Chips, sensors, boards, microcontrollers and power electronics: the components technology is built from.
Updated
Sentinel by Aldrei Ong tracks electrical changes in conductive concrete and reports internal cracks remotely. It won the 2026 James Dyson Global Sustainability Award.
Teams from Shanghai and Westlake University encoded data in spatiotemporal topological states of ultrafast pulses, a proof-of-concept for turbulence-tolerant optical links.
Barcelona-based Titan OS raised €40 million ($46 million) from Highland Europe, Mangrove and a BlackRock credit facility for its independent Linux-based smart TV OS.
In a laboratory test, Chiba researchers split one 8 mm × 8 mm CVD diamond along the {100} plane after four steps of 10 ps laser pulses.
A SLAC-led team published in Science X-ray scattering data showing a chiral signal in MnTe, which a conventional antiferromagnet should not produce.
Oak Ridge National Laboratory squeezed small crystals of manganese telluride and iron sulfide between titanium plates and recorded changes in magnetic domains and the anomalous Hall effect.
Ferroelectric transistors on wurtzite AlScN with an ultrathin IGO channel reached a 20.6 V memory window, 10^6 endurance and 64 states. The MFMIS structure lowered interface trap density.
A submicron graphene device produces a transverse thermoelectric voltage at zero magnetic field, without cooling, the authors report; it is a laboratory demonstration.
Authors report a comb with electrodes and drug modules that delivers a plasmid and siRNA into follicles during combing; tested on an alopecia mouse model.
A focused laser sets oxygen content point by point in a high-temperature superconductor, switching regions between superconducting and insulating states.
Exciton polaritons in an organic microcavity with liquid crystal showed stripes and vortices at room temperature; the superfluid part still needs quantitative checks.
Italian CNR-Nanotec researchers and partners made organic artificial synapses from a PEDOT:PSS:Nafion polymer system; the lab devices respond to dopamine and have eight tunable states.
The UK-German company combined an ion trap, control electronics and modular links on one chip made on a 200 mm foundry line.
You’ve reached the end of the feed
