Game Development

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 […]

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 […]

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 […]