The young Belgian researcher and the renowned British theoretical physicist instantly connected when Thomas Hertog was summoned to Stephen Hawking's office in the late 1990s.
Man-made brainpower calculations are rapidly becoming part of our daily lives. Machine learning will soon or already underpin many systems that require strong security. Facial recognition, banking, military targeting applications,
The process of pyro-catalysis (pyroelectric catalysis) can transform temperature variations in the environment into pure chemical energy, such as hydrogen. But because ambient temperature changes occur
Confined structures made with nanoparticles could be a course toward making coordinated nanostructures with blended materials, and scientists at the College of Michigan have found the best way to accomplish
A scalable hydrothermal method for obtaining ferromagnetic single-atom spin catalysts that can improve the efficiency of water splitting reactions induced by a magnetic field has
Graphene, which was discovered in 2004, has revolutionized numerous scientific fields. It has noteworthy properties like high electron portability, mechanical strength, and warm conductivity. Graphene-based
Due to their resistance to current treatments, fungus-caused infections like Candida albicans pose a significant threat to global health, to the point where the World Health Organization has designated this
In materials science research, including the search for new materials for advanced computing, artificial intelligence (AI) has proven to be a valuable tool. Researchers can
The primary protein-based nano-figuring specialist that has the capabilities of a circuit has been made by Penn State scientists. They are now one step closer
Neural radiance fields, or NeRFs, are cutting-edge methods in machine learning that can use two-dimensional images to create three-dimensional (3D) representations of things or environments. As these methods can show