In a recent article published in Physical Review Letters (PRL 118, 117202 (2017)), researchers from the Nanomagnetism group at nanoGUNE reported so-far unknown anomalies near dynamic phase transitions (DPTs).
As the interest in renewable energy and energy-efficient devices continues to grow, so has the scientific community's interest in discovering and designing new materials with desirable physical properties that could be used in solar cells or energy storage devices.
Oxygen atoms are extremely reactive, yet the world is surrounded by this aggressive element and it does not spontaneously burn. How come? The reason is that normal O2 molecules, are not specifically reactive.
A research team including Guoyin Shen and Yoshio Kono from Carnegie has performed a new study that involves using high temperature and pressure to uncover a type of “structural memory” in bismuth samples. This discovery has great electrical engineering potential.
Chemists at New York University have produced self-assembled, 3D DNA crystals that can bind a separate, dye-bearing strand - an innovation that improves the functionality of these miniature building blocks, offering promise for the formation of improved synthetic chemistry.
Theoretical physicists, Junior Professor Fabian Pauly and his postdoc Dr. Safa G. Bahoosh, recently succeeded with a team of experimental physicists and chemists in exhibiting a reliable and reproducible single molecule switch. The core for this switch is an exclusively synthesized molecule possessing special attributes.
Researchers from Peter the Great St. Petersburg Polytechnic University (SPbPU) and Delft University of Technology have developed a technology for acquiring new metal structures using a selective laser melting technique (additive technology of producing 3D objects from metal powders).
Russian physicists and their European colleagues learned to generate excitons by changing the light parameters. The excitons are quasiparticles which are fully-controllable and helped to record information at room temperature.
Magnetic balls provide exciting avenues for exploring many fundamental phenomena in physics. They can be assembled by hand into chains and more complex structures and used to model the properties of unstretchable materials that, like paper, crumple under certain loading conditions.
Researchers at Los Alamos National Laboratory in collaboration with the University of California - Irvine (UCI) have uncovered a significant new chemical attribute of plutonium, the identification and structural verification of the +2 oxidation state in a molecular system.
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