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Gravitational Wave Detection via Advanced Laser Interferometry

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This research explores laser interferometry advancements in gravitational wave detection, implying significant scientific impacts.

Advanced laser interferometry enables precise gravitational wave detection and has revolutionized astronomy.
Key techniques include Fabry-Perot cavities achieving effective arm lengths of 1,120 km for timing at the attosecond scale.
Noise mitigation strategies like squeezed vacuum injection surpass the standard quantum limit, enhancing measurement accuracy.
Future technologies, like the Einstein Telescope, promise to explore primordial gravitational waves and extreme gravity.

Jiankai Zhang (2025) studied this question.

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