New: materialscienceAll contenthive-129948hive-196917krhive-185836hive-183959zzansteemphotographyhive-180932hive-150122hive-101145hive-183397hive-166405hive-144064uncommonlabhive-184714hive-188619bitcoinhive-103599krsuccesshive-193186hive-193637hive-145157hive-179660hive-180301TrendingNewHotLikersflemingfarm (68)in dlike • 6 years agoModeling crystal behavior—toward answers in self-organizationThe electrical and mechanical responses of crystal materials, and the control of their coupled effect, form one of the central themes in material science. They are vital to applications such as…pinkspectre (78)in materialscience • 6 years agoSuper Magnesium Alloy: High Strength & Low CostThe Interbike Cycling Expo in Reno, Nevada is going on right now, and is featuring bicycle parts made from a new alloy that has previously been available only for military and aerospace…ertwro (62)in materialscience • 7 years agoArmor Body Suit (Part 2: Muscles)source Part 1: Skin Part 2: Muscle Rationale Muscles are filaments made out of proteins whose structure is dependent on energy to stay relaxed, its rate is a property called…ertwro (62)in materialscience • 7 years agoArmor Body Suit (Part 1: Skin)Source Part 2: Muscles Let's suppose your cryptocurrencies explode in value. Let's suppose money is no longer an issue. Transport yourself mentally to that state in the not so distant future.…ertwro (62)in materialscience • 7 years agoLattice 2D Materials and Spintronics: Towards Ending Obsolescence in Electronicssource One of the paradigms of the current state of the art in computer science regarding artificial intelligence is that machines are stupid (sorry, dear PC) in order for them to thrive we need…ahmadbp (38)in materialscience • 8 years agoTitanium in Medical ApplicationThe use of titanium in medical applications began in the 1930s and is based on its biocompatibility, density, mechanical properties, and corrosion resistance (Ref 15.1, 15.2). Titanium has…ahmadbp (38)in materialscience • 8 years agoNovel nanofiber material has power to clean wastewaterMaterials scientists and bioelectrochemical engineers at Cornell University have created an innovative, cost-competitive electrode material for cleaning pollutants in wastewater. The researchers…
