Engineers have solved a century-old piano tone mystery using cutting-edge high-speed piano sensors. This research reveals how elite pianists subtly manipulate keys to influence tone color, a finding with implications for acoustics and instrument design.
MIT researchers have developed a novel, low-cost lithium extraction method from hard rock. This technique promises cleaner, more sustainable lithium production, crucial for future energy technologies.
NASA’s X-59 quiet supersonic experimental aircraft is preparing for its first sound barrier break. This innovative jet aims to reduce the traditional sonic boom to a mere ‘thump,’ potentially opening new avenues for supersonic travel.
A new MIT student club is championing MIT K-12 STEM outreach, aiming to enrich hands-on education for younger students, particularly those from FIRST Robotics backgrounds.
Scientists have mapped the optical properties of molybdenum oxychloride crystal, a remarkable material that behaves like both a reflective metal and transparent glass, offering new avenues for advanced optical technologies.
MIT researchers have developed an innovative ultrasound pacemaker, potentially offering a non-invasive, surgery-free method to steady heart rhythms. This breakthrough could revolutionize cardiac care and inspire future biomedical engineering projects.
A groundbreaking light-powered AI chip has been developed, offering a path to ultra-fast and energy-efficient computing. This innovation could significantly impact the future of AI and quantum technologies.
A new polio vaccine adjuvant developed by MIT researchers could significantly improve the effectiveness of injectable polio vaccines, particularly in inducing a strong immune response in the GI tract.