Co-financed by:
Name
TGF and High-energy astrophysics Observatory for gamma-Rays on board the Space Rider
Code
4000141332 THOR-SR Space Rider
Beneficiary Entity
LIP - Laboratório de Instrumentação e Física Experimental de Partículas
Project summary
THOR-SR is a high-energy astrophysics pathfinder mission whose scientific payload is based on CdTe and Si detectors to be launched on board the Space Rider. It will address gamma ray astrophysics, space weather and TGF monitoring, by performing spectroscopy, imaging, time variability and polarimetry. It is a large field of view instrument ( up to 2𝛑 sr) provided by a 4 layers CdTe stack detector, operating in the 0.1–10 MeV energy band.
Support under
Reforçar a investigação, o desenvolvimento tecnológico e a inovação
Region of Intervention
...
Funding
Total eligible cost
€ 489,408.00
EU financial support
Funding for LIP
€ 489.41
€ 489,408.00
National public financial support
€ 0¤
Dates
Approval
Start
2023-01-01
End
2025-12-31
Publications
Evaluation of effective dose for gamma-rays of Terrestrial Gamma-ray Flashes in aviation: spectral- and atmosphere-effects | Article in international journal (with direct contribution from team) | published |
Presentations
Development of a High-Energy Astrophysics Tracker for a Space Rider Orbital Flight | Outreach seminar |
Experiência GLOSS a bordo da International Space Station | Outreach seminar |
Large Field CdTe Monitor for Astrophysics and TGF Science on board the Space Rider | Poster presentation in international conference |
Observatório THOR a bordo do Space Rider | Outreach seminar |
TGF and High-energy astrophysics Observatory for gamma-Rays on board the Space Rider (THOR-SR) | Presentation in national conference |
Theses
Simulation, development and testing of CdTe based Instrument for THOR mission on board the Space Rider | ||
Space Radiation in Low Earth Orbit and Space Weather on board the Space Rider | ||
Space Rider maiden flight orbital particles identification using machine learning techniques | ||
THOR Project Scientific Payload Environmental Tests Validation |
Team
André Graça Neves |
Carlos Granja |
Carolina Isabel Oliveira Nunes de Gouveia |
Cristiana Filipa Pereira Francisco |
Duarte Sebastião Rodrigues |
Filipa Alexandra Bessa de Almeida |
Gabriel Falcão Paiva Fernandes |
Joana da Orada Gonçalves |
Jonathan Flunger |
José Carlos Ferreira Sousa |
Luís José Maia amoreira |
Maria Inês Bento Neves |
Mariana Sofia Rasteiro Letra |
Mário Henrique Guerra Cainé |
Miriam Abreu Neves |
Pedro Fonseca da Cunha Roque Póvoa |
Pedro Guilherme Henriques do Carmo |
Thomas Chappaz |