MIT.nano 是麻省理工学院的纳米材料项目,旨在推动纳米尺度科学和工程的发展。
May 30
May 27
➀ MIT researchers developed a sodium-air fuel cell with 3x higher energy density than lithium-ion batteries, potentially enabling electric aviation;
➁ The system uses liquid sodium and air, produces sodium bicarbonate as a carbon-capturing byproduct, and addresses safety through separated reactants;
➂ Startup Propel Aero aims to commercialize the technology for regional flights and drones, with a 1,000 Wh/kg prototype targeted within a year.
May 23
➀ Imec and MIT collaborate on nanoelectronics-based solutions for minimally invasive diagnostic devices to advance personalized medicine;
➁ The partnership combines MIT's expertise in healthcare microsystems and imec's semiconductor technology leadership, aiming to develop clinical and home-use monitoring devices;
➂ AI-integrated data from these devices will generate digital biological profiles to empower disease diagnosis, therapy, and prevention.
May 22
➀ MIT physicists discovered a chiral superconductor in rhombohedral graphene that exhibits both superconductivity and intrinsic magnetism;
➁ The material switches between superconducting states under magnetic fields, challenging traditional views on superconductors and magnetism;
➂ This discovery in graphite's unique structure offers insights into quantum interactions and potential applications in topological superconductors and quantum computing.
May 19
➀ Texas Instruments' TIDA-010256 reference design supports 128 channels of ±80V ultrasound transmitter outputs for medical imaging, enhancing lateral resolution and image quality;