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A Physics Trick Could Make Quantum Computers Far Cheaper to Build

A robot designed to assist with precision irrigation in action, in a citrus orchard.

Orchard Robot Waters Each Tree Just Right. That’s a Big Deal.

In the first-ever laboratory experiments done on the bat, a research team determined that the torpedo bat and traditional bat perform equally well in hitting power with only a slight difference in the location of the bat’s sweet spot.

Nine Home Runs, One Weird-Shaped Bat, and a Physics Lab That Burst the Bubble

abstract illustration of a key opening a lock

Quantum Computers Could Crack Bitcoin’s Encryption in Nine Minutes. The Clock Is Already Running

Optical image of a 32 × 32 (1K) crossbar array based on Gra/HfOx/W devices using a two-wire configuration.

Atom-Thin Layer Lets Computer Chips Survive Temperatures Hotter Than Lava

Tiny Bubbles Can Mix, Heal, and Dissolve Blood Clots

MIT researchers (from left to right) Hyungeun Song, Guillermo Herrera-Arcos, and Hugh Herr have developed the first “living” implant that uses rewired sensory nerves to revive paralyzed organs.

MIT Engineers Rewire Living Muscle to Power Paralyzed Organs From the Inside

From left to right: Robin Helsten, Benjamin Crockett, Yang Liu, and Nicola Montaut

Repurposed Optics Gear Rescues Quantum States from a Sea of Noise

$The model of the hybrid optical diffraction neural network for digital classification.$

The Light-Speed Computers That Keep Breaking in the Lab Have a Fix

people wearing neutral theater masks

The Personality Test That Doesn’t Know What to Do With You Is About to Get a Lot Smarter

Scheme of the cell irradiation setup at the Novosibirsk Free Electron Laser (Budker Institute of Nuclear Physics, SB RAS). Terahertz irradiation was performed at a wavelength of 130 µm. Each experiment was conducted using five biological replicates (n = 5).

Zapping Melanoma Cells with Terahertz Light Rewires Their Energy Economy Without Killing Them

Rice University Ph.D. student Chris Wright holds the implant, which uses cells to manufacture pharmaceutical drugs beneath the skin

A Tiny Implant That Makes Your Medicines Could Replace Daily Drug Regimens

This image created using Gemini Pro, depicts an activated carbon fiber functionalized with amine groups (–NH2) at adjacent positions. This arrangement improves the energy efficacy of key interactions, enabling the desorption of captured carbon dioxide at lower temperatures.

A New Class of Carbon Material Can Release Captured CO2 Using Only Waste Heat

The electric field inside an integrated quadratic nonlinear resonator can have two signs: positive or negative. When two fields of opposite signs coexist, they connect through sharp transitions called topological solitons, giving rise to a broadband frequency comb.

Dark Pulse Hiding Inside Chip Could Rewrite How We Measure Everything

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