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Latest Articles
Researchers turned the thin plastic separator sheets inside dead lithium batteries into seawater filters. Recyclers normally throw those sheets away while chasing the metals, but reworked into membranes they stripped 99.6 percent of the salt out of seawater in two stages.
3+ hour, 38+ min ago (633+ words) Inside a conventional lithium-ion battery is a thin plastic sheet called a separator. Published September 17, 2026 · How we edit Inside a conventional lithium-ion battery is a thin plastic sheet called a separator. It sits between the two electrodes and keeps them…...
Two Princeton professors win 2027 American Chemical Society awards
11+ hour, 37+ min ago (645+ words) Princeton chemistry professors David MacMillan and Paul Chirik were announced as 2027 American Chemical Society national award winners for their contributions to the field of chemistry on Aug. 31. MacMillan was given the 2027 Arthur C. Cope Award, which has been awarded annually by…...
Cracking the crystal code in a flash: New technique wins prestigious crystallography prize
13+ hour, 35+ min ago (417+ words) Canadian organizations are struggling to turn AI into ROI Foldable phones raise the stakes for precision manufacturing The great AI hiring reversal: Why companies are rediscovering the value of skills intelligence Op-Ed: Archimedes vs AI as displacement of people and…...
Microscale porous crystals form springs that stretch and contract with solvent
21+ hour, 39+ min ago (49+ words) Researchers created helical porous organic crystals that reversibly stretch and contract as solvent molecules leave and re-enter their pores. Microscale porous crystals form springs that stretch and contract with solvent Researchers created helical porous organic crystals that reversibly stretch and…...
Silver Nanocatalysts Have a Surprising Double Life
14+ hour, 57+ min ago (145+ words) Tiny silver catalysts work differently when solid oxide cells generate electricity and when they produce hydrogen, revealing a potential route to more efficient clean energy systems....
Israeli researchers use AI to explain why sinking particles can briefly move upward in liquids
13+ hour, 8+ min ago (358+ words) University of Haifa and Tel Aviv University researchers analyzed 321 experiments and used an AI system to derive an equation describing how particles slow, linger and sometimes reverse direction when crossing liquid layers of different densities Particles sinking through a liquid…...
Molecular computation that rolls energetically downhill
17+ hour, 57+ min ago (71+ words) A DNA-based computer that operates by relaxing to thermodynamic equilibrium has been demonstrated on ten molecular programs, which completed computations in as little as one minute. Some programs were rerun using distinct inputs up to 25 times and others were scaled…...
6-nanometer vapor layer shields ultrathin ice from intense heat
19+ hour, 4+ min ago (39+ words) Nanowerk 6-nanometer vapor layer shields ultrathin ice from intense heat Rapid heating creates a roughly 6-nanometer vapor gap between platinum and amorphous ice, sharply reducing heat flow on nanosecond timescales....
GMG's graphene G CELLS show no capacity loss after 489 fast-charge cycles
23+ hour, 34+ min ago (341+ words) Posted September 16, 2026 by Chris Ruoff & filed under Newswire, The Tech. Fast-charging G CELLS from Graphene Manufacturing Group (GMG) have run 489 charge and discharge cycles without measurable capacity loss, according to test data collected by the Battery Innovation Center of Indiana…...
New microscope dyes let scientists watch DNA inside living cells
1+ day, 38+ min ago (975+ words) Researchers developed fluorescent dyes that reveal DNA packing in living cells and could help scientists study changes linked to cancer. The pictures that show DNA folded inside a nucleus almost always come from tissue that was killed first. To sharpen…...