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Physics & Mathematics

The WASP-132 system contains a Hot Jupiter (in the foreground), an inner super-Earth (here transiting in front of the orange host star) and the planet WASP-132d, discovered towards the outside of the system.

Hot Jupiters Don’t Always Destroy Their Neighbors

Categories Physics & Mathematics, Space

Researcher Alejandro Marangoni demonstrates the stretchy properties of his team’s plant-based cheese analog.

Scientists Crack Code for Better Vegan Cheese

Categories Physics & Mathematics, Technology

mountain on neutron star

Space Mountains on Dead Stars Could Send Ripples Through Space-Time

Categories Physics & Mathematics, Space

an_abstract_illustration_that_demonstrates_the_strength of diversity in LLMs

The Secret to Smarter AI? Linguistic Diversity, Not Bigger Data

Categories Physics & Mathematics, Technology

Illustration of Earth’s bow shock and magnetic field environment. Particles coming from the Sun interact with Earth’s magnetic field forming a shock wave (called bow shock – shown in red).

Scientists Solve Mystery of How Space Particles Reach Such Extreme Speeds

Categories Physics & Mathematics, Space

This artist's concept shows a quantum refrigerator based on superconducting circuits. The device cools qubits to extremely low temperatures using three qubits: a hot qubit (top right), a cold qubit (bottom right), and a target qubit (bottom left). Heat from a nearby hot environment powers the process, allowing the refrigerator to extract thermal energy from the target qubit and release it into a cold environment. This brings the target qubit to a low-error ground state, ideal for quantum computing. The device was developed at the Myfab nanofabrication lab, Chalmers University of Technology, Sweden.

Self-Powered Quantum Refrigerator Sets New Cold Record for Computing

Categories Physics & Mathematics, Technology

$A new study finds that new quantum particles form by pairing quasiparticles that carry fractional charges. Courtesy of Demin Liu.$

Scientists Discover New Quantum Particles That Break Classical Rules

Categories Physics & Mathematics

An artistic representation of the minute nucleic differences detectable using the form of nuclear quadrupolar resonance described in the new paper. Credit Mathieu Ouellet

Penn Engineers Detect Individual Atomic Signals in Quantum Sensing Advance

Categories Physics & Mathematics, Technology

The computer vision simulation the researchers developed, compared with a photo from the explosion of Mt. St. Helens.

Breakthrough in Digital Fluid Simulation Recreates Mount St. Helens Eruption

Categories Physics & Mathematics, Technology

An artist's illustration of a neutron star emitting a radio beam from within its magnetic environment. As the radio waves travel through dense plasma within the galaxy, they split into multiple paths, causing the observed signal to flicker in brightness. Credits:Credit: Daniel Liévano, edited by MIT News

MIT scientists pin down the origins of a fast radio burst

Categories Physics & Mathematics, Space

The LHCb detector seen in 2018 during its opening (Image: CERN)

Large Hadron Collider Makes Breakthrough in Universe’s Missing Antimatter Mystery

Categories Physics & Mathematics

Northwestern engineers have successfully demonstrated quantum teleportation over a fiber optic cable already carrying Internet traffic, introducing the new possibility of combining quantum communication with existing Internet cables. Getty Images

Scientists Achieve Quantum Teleportation Over Active Internet Cables

Categories Physics & Mathematics, Technology

Concept illustration of a cross-section of a volcanic subduction zone along the Pacific Ring of Fire. The image showcases magma ascending from the Earth's mantle, rich with a glowing, golden hue to represent gold-enriched deposits. Image credit: Nicole Smith, made with Midjourney

Scientists Uncover How Gold Reaches Earth’s Surface Through Volcanic Activity

Categories Earth, Energy & Environment, Physics & Mathematics

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