University of Houston researchers led by Professor Bo Zhao have demonstrated a breakthrough in thermal rectification, enabling one-way heat flow. This technology promises to extend battery life in phones and EVs, improve satellite reliability, and manage heat in next-gen AI data centers.
MIT researchers turned founders have launched Osmoses, a company using innovative polymer membranes to filter gases without energy-intensive heat. Their technology targets the 10-15% of global energy consumed by industrial separations, with pilots underway for biogas upgrading and helium recovery.
Texas A&M University chemical engineers led by Drs. Abdoulaye Djire and Perla Balbuena have developed an electrochemical method to produce ammonia using air, water, and renewable electricity. This breakthrough, published in JACS, could decarbonize fertilizer production and enhance global food security.
CERN is now heating thousands of homes in Ferney-Voltaire, France, by capturing waste heat from the Large Hadron Collider’s cooling system. The innovative recovery project prevents thousands of tonnes of CO2 emissions, turning a particle physics landmark into a source of sustainable community energy.
The BMW Group and joint venture partner Encory have opened a pioneering Cell Recycling Competence Centre (CRCC) in Salching, Bavaria. Using an innovative mechanical method, the centre directly recycles battery production materials, avoiding energy-intensive processes and feeding tens of tonnes of valuable resources back into production annually.
A team at UNSW Sydney led by Scientia Professor Xiaojing Hao has discovered the atomic mechanism that lets silicon solar cells repair UV damage using sunlight. Their new monitoring method explains a long-observed recovery phenomenon, promising better panel tests and designs.
Physicists from Brookhaven National Laboratory and Stony Brook University leading the ATLAS Collaboration at CERN have confirmed the quark-gluon plasma’s radial flow is a collective behavior, driven by fireball size. This provides a new way to measure the perfect liquid’s bulk viscosity, probing properties of the early universe.
MassRobotics has selected 11 startups for its 2026 healthcare accelerator, featuring robots for AI dentistry, synthetic muscle tactile sensors, and character-based patient care. The five-month program provides mentorship from clinicians and experts to navigate FDA approval and commercialization.
UKAEA spinout MuWave has secured £450,000 to commercialize high-power microwave technology born from fusion research. The company, founded by UKAEA engineers, will supply next-generation gyrotrons for the STEP fusion plant and for industries like geothermal and satellite communications.
Blip Energy is partnering with the National Laboratory of the Rockies via the Wells Fargo Innovation Incubator to validate its blipOne smart battery. The plug-and-play unit aims to save users $300 annually and act as a virtual power plant to relieve grid strain.
Join our Premium Membership and unlock all content for unlimited access.
We uphold the highest standards of journalistic integrity and ethical reporting, ensuring that truth and transparency prevail in all our content.
contact@modernmechanics24.com
