By subjecting a droplet of water to extreme temperatures similar to those found in stars, using a powerful laser, and squeezing it between two diamonds, was found water on another stage named, superionic. The “weird black” water abides under equal pressures and temperature levels as those at the center of Earth. This discovery could potentially […]
Atoms are notoriously tough to regulate. They move in a zigzag pattern similar to fireflies, can escape from the most durable containers, and even exhibit random movements at temperatures close to absolute zero. For quantum tools like atomic clocks or quantum computers to function properly, researchers must be able to capture and manipulate individual atoms.
Scientists Develop Small Lens for Trapping Atoms Read More »
In joint experimental-theoretical research published in Nature, physicists at the Heidelberg Max Planck Institute for Nuclear Physics (MPIK), together with collaborators from RIKEN, Japan, investigated the magnetic properties of the isotope helium-3. For the first time, the electronic and nuclear g-factors of the 3He+ ion were measured straightly with a relative accuracy of 10– 10.
Studying the Magnetic Properties of Helium-3 Read More »
Finding a breakthrough Similar to how people discover more about themselves by moving beyond their comfort zones, scientists can discover more about a system by making it unstable and observing what occurs as it settles into a stable state. When it comes to a superconducting material referred to as yttrium barium copper oxide or YBCO,
In 1934, Eugene Wigner, a pioneer of quantum mechanics, theorized of an odd sort of matter– a crystal made from electrons. The idea was very straightforward, proving it had not been. With limited success, physicists tried many tricks over eighty years to nudge electrons right into forming these so-called Wigner crystals. However, in June, two
Physicists Develop an Unusual ‘Wigner Crystal’ Made Simply of Electrons Read More »
In a paper released in Nature Communications, the research study team describes the complicated physical processes working to recognize the chemistry of ice formation. The molecular-level viewpoint of this process may assist in forecasting the formation and melting of ice, from singular crystals to glaciers and ice sheets. The latter is essential to measure environmental
The Research Team Discovers That it Takes Some Warmth to Form Ice on Graphene Read More »
Physicists of Ruhr-Universität Bochum (RUB) have taken amazing pictures that allow the ignition process of plasma underwater to be observed and also tracked in real-time. Dr. Katharina Grosse has given the first data collections with the ultra-high temporal resolution, backing a new theory on igniting these plasmas: There is not nearly enough time to create
Igniting Plasmas in Liquid Read More »
Spin waves, or magnons, as the elementary excitation of the magnetic system, can move spin angular momentum, giving vast prospects for the Non-volatile, low-energy-consumption, high-speed, and small-size microelectronic devices in the post-Moore period. Magnonics, including the generation, transportation, and handling of magnons, has ended up being the most recent advancement direction of spintronics as well