TL;DR

• •Researchers discovered a novel correlation kernel describing quantum systems where particle motion slows down with increasing distance from a central point.
• •This "sluggish quantum mechanics" model uses a position-dependent effective mass, contrasting with traditional constant-mass assumptions.
• •The breakthrough enables analysis of complex quantum systems like engineered optical lattices, previously inaccessible with standard kernels.

TL;DR

• •An LLM (Claude) attempted to fly a Cessna 172 in X-Plane 12, writing and modifying Python code in real-time.
• •The biggest challenges were latency between visual input/API data and control adjustments, and maintaining stable flight.
• •Despite crashes, Claude demonstrated iterative improvement, eventually achieving stable cruise and approaching a landing.

TL;DR

• •Researchers discovered a novel correlation kernel describing quantum systems where particle motion slows down with increasing distance from a central point.
• •This "sluggish quantum mechanics" model uses a position-dependent effective mass, contrasting with traditional constant-mass assumptions.
• •The breakthrough enables analysis of complex quantum systems like engineered optical lattices, previously inaccessible with standard kernels.

TL;DR

• •An LLM (Claude) attempted to fly a Cessna 172 in X-Plane 12, writing and modifying Python code in real-time.
• •The biggest challenges were latency between visual input/API data and control adjustments, and maintaining stable flight.
• •Despite crashes, Claude demonstrated iterative improvement, eventually achieving stable cruise and approaching a landing.