The Wave Hunters
Does the universe wobble? Following the theoretical prediction of Albert Einstein, researchers are trying to measure gravitational waves. They occur as a result of tiny distortions in spatial geometry. With their research, the wave hunters hope to expand our understanding of space and time. With their experiments, the physicists from Hanover are working at the quantum limit. The problem: the measurements require extremely powerful and precise technologies in order to keep the gravitational waves from disappearing into the background noise of the light particles. To meet this challenge, a new technology is being used: squeezed light. Will they be successful in directly verifying gravitational waves for the first time?
Extremely Sensitive
Maximum sensitivity: GEO600. The detector works on the same principle as an interferometer, using the wave properties of light to measure minute changes in distance that are caused by gravitational waves. The greatest challenge is to eliminate the multitude of sources of interference that would hide a signal. How exactly does it work and what are its limits?
At a glance
Expanded and Squeezed
According to Albert Einstein, space-time behaves like an elastic mesh structure. The distortion of this mesh by massive objects, such as stars or planets, is what we refer to as gravitation.Stretched and compressed
According to Albert Einstein, the fabric of time and space behaves like an elasticated mesh. Heavy masses stretch the mesh, and if they move, the space-time mesh vibrates.Extremely Sensitive
Maximum sensitivity: GEO600. How exactly does the detector work, what challenges does it face, and what are its limits?Squeezed Light
Against the quantum nature of light: What do squeezed light and loaded dice have in common? Manipulation in the interest of science...New York, New York
Out of the lab, over to the USA: A conference in New York brings the wave hunters of the world together. What is accomplished on the trip?Clean Optics
The lenses need to be cleaned to make sure that not a single grain of dust disrupts the laser beam…Tailor-Made and Remote-Controlled
The researchers design and build a lot of the components for their experiments using the GEO600 themselves – and they are even developing a remote control system!High Tech in the Cornfield
A world first at GEO600: The wave hunters will soon become the very first people ever to install squeezed light in a gravity wave detector.A World Record
The decisive day has arrived for Henning and Alexander. Will they manage to reduce the light’s random quantum noise further than anyone has ever managed before?Needles in Space
The first direct proof of gravitational waves is within reach, but the goal is gravitational wave astronomy.- Archaeology
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