All verified mentions of this organization in source documents.
Muon satellites will beam data at 25 Gbps to the nearest Starlink satellite, up to 4000 km away.
Muon Space will integrate Starlink's small laser terminal into its Halo satellite platform on October 21, 2023.
Muon plans to launch the first satellite equipped with Starlink-compatible small lasers in the first quarter of 2027.
The NOvA experiment sent muon neutrinos from the U.S. Department of Energy's Fermi National Accelerator Laboratory in Illinois to a detector in Ash River, Minnesota.
Muon is collaborating with the Earth Fire Alliance on the FireSat project to detect wildfires using a satellite constellation.
Neutrinos come in three flavors: electron, muon, and tau neutrinos.
Scientists know that neutrinos come in three types: electron, muon, and tau.
Muon satellites compatible with Starlink will not need to wait for a ground station to pass overhead in order to begin data transfer.
Pascal Stang, CTO of Muon, stated that the value of satellites is measured by how much data they can process.
Customers of Muon will have near real-time access to data via the Starlink network.
Muon's satellites will be able to connect to Starlink's satellite network through an agreement with SpaceX.
Multi-terminal configurations increase resilience and uptime to ensure over 99 percent availability in low Earth orbit for Muon satellites.
Muon can offer near-continuous connectivity with latency from orbit to Earth measured in milliseconds by routing traffic through Starlink's optical mesh.
Muon Space's technology stack includes the 500 kg-class MuSat XL platform, which supports high-precision pointing and advanced payload hosting.
Earth Fire Alliance's FireSat constellation, built by Muon Space, will utilize Starlink's optical connectivity for wildfire detection and monitoring.
Muon Space's Halo satellites are designed as fully integrated, network-connected platforms for high-performance operations.
All communications for Muon satellites utilize encrypted, authenticated tunnels with user-controlled end-to-end encryption.
The integration of Starlink's mini lasers allows continuous data flow and in-orbit processing for Muon's Halo satellites.
Muon Space's Halo satellites operate as persistent, real-time nodes on Starlink's inter-satellite laser network.
Muon CTO Pascal Stang stated that the value of a satellite scales with the amount of data it can transmit.