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The Cherenkov Telescope Array Observatory (CTAO) will be the largest and most powerful observatory in the world for gamma-ray astronomy upon completion.
ASI's prototype detector, built in Italy under INAF guidance, detected the Crab gamma pulsar in just 700 seconds of observation.
These gamma ray bursts are critical for astronomers and the satellite will serve as an early warning system to alert ground-based observatories.
Equipped with the HERMES X-ray detector, the nanosatellite will scan the cosmos for gamma ray bursts.
NASA's Swift Observatory was launched in 2004 to explore gamma-ray bursts.
Tsinghua University led the development of a Compton telescope for gamma-ray particle detection on Yunyao-1-27.
Yunyao-1-27 carries a Compton telescope for gamma-ray particle detection led by Tsinghua University.
Intuitive Machines' third Moon landing is planned for 2026 at Reiner Gamma to study its composition and magnetic fields.
DRO-A carries an all-sky detector to monitor gamma-ray bursts from highly energetic cosmic objects.
York Space Systems passed System Requirements Review for 10 satellites under the Space Development Agency’s Tranche 2 Transport Layer Gamma variant.
The Gamma 201 engine produced a thrust of 16,400 pounds-force (73.0 kilonewtons).
The first stage of Black Knight was powered by an Armstrong Siddeley Gamma engine.
The second stage of Black Arrow utilized a Gamma 2 engine that generated 15,340 pounds-force (68.3 kilonewtons) of thrust.
The Gamma 301 engine later used in Black Knight produced a thrust of 21,600 pounds-force (96.1 kilonewtons).
The first stage of Black Arrow used a Gamma 8 engine producing 50,000 pounds-force (222.5 kilonewtons) of thrust.
Terran Orbital will perform design, construction, integration, testing, and delivery of 10 T2TL Gamma satellites based on the Ambassador platform.
Tyvak Nano-Satellite Systems was awarded a $254,000,000 prototype agreement for the Tranche 2 Transport Layer (T2TL) Gamma for the Space Development Agency.
Terran Orbital will integrate the associated ground control system and execute Launch and Early Operations (LEOPs) for the 10 T2TL Gamma satellites.
The Space Development Agency selected Tyvak to produce 10 satellites for the Tranche 2 Transport Layer Gamma contract.
The T2TL-Gamma optically-linked satellites are intended to provide enhanced communications and missile tracking capabilities for the Space Development Agency's proliferated space architecture.