New UBC research has literally and figuratively poked holes in single-band Hubbard physics--a model that has been used to predict and calculate the behavior of high-temperature superconductors for 20 years.
(PhysOrg.com) -- Scientists don't fully understand how consciousness works, and, so far, no classical theories can explain consciousness in the brain. In light of this lack of understanding, some researchers suggest that ...
The internal clock in living beings that regulates sleeping and waking patterns -- usually called the circadian clock -- has often befuddled scientists due to its mysterious time delays. Molecular interactions that regulate ...
A research group from Nagoya University has accurately simulated air turbulence occurring on clear days around Tokyo using Japan's fastest supercomputer. They then compared their findings with flight data to create a more ...
Imagine being able to power your car partly from the heat that its engine gives off. Or what if you could get a portion of your home's electricity from the heat that a power plant emits? Such energy-efficient scenarios may ...
(Phys.org) —Researchers at Purdue University have successfully tested the conversion of large particles of pinewood char in a gasification process, a step necessary for the mass production of synthetic liquid fuel from ...
Carbon exhibits a remarkable tendency to form nanomaterials with unusual physical and chemical properties, arising from its ability to engage in different bonding states. Many of these "next-generation" nanomaterials, which ...
Understanding the formation and evolution of galaxies is difficult because so many different physical processes besides just gravity are involved, including processes associated with star formation and stellar radiation, ...
(AP)—Chinese automaker BYD Co. may be hoping that Si Rui (pronounced suh-ray), the name for its new midsize sedan, translates into turnaround. The ailing company, which counts billionaire Warren Buffett as an investor, ...
High-temperature superconducting materials hold enormous promise for a variety of different applications because of their ability to transmit a current without any dissipation at relatively high temperatures—up to around ...
