Cecile G. Tamura

In physics, quantum tunnel ling barrier penetration , or simply tunnel ling is a quantum mechanical phenomenon in which an object such as an electron

Claude Code just dropped “dynamic workflows” and it's pretty cool. You type “create a workflow” or turn on “ultracode” in the effort menu and it spins up hundreds of parallel agents that check each other's work.

AutoScientists changes the game by creating a decentralized “team” of AI agents. Rather than relying on a central planner, these digital scientists

From that insight, Dirac built an entirely new formulation of the theory using what he called “q-numbers” (quantum numbers)—abstract quantities that don't commute.

Physics-informed AI reveals brain fluid flow from MRI, key to understanding brain health and neurological diseases.

In 1937, a young graduate student named Claude Shannon submitted a master's thesis with an unassuming title: “A Symbolic Analysis of Relay and Switching Circuits.”

The tribar/triangle appears to be a solid object, made of three straight beams of square cross-section that meet pairwise at right angles at the vertices of the triangle they form.

But can also “imagine,” “simulate,” and eventually “act” within it. Omnimodal world models for physical AI.

This isn't just a funny experiment. The researchers point out a massive flaw in AI alignment called “guardrail drift.” It's easy to keep an AI safe in a single chat window with a human.

For Dijkstra, programming was closer to mathematics than to a craft. The goal wasn't to “get a feel” for code.