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Benjamin Knispel boosted
MPI for Gravitational Physics
@mpi_grav@academiccloud.social  ·  activity timestamp 20 hours ago

VM Photonics GmbH, a spinoff of the @mpi_grav and @unihannover, has developed a source for ultrapure and superstable laser light for high-precision optical measurements.

🔍 The new laser source delivers light that is ten times purer and more stable than comparable products, enhancing measurement accuracy significantly.

🌌 With decades of experience in laser systems for gravitational-wave detectors, the founders have developed a system that outperforms existing technologies in both power and frequency stability, maintaining its advantages even after amplification to higher laser power.

🌍 Potential applications include measuring gravitational waves, monitoring climate change from space, generating squeezed light, searching for dark matter, and identifying the fingerprints of quantum gravity.

ℹ️ https://www.aei.mpg.de/1339240/kommerzielle-innovation-aus-der-gravitationswellen-forschung

#Innovation #Physics #TechnologyTransfer #Laser

Business innovation from gravitational-wave research

The Max Planck and Leibniz University Hannover spin-off VM Photonics delivers ultrastable laser light for high-precision measurements with potential applications in measuring gravitational waves, monitoring climate change from space, generating squeezed light and searching for dark matter.
Photo of a laser source in a yellow-golden housing sitting on an optical bench.
Photo of a laser source in a yellow-golden housing sitting on an optical bench.
Photo of a laser source in a yellow-golden housing sitting on an optical bench.
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MPI for Gravitational Physics
@mpi_grav@academiccloud.social  ·  activity timestamp 20 hours ago

VM Photonics GmbH, a spinoff of the @mpi_grav and @unihannover, has developed a source for ultrapure and superstable laser light for high-precision optical measurements.

🔍 The new laser source delivers light that is ten times purer and more stable than comparable products, enhancing measurement accuracy significantly.

🌌 With decades of experience in laser systems for gravitational-wave detectors, the founders have developed a system that outperforms existing technologies in both power and frequency stability, maintaining its advantages even after amplification to higher laser power.

🌍 Potential applications include measuring gravitational waves, monitoring climate change from space, generating squeezed light, searching for dark matter, and identifying the fingerprints of quantum gravity.

ℹ️ https://www.aei.mpg.de/1339240/kommerzielle-innovation-aus-der-gravitationswellen-forschung

#Innovation #Physics #TechnologyTransfer #Laser

Business innovation from gravitational-wave research

The Max Planck and Leibniz University Hannover spin-off VM Photonics delivers ultrastable laser light for high-precision measurements with potential applications in measuring gravitational waves, monitoring climate change from space, generating squeezed light and searching for dark matter.
Photo of a laser source in a yellow-golden housing sitting on an optical bench.
Photo of a laser source in a yellow-golden housing sitting on an optical bench.
Photo of a laser source in a yellow-golden housing sitting on an optical bench.
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  • Flag this post
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