Breaking Papers
The most important scientific papers, decoded. 309 papers analyzed from arXiv and beyond.
The most important scientific papers, decoded. 309 papers analyzed from arXiv and beyond.
The most resource-constrained place to run multi-agent AI is probably not a server rack in a hyperscaler data center.
A new Australian "quantum battery" result looks real, and the phrase "ultra fast charging" still deserves adult supervision.
A company-appointed well-being council warned of emotional dependency and a "sexy suicide coach." OpenAI told them it was delaying the feature, not canceling it.
A humanoid robot built by a Beijing robotics startup can now play a sustained game of tennis against a human — and the trick isn't better hardware, it's how you teach it. Researchers from Tsinghua University, Peking University, Galbot, and Shanghai AI Laboratory published a preprint on arXiv on ...
According to a new Astrophysical Journal Letters study, TOI-561 b looks too cool to be a bare rock, suggesting a thick, volatile-rich atmosphere above a magma ocean.
When Good Benchmarks Hide Bad Agents The agents looked competent.
According to Space.com, new research suggests some distant exomoons with tidal heating and hydrogen-rich atmospheres could keep surface conditions habitable for billions of years.
Jensen Huang disagrees with Dario Amodei on AI jobs—and now he is putting it in writing The Times of India this week ran a piece framing Nvidia's Jensen Huang as flatly rejecting Anthropic's Dario Amodei on AI-driven unemployment.
The interesting part of this quantum-light story is not the sci-fi language about a “hidden universe.” It is that a common lab workhorse—spontaneous parametric downconversion (SPDC)—may carry far richer structure than most teams have been using, with potential implications for how we engineer rob...
The new Rice University and Weizmann Institute result is interesting for quantum materials research precisely because it is less glamorous than the writeups make it sound.
Guardrails can stop a jailbreak prompt.
The Wiring Bottleneck Quantum Computers Could No Longer Ignore Every superconducting quantum computer built today faces the same unglamorous problem: wiring.
Entanglement-enhanced quantum sensing just got more practical.
SAIL, a new imitation learning system from Georgia Tech, lets robots execute complex tasks faster than the humans who taught them — and the whiteboard-wiping exception is the most honest part of the paper.
Alice & Bob wants to build quantum error correction faster.
A new academic paper proposes runtime governance for multi-agent systems — treating governance as enforcement, not policy. A new paper posted to arXiv this week proposes a concrete technical framework for governing multi-agent AI systems at runtime — treating governance as an enforcement problem ...
When Your AI Agent Remembers Things That Aren't True There's a problem emerging in persistent AI agents that hasn't gotten a name until now: "zombie memories." That's the term researchers at arXiv use in a paper published March 18 to describe a concrete failure mode in large language model agents.
