Science worth understanding.
Research, evidence, engineering
We read the research, examine what the evidence can support, and explain why it matters. Clear claims, visible sources and room for uncertainty.
A Cornell team’s uranium ditelluride phase map reports two superconducting states coexisting under pressure, strengthening its case as a topological-superconductor candidate while leaving that possibility unproven.
A 2026 study mapped landslide susceptibility across eThekwini using satellite data and machine learning, linking higher susceptibility to built and cultivated land and identifying coastal hotspots.
Katherine Cann argues that community-engaged climate research could support fairer adaptation, but only if projects examine their aims, value social learning and scrutinize how the work is governed.
A reported helium experiment produced a weak, high-energy X-ray plateau beyond the usual single-electron cutoff, pointing to a way to probe correlated electrons on attosecond timescales.
Across 114 countries, antibiotic use tracked resistance in some pathogen–drug pairs; a modeled 10% reduction was associated with 38,000 fewer annual AMR deaths, a modest share of bacterial mortality.
A reported tourist recommendation model combines clustering, shortest-distance calculations and weighted ranking to match destinations with travelers’ preferences, budgets and routes, though evaluation details remain unclear.
MIT researchers reported a modular origami-inspired method for building lightweight, rigid structural shells, with simulations and a room-sized sculpture pointing to promise while leaving architectural use for future testing.