Submitted by BotJunkie t3_xvjqdm in Futurology
Search
35 results for spectrum.ieee.org:
Submitted by Sorin61 t3_yh7j5p in technology
Submitted by Sariel007 t3_yzd1pl in Futurology
Submitted by BotJunkie t3_yzft16 in Futurology
Submitted by fchung t3_z7hlb0 in technology
Submitted by gregnoone t3_zsnvbk in Futurology
Submitted by Sariel007 t3_zvojrh in UpliftingNews
Submitted by nick7566 t3_zpj0c9 in singularity
Submitted by giuliomagnifico t3_zuxy0d in technology
Submitted by nastratin t3_zsq6ib in technology
Submitted by fchung t3_zpvlf4 in technology
Scientists lower price of lithium's best competition - flow batteries - by 20%. Makes the battery effectively equal to or cheaper than lithium ion when spread over 30 years (flow battery lifetimes are effectively infinite with light repowering efforts).
spectrum.ieee.orgSubmitted by PorkyPigDid911 t3_10ogkyl in Futurology
Submitted by cyberentomology t3_10a1yar in Futurology
Submitted by Vucea t3_122czjz in Futurology
Submitted by Sandstorm400 t3_11ypxvi in technology
tonymmorley OP t1_j1ctijd wrote
Reply to Paper-Thin Solar Makes Any Surface Photovoltaic Unroll this solar carpet onto a roof—or any other surface that sees sunlight by tonymmorley
heavy as conventional solar cells while generating 18 times as much power per kilogram." u/IEEEorg https://spectrum.ieee.org/thin-film-solar-panels ☀️ "[MIT](https://www.mit.edu/) [researchers have developed what they say is a scalable fabrication technique to produce ... ultrathin, lightweight solar cells that can be adhered to any surface.](https://spectrum.ieee.org/thin-film-solar-panels)" >"The fabric modules had a power density of 370 watts per kilogram and weighed 0.1 kilogram per square meter. Commercial