-section of the Earth’s interior: crust, upper- and lower-mantle, and outer- and inner-cores. Credit: Mikio Fukuhara, Alexander Yoshino, and Nobuhisa Fujima Rather than being created…
Topologically distinct photonic crystals (orange and blue) with a layer of hexagonal boron nitride on top enable coupling of topological light and lattice vibrations to…
Artistic rendering of quarks in deuterium. Credit: Ran Shneor Quarks and Antiquarks at High Momentum Shake the Foundations of Visible Matter Jefferson Lab and Fermilab…
Topological isolator as a multiplexer. Credit: Zhe Zhang / EPFL 2021 EPFL scientists have developed a topology-based method that forces microwave photons to travel along…
The high-efficiency ultracold neutron detector employed in the “bathtub” trap. Credit: Los Alamos National Lab / Michael Pierce An international team of researchers has made…
In the singlet exciton fission process, a singlet exciton (blue) is created upon absorbing light and then splits into two triplets (red) on ultrafast timescales.…
Metasurface of split-ring resonators, partially overlaid with 3D colourmaps showing the simulated electric-field distribution. High-momentum magnetoplasmons lead to the break-down of polaritons (blue spheres with…
Technion researchers have found an effective solution to the famous age-old, three-body problem in physics. The three-body problem is one of the oldest problems in…
Experimental measurements of apple cross sections at different stages of growth. Credit: Harvard SEAS Using theory and experiments, researchers show how apples get their distinct…
A classical theory can capture prethermal DTCs in high-dimensional lattices with short- to long-range interactions in which discrete time translational symmetry is broken up to…
Scientists from the University of Vienna and the Austrian Academy of Sciences have shown that it is possible to fully preserve the mathematical structure of…
Scatterer Lieb lattice of polariton condensates. Credit: S. Alyatkin, et al. DOI: 10.1038/s41467-021-25845-4 Researchers from Skoltech and the University of Southampton, U.K., used all-optical methods…
A new phase of matter, thought to be understandable only using quantum physics, can be studied with far simpler classical methods. Researchers from the University…
Solving a Cosmic Conundrum: “Perfect Fluid” Brings Us Closer to Understanding How Our Universe Began
Solving a Cosmic Conundrum: “Perfect Fluid” Brings Us Closer to Understanding How Our Universe Began
How to Catch a Perfect Wave: Scientists Take a Closer Look Inside the Perfect Fluid Berkeley Lab research brings us closer to understanding how our…
This image shows the intensification of the laser in simulations and the electrons being accelerated. Credit: Lawrence Livermore National Laboratory Scientists focus on cone targets…
LLNL scientists have developed a new approach using machine learning to study with unprecedented resolution the phase behaviors of superionic water found in ice giants…
The mucus layer on the underside of a snail foot is one example of a soft material that yields to stress up to a certain…