Quantum Science

7 RESULTS SORTED BY DATE

[Quantum Science] 2026-06-08 CAPTAIN LIN RAUCH

A zero-knowledge proof that hides its secret in math's blind spot

Rahul Ilango built a noninteractive zero-knowledge proof from Gödel's limits — what trust-without-disclosure means for BIM, tendering, and e-permits.

[Quantum Science] 2026-06-05 CAPTAIN LIN RAUCH

AI Just Joined the Mathematician's Toolchain. Now Draw the Dependency Graph.

After AI solved 5/6 IMO problems in 2025 and the First Proof challenge in 2026, mathematicians face the dependency-graph question architects know.

[Quantum Science] 2026-05-25 CAPTAIN LIN RAUCH

The GPT-4 Captcha Story Was Never What Harari Said It Was

The GPT-4 TaskRabbit story wasn't autonomous deception — Alignment Research Center transcripts show researchers scripted every step. What AEC pros must know.

[Quantum Science] 2026-05-15 CAPTAIN LIN RAUCH

Quantum computers are closer to breaking encryption than your BIM server is ready for

New Caltech and Google advances shrink quantum computing timelines. Here is what BIM managers and architects must do about CDE encryption now.

[Quantum Science] 2026-05-13 CAPTAIN LIN RAUCH

The Underground Network Problem: What Mycorrhizal Mapping Tells AEC About Invisible Infrastructure

SPUN's 2025 Nature model maps global fungal networks using ML and 25,000 soil samples. Here's why architects and engineers can't ignore it.

[Quantum Science] 2026-05-12 CAPTAIN LIN RAUCH

Sterile neutrinos are dead. What the null result means for physics infrastructure.

The sterile neutrino hypothesis is officially dead. Here's what the null result means for scientific infrastructure design and AEC procurement in Europe.

[Quantum Science] 2026-05-10 CAPTAIN LIN RAUCH

What Particle Physics Infrastructures Look Like From the Inside — and Why Architects Should Pay Attention

The 2025 Global Physics Photowalk is an accidental design reference for architects working on precision research buildings. Here is how to read it.

PAZ Kaffi