'Life-Like' Lasers Can Self-Organise, Adapt Their Structure, And Cooperate
By mimicking features of living systems, self-organising lasers could lead to new materials for sensing, computing, light sources and displays.
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By mimicking features of living systems, self-organising lasers could lead to new materials for sensing, computing, light sources and displays.
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MIT physicists have significantly amplified quantum changes in atomic vibrations, allowing them to exclude noise from the classical world. This advance may allow them to measure these atomic oscillations, and how they evolve over time, and ultimately hone the precision of atomic clocks and of quantum sensors for detecting dark matter or gravitational waves.
Lasers normally use mirrors to create laser light, but a new kind uses clumps of moving particles. The result is a laser that is more programmable and could generate extra-sharp visual displays
Physics: Beam vibrations used to measure ‘big G’