All posts sorted from newest to oldest.
A practical tracker for post-LOI quantum computing updates: how to separate Commerce/NIST award status, funding terms, milestones, and real hardware evidence.
How to use AI deep research tools for science: source limits, citation checks, connectors, report review, and failure patterns for ChatGPT, Claude, and Gemini.
A clear guide to NIST’s 2026 post-quantum signature update: FIPS 204, FIPS 205, third-round candidates, and limited-use SLH-DSA in SP 800-230.
NEO Surveyor explained: why NASA is building an infrared space telescope for dark asteroids, what no earlier than September 2027 means, and how CNEOS fits into planetary defense.
A source-bounded guide to Google DeepMind’s Co-Scientist Nature paper, focused on AI hypothesis generation, evidence level, biomedical validation, and limits.
Build reproducible paper alerts with arXiv, OpenAlex, and Semantic Scholar using saved queries, identifiers, deduplication rules, and version tracking.
Choose an LSST alert broker for Rubin Observatory alerts by workflow fit: Python filters, SQL filters, watchlists, APIs, Kafka streams, crossmatches, and classroom inspection.
How to read the U.S. $2B quantum computing LOI as a map of manufacturing bottlenecks, not a final award or commercial-readiness signal.
NIST IR 8610 advances 9 additional PQC signature candidates. What changed, what did not, and how to read it beside Google’s 2029 timeline.
CLARREO Pathfinder explained: what NASA’s May 2026 ISS launch means for satellite climate data accuracy, calibration, lunar references, and inter-calibration.
