n this paper, we introduce a novel concept for miniaturized spectral imaging instrument which can be used for different planetary exploration missions. The instrument design utilizes a modular approach, so it is easily tailored for different mission profiles. It can be fitted in ca. 1 CubeSat unit, thus making it suitable for all CubeSat sizes from 2U upwards. Depending on the mission requirements, the instrument can perform measurements from 0.5 μm up to 4 μm, The visible and near-infrared (0.5 μm - 1.6 μm) components have already been flown and validated in low Earth orbit.Peer reviewe
Recently developed tunable MEMS Fabry- Perot interferometers based on Ag thin-film mirrors[1] have e...
The JAXA MMX sample return mission to the martian moons will deliver a rover to the surface of Phobo...
Over the past decade, SmallSats have been established as having great potential for science explorat...
n this paper, we introduce a novel concept for miniaturized spectral imaging instrument which can be...
The market for nano- and microsatellites is developing rapidly. There is a strong focus on 2D imagin...
Many operational and scientific CubeSat missions opportunities are contingent on the development of ...
Advances in several key sensor technologies make it possible now to build a high performance, very c...
The Aalto-1 is a 3U-cubesat project coordinated by Aalto University. The satellite, Aalto-1, will be...
Planetary science originally tended to make use of "flagship" missions characterized by big satellit...
The market for nano-and microsatellites is developing rapidly. There is a strong focus on 2D imaging...
Numerous Hyperspectral Imagers have been launched or are being built for resource management, monito...
This paper presents the HORUS mission, aimed at multispectral and multiangle (nadir and off-nadir) p...
SpectroCube is a CubeSat-based miniaturised in-situ space exposure platform for astrochemistry and a...
The objective of this project is to develop and prove a small, light-weight, efficient imaging spect...
The ultra-compact imaging spectrometer is a miniature imaging spectrometer that has been designed f...
Recently developed tunable MEMS Fabry- Perot interferometers based on Ag thin-film mirrors[1] have e...
The JAXA MMX sample return mission to the martian moons will deliver a rover to the surface of Phobo...
Over the past decade, SmallSats have been established as having great potential for science explorat...
n this paper, we introduce a novel concept for miniaturized spectral imaging instrument which can be...
The market for nano- and microsatellites is developing rapidly. There is a strong focus on 2D imagin...
Many operational and scientific CubeSat missions opportunities are contingent on the development of ...
Advances in several key sensor technologies make it possible now to build a high performance, very c...
The Aalto-1 is a 3U-cubesat project coordinated by Aalto University. The satellite, Aalto-1, will be...
Planetary science originally tended to make use of "flagship" missions characterized by big satellit...
The market for nano-and microsatellites is developing rapidly. There is a strong focus on 2D imaging...
Numerous Hyperspectral Imagers have been launched or are being built for resource management, monito...
This paper presents the HORUS mission, aimed at multispectral and multiangle (nadir and off-nadir) p...
SpectroCube is a CubeSat-based miniaturised in-situ space exposure platform for astrochemistry and a...
The objective of this project is to develop and prove a small, light-weight, efficient imaging spect...
The ultra-compact imaging spectrometer is a miniature imaging spectrometer that has been designed f...
Recently developed tunable MEMS Fabry- Perot interferometers based on Ag thin-film mirrors[1] have e...
The JAXA MMX sample return mission to the martian moons will deliver a rover to the surface of Phobo...
Over the past decade, SmallSats have been established as having great potential for science explorat...