#darpa

#darpa

A key element of the project is discovering fundamentally new ways of working: Research that results only in incremental improvements in existing methods and models that already exist is specifically excluded from MATHBAC funding.

"To accelerate current weapons development timelines, DARPA is considering an alternative development paradigm to increase the nation's magazine depth and breadth."

According to the program's stated goals, DARPA is looking to "engineer red blood cells to contain novel biological features that can safely and reliably modify human physiology." In the short term, DARPA wants these bio-engineered red blood cells to improve human performance (think faster recovery times, more resistance to lactic acid buildup that causes muscle soreness, improved cardiovascular fitness, and the like) and "enhanced hemostasis," i.e., better blood clotting.

In his 1963 scifi story "The Invincible," the Polish writer Stanisław Lem imagined an artificial species of free-floating nanobots which roamed the atmosphere of a far-off planet. Like tiny bugs, the microscopic beings were powerless alone, but together they could form cooperative swarms to gather energy, reproduce, and ultimately defend their territory from predators with deadly force. Unlike the story's human protagonists, the "black cloud" of bots was incapable of reasoning beyond the simple logic of animal instincts.

"Our goal is to marry the benefits of traditional and quantum networking on existing U.S. computing infrastructure and network protocols."

Lack of sleep can have disastrous consequences for the DoD. A report found that lack of sleep contributed to military safety mishaps and multiple deaths.

These fields have experienced changes but mathematics hasn't, and what we want to do is bring that change to mathematics.