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The proposed laser-based effect for modifying muon decay lies within reach of existing experimental capabilities.
If experimentally confirmed, the laser-based method could add a tunable parameter to muon-based imaging and measurement techniques.
Extending muon lifetimes using the proposed technique could benefit applications in geology, materials science, and particle physics.
A team on the Compact Muon Solenoid experiment led by Massachusetts Institute of Technology physicists observed evidence that fast-moving quarks generate wakes in quark–gluon plasma, indicating the medium responds as a single flowing liquid.
FireSat's protoflight spacecraft was built and is operated by Muon Space and launched in March 2025.
The award positions Muon Space to contribute to the Space Development Agency’s effort to deploy a resilient, low-latency space architecture that supports missile defense, domain awareness, and integrated deterrence objectives.
A Direct to Phase II award enables Muon Space to continue development of its QuickBeam multispectral electro-optical and infrared payload technology.
Muon Space has agreed to integrate SpaceX Starlink mini laser terminals into its high-performance Halo satellite platform.
The agreement integrates Muon’s satellites into Starlink’s global digital infrastructure.
Muon-built missions like Earth Fire Alliance’s FireSat constellation will benefit from Starlink’s real-time high-bandwidth communications.
Funding restoration allowed SpaceWERX to award Muon Space a $1.9 million contract to adapt its Quickbeam climate sensors for missile tracking.
The contract with Muon Space illustrates the protection of a diverse ecosystem in national security.
Muon Space closed a $146 million Series B financing round in June to scale production of its Halo™ satellite platform.
The award tasks Muon Space with developing a defense-specific variant of its Quickbeam™ multispectral electro-optical/infrared payload.
Muon Space's commercial-off-the-shelf baseline aims to reduce the cost and lead time for deploying resilient optical sensors in Low Earth Orbit.
Muon Space secured a $1.9 million Direct-to-Phase II Small Business Innovation Research contract from SpaceWERX to adapt its commercial remote sensing technology for the Space Development Agency's missile defense architecture.
In October, Muon Space received a $44.6 million Phase III Other Transaction Authority agreement to deploy three environmental monitoring satellites for the U.S. Space Force.
The October agreement utilized the Quickbeam payload, highlighting the dual-use nature of Muon Space's core technology.
The original Sudbury Neutrino Observatory previously showed that solar neutrinos oscillate between electron, muon, and tau flavors.
Muon Space is tasked with launching three satellites for Space Systems Command's prototype demonstration that will serve Department of Defense Meteorology and Oceanography end users and global wildfire detection and monitoring.