Chaotic systems are systems that are sensitively dependent on initial conditions and, while appearing predictable at first, grows increasingly more random - and researchers have observed one such system using ultrafast cameras.
A team from the University of Illinois Chicago worked to develop a "Swiss Army Knife" catalyst - made up of ten different elements aside from Oxygen that helps natural gas burn cleaner.
As a key technology in achieving the next generation of communications and computing technologies, quantum entanglement has been a topic of interest in the scientific community - with the latest efforts detailing how to achieve it through the application of heat.
A recent collaboration between Oregon State University's College of Engineering, Cornell University, and the Argonne National Laboratory has made significant progress in hydrogen extraction from water.
Scientists think that adding a negative leap second would correct the time because the Earth is spinning faster than it has in the last five decades, making the day shorter than 24 hours.
Maryam Tsegaye is the first Canadian student to win an international science competition. Because of Maryam Tsegaye's explanation of quantum tunneling, she became the first Canadian student to win in an international science competition.
Ice, water's solid form, has always been a curious case from the early humans to modern-day physicists. However, a new study observing an obscure property of ice might explain its seemingly anomalous behavior.
Carbon spheres - small spherical structures that have found large applications in carbon capture and energy storage - can now be created faster and more sustainably in a novel technique developed by researchers.
One of the lingering mysteries in physics is the supposed equal amounts of matter and antimatter in the universe - and a new experiment at CERN might explain why it isn't so.
Current processes for synthesizing ammonia require costly processes at high temperatures. Now, researchers are turning to ruthenium as a more cost-effective alternative.
Scientists collaborated with a philosophy professor to propose a new "evolutionary system" of classifying minerals - one that reflects its rich history and the Earth's diversity.
A "tunable Heisenberg model" designed by physicists from MIT reveals the effect of magnetic forces at the quantum level, addressing the fundamental nature of magnetism and advancing the human understanding of one of the most common phenomena in nature.