Game Development

A quantum simulation found a ceiling on resistivity caused by electron collisions. Every time electricity flows through a wire, some of its energy is inevitably lost as heat because electrons collide with one another and with the material around them. But just how much can these collisions increase electrical resistance? A new study suggests there […]

A quantum simulation found a ceiling on resistivity caused by electron collisions. Every time electricity flows through a wire, some of its energy is inevitably lost as heat because electrons collide with one another and with the material around them. But just how much can these collisions increase electrical resistance? A new study suggests there […]

A quantum simulation found a ceiling on resistivity caused by electron collisions. Every time electricity flows through a wire, some of its energy is inevitably lost as heat because electrons collide with one another and with the material around them. But just how much can these collisions increase electrical resistance? A new study suggests there […]

A quantum simulation found a ceiling on resistivity caused by electron collisions. Every time electricity flows through a wire, some of its energy is inevitably lost as heat because electrons collide with one another and with the material around them. But just how much can these collisions increase electrical resistance? A new study suggests there […]

A quantum simulation found a ceiling on resistivity caused by electron collisions. Every time electricity flows through a wire, some of its energy is inevitably lost as heat because electrons collide with one another and with the material around them. But just how much can these collisions increase electrical resistance? A new study suggests there […]

A quantum simulation found a ceiling on resistivity caused by electron collisions. Every time electricity flows through a wire, some of its energy is inevitably lost as heat because electrons collide with one another and with the material around them. But just how much can these collisions increase electrical resistance? A new study suggests there […]

By applying a 1980s algorithm to mathematical structures known as tensor networks, Flatiron Institute researchers showed that classical computers can solve a class of problems once claimed to require quantum computers. A problem once touted as requiring a quantum computer has now been solved on a laptop. Using advanced mathematical techniques and sophisticated software, physicists […]

Extensive practice can rewire the brain so a learned skill runs more automatically, making some forms of true multitasking possible. Why does driving eventually feel effortless, while learning to drive demands total concentration? A new study from Georgetown University suggests the answer lies in the brain’s ability to rewire itself, shifting well-practiced skills into different […]

Extensive practice can rewire the brain so a learned skill runs more automatically, making some forms of true multitasking possible. Why does driving eventually feel effortless, while learning to drive demands total concentration? A new study from Georgetown University suggests the answer lies in the brain’s ability to rewire itself, shifting well-practiced skills into different […]

Extensive practice can rewire the brain so a learned skill runs more automatically, making some forms of true multitasking possible. Why does driving eventually feel effortless, while learning to drive demands total concentration? A new study from Georgetown University suggests the answer lies in the brain’s ability to rewire itself, shifting well-practiced skills into different […]