This project consists in the design of an innovative payload instrument onboard of a cubesat. The cubesat mission is to detect exoplanets through the photometric method. The ultimate goal would be to reveal Earth-like planets around Sun-like stars. Another mission objective is to discriminate between planet transit and false positive events (fake signals). The original element of this imaging payload is a four facets round base pyramid on the top of the instrument. This additional component enables to get redundant transit measurements, and to get also spectral information to identify astronomical false positive events. In this paper there is a preliminary verification that the limiting magnitude in the target star is 3. © 2016, American In...
CubeSats are a class of spacecraft mainly used for research, called nanosatellites. Their size can ...
ExoplanetSat is a proposed three-unit CubeSat designed to detect down to Earth-sized exoplanets in a...
In recent years, Earth Observation (EO) technologies have surged in an attempt to better understand ...
This project consists in the design of an innovative payload instrument onboard of a cubesat. The cu...
This work consists in the design of an innovative payload instrument onboard of a cubesat. The instr...
The search for undiscovered planets outside the solar system is a scientific topic that is rapidly s...
The search for undiscovered planets outside the solar system is a scientific topic that is rapidly s...
We present a CubeSat mission for the discovery of exoplanets down to 1 Earth radius around the neare...
Nanosatellites, i.e. spacecraft that weigh between 1 and 10 kg, are drawing increasing interest as p...
Small satellites are widely used for Earth Observation applications. CubeSats in formation flight ca...
For remote sensing missions, the fractionated functionality of CubeSats provides a potential way to ...
The PicSat mission is based on a 3U Cubesat architecture, with a payload specifically designed for h...
We are presenting a CubeSat mission concept wherein a large number of small spacecraft furnished wit...
This paper will explore the design and implementation of a CubeSat with an electro- optical sensor f...
textThis research outlines a low-cost, low-power, arc-minute accurate star tracker that is designed ...
CubeSats are a class of spacecraft mainly used for research, called nanosatellites. Their size can ...
ExoplanetSat is a proposed three-unit CubeSat designed to detect down to Earth-sized exoplanets in a...
In recent years, Earth Observation (EO) technologies have surged in an attempt to better understand ...
This project consists in the design of an innovative payload instrument onboard of a cubesat. The cu...
This work consists in the design of an innovative payload instrument onboard of a cubesat. The instr...
The search for undiscovered planets outside the solar system is a scientific topic that is rapidly s...
The search for undiscovered planets outside the solar system is a scientific topic that is rapidly s...
We present a CubeSat mission for the discovery of exoplanets down to 1 Earth radius around the neare...
Nanosatellites, i.e. spacecraft that weigh between 1 and 10 kg, are drawing increasing interest as p...
Small satellites are widely used for Earth Observation applications. CubeSats in formation flight ca...
For remote sensing missions, the fractionated functionality of CubeSats provides a potential way to ...
The PicSat mission is based on a 3U Cubesat architecture, with a payload specifically designed for h...
We are presenting a CubeSat mission concept wherein a large number of small spacecraft furnished wit...
This paper will explore the design and implementation of a CubeSat with an electro- optical sensor f...
textThis research outlines a low-cost, low-power, arc-minute accurate star tracker that is designed ...
CubeSats are a class of spacecraft mainly used for research, called nanosatellites. Their size can ...
ExoplanetSat is a proposed three-unit CubeSat designed to detect down to Earth-sized exoplanets in a...
In recent years, Earth Observation (EO) technologies have surged in an attempt to better understand ...