Medicine & TechnologyNano-scientists develop a thin antiferroelectric material that possesses ferroelectricity. Know more about these materials and capabilities, read now!
The power to turn invisible, which has long been a hallmark of science fiction and fantasy, would be a revolutionary technical breakthrough. Check out how scientists are making an invisibility cloak into reality.
A team at the University of Michigan creates the thinnest ferroelectric semiconductor, revolutionizing computing and advancing AI. Learn how this nanotechnology breakthrough will shape the future. Click to continue reading.
Discover the critical findings on electrochemical synthesis of ammonia, advancing sustainable fertilizer research and global food safety efforts. Learn more about the optimal use of ruthenium as a catalyst and the future plans of the research team!
Discover the innovative solution to tackle stubborn fungal infections with nanoscale drills activated by visible light. Learn more about their potential in combating the issue in this must-read article. Click now to continue reading.
Discover the groundbreaking results of a new study that found silver nanoparticles to be effective against antibiotic-resistant bacteria. Learn more and find out how this could change the future of infection treatment.
Researchers from MIT have discovered a new way to turn superconductivity on and off with short electric pulses in magic-angle graphene. Read on to find out how this revolutionary discovery could pave the way for a new generation of superconducting electronics!
Researchers at MIT have developed a new drug delivery system using bottlebrush particles, which can effectively deliver multiple drugs in synergistic ratios. Read now to learn how this innovative approach could change the way cancer is treated.