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A thermal camera trick could let LIGO see twice as far
United Kingdom🔬 Science17 hr. ago

A thermal camera trick could let LIGO see twice as far

Researchers at UC Riverside have developed a method using a commercial thermal camera to improve the sensitivity of the LIGO gravitational wave detectors. By analyzing the temperature distribution on LIGO's mirrors, scientists can better understand and correct for thermal distortions caused by absorbed laser light. This technique, which requires no new technology, could enhance the detector's ability to detect gravitational waves from distant cosmic events. The method was discovered accidentally during tests of an adaptive optics system and could potentially increase LIGO's detection range by up to 31% for certain types of astronomical events.

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Phys.org logoPhys.orgIndependentCenter17 hr. ago
A thermal camera trick could let LIGO see twice as far

Researchers at UC Riverside have developed a method using a commercial thermal camera to improve the sensitivity of the LIGO gravitational wave detectors. By analyzing the temperature distribution on LIGO's mirrors, scientists can better understand and correct for thermal distortions caused by absorbed laser light. This technique, which requires no new technology, could enhance the detector's ability to detect gravitational waves from distant cosmic events. The method was discovered accidentally during tests of an adaptive optics system and could potentially increase LIGO's detection range by up to 31% for certain types of astronomical events.

Bias read (Center): The article discusses a scientific advancement in gravitational wave detection without any political implications. It presents the research findings objectively, focusing on technical details and potential improvements without taking a stance on ideological or political issues.

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