KELT-9b is the hottest known exoplanet where temperatures reach more than 4,000°C. Most molecules found on this planet exist in atomic form. Using spectrograph, researchers detected iron and titanium vapors in its atmosphere. Exoplanets (planets...
The atomic-scale transistor made of a silver atom is approximately 1 nanometer in size. It consumes extremely low voltage of the order of 10 mV. This 3-terminal switch can work at room temperature – a big plus point for future applications...
New 3D printed smart gels can walk underwater, pick objects and move them. Their movements and shape can be controlled by applying varying electric fields. It could lead to the development of artificial stomach, heart, and other muscles. ...
MIT researchers develop a model that simultaneously runs 16,384 Windows applications on Linux Supercomputers within 5 minutes. To do this, they used Lincoln Lab LLMapReduce technology along with Wine Windows compatibility layer. Since the pace of...
Researchers created nearly 5,000 simulations to find evidence of conformal cyclic cosmology. The probability of finding new points (Hawking Points) in cosmic microwave background is less than 1/5000. Roger Penrose, a mathematical physicist...
A massive new study investigates the health risks associated with alcohol. It considers data from previous 592 studies conducted between 1990 and 2016 in 195 countries, which involved over 28 million people. The study shows that any level (including...
Gold nanostars could help increase solar energy use and combat climate change. When coated with a semiconductor, they produce hydrogen from water 4 times more efficiently than previous demonstrations. Colloidal gold nanoparticles have been used for...
A new method generates the first measurement of all 6 parameters of a particle beam. This will help scientists build efficient, high-powered particle accelerators. Particle accelerators are machines that use electromagnetic fields to propel...
A new model bridges the gap between realistic water wave simulation and efficient computing. It encodes the waves with different physical parameters to simulate small details at large resolutions. It can be used to enhance the capabilities of...
Have you ever thought why researchers hunt for extremely old and almost useless artefacts or engage in years, sometimes decade-long historic excavations in remote parts of the world? Well, the answer is quite simple: to study and understand our past...
A new memristor-based in-memory computing device can solve partial differential equations better than existing supercomputers. Researchers demonstrated a simulation of a plasma reactor with better throughput and power efficiency. You may have heard...
A new form of endoscopic imaging catheters, named nano optic endoscopes are far efficient than existing catheters. They could be used in any complex medium to obtain high-quality focusing and detect diseases, including cancer. Diagnosing internal...