Water has baffled researchers for quite a long time. Throughout the previous 30 years or somewhere in the vicinity, they have guessed that when chilled
The most well-known particles are electrons and photons, which are viewed as models from the extraordinary groups of fermions and bosons, into which all remaining particles in nature fit.Yet there
The development of a new zeolitic catalyst demonstrates the critical importance of small dimensions.
Dr. Michal Mazur and his partners from the Faculty of Science at Charles University in Prague concentrate on impetuses that depend on metal nanoparticles settled
Monash College scientists have shown a new, strange method for safeguarding molecularly slim gadgets: adding vibrations to lessen vibrations. Graphene gadgets are coated with a gallium-oxide defensive coating by "pressing"
It takes physicist Liaisan Khasanova under a moment to transform a common silica glass tube into a printing spout for a unique 3D printer. The
The COVID-19 pandemic may have caused many changes in your life, including uncertainty, altered daily routines, financial pressures, and social isolation at times. You might
A research team from the universities of Tohoku, Hokkaido, and Tokyo has created a high-resolution radiocarbon dating technique that can precisely date tsunami deposits. This technology provides a crucial window
Single-walled carbon nanotubes with vertical alignment for energy storage and the electronics sector
Lawrence Livermore National Laboratory (LLNL) researchers have made upward-adjusted single-walled carbon nanotubes on metal thwarts that could be an aid for energy capacity and the
Researchers from St. Petersburg College along with their unfamiliar partners have made the world's first two-layered ferromagnetism in graphene. Utilization of the attractive condition of
Luttinger fluids are normally paramagnetic materials showing non-Fermi fluid ways of behaving, like molybdenum oxides. These "fluids" and their entrancing properties had so far been seen only in 1D and