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普林斯顿大学2018.12.19首页文章：《beyond einstein: physicists find surprising connections in the cosmos》。 black holes, is mathematically relatable to the peculiar antics of the subatomic particles that make up all the matter around us.. beyond einstein: physicists find surprising connections in the cosmos. catherine zandonella, office of the dean for research dec. 17, 2018 noon. albert einstein’s desk can still be found on the second floor of princeton’s physics department. positioned in front of a. floor-to-ceiling blackboard covered with equations, the desk seems to embody the spirit of the frizzy-haired genius as he asks the. department’s current occupants, “so, have you solved it yet?”. einstein never achieved his goal of a unified theory to explain the natural world in a single, coherent framework. over the last century, researchers have pieced together links between three of the four known physical forces in a “standard model,” but the fourth force, no longer. thanks to insights made by princeton faculty members and others who trained here, gravity is being brought in from the cold — although in a manner not remotely close to how einstein had imagined it. though not yet a “theory of everything,” this framework, laid down over 20 years ago and still being filled in, reveals surprising ways in which einstein’s theory of gravity relates to other areas of physics, giving researchers new tools with which to tackle elusive the key insight is that gravity, the force that brings baseba*ls back to earth and governs the growth of black holes, is mathematically relatable to the peculiar antics of the subatomic particles that make up all the matter around us. this revelation allows scientists to use one branch of physics to understand other seemingly unrelated areas of physics. so far, this concept has been applied to topics ranging from why black holes run a temperature to how a bu*terfly’s beating wings can cause a storm on