Aims. We search for signs of falling evaporating bodies (FEBs, also known as exocomets) in
photometric time series obtained for βべーた Pictoris after fitting and removing its δでるた Scuti-type …

The CubeSat has very quickly become the “poster child” of the NewSpace Industry. From the
original concept as an educational tool for university students, it has evolved, spread, and …

Space-based nulling interferometry is one of the most promising solutions to spectrally
characterize the atmosphere of rocky exoplanets in the mid-infrared (3 to 20 μみゅーm). It provides …

The ultimate astronomical observatory would be a formation flying interferometer in space,
immune to atmospheric turbulence and absorption, free from atmospheric and telescope …

Observation of planetary transits and other cutting-edge scientific missions can take
advantage of affordable nanosatellites to probe interesting stellar targets. PicSat, a CubeSat …

Space interferometers could, in principle, exploit the relatively stable space environment and
ease of baseline reconfiguration to collect measurements beyond the limitations of ground …

Space interferometers could, in principle, exploit the relatively stable space environment and
ease of baseline reconfiguration to collect measurements beyond the limitations of ground …

Humankind has been fascinated by the stars, and planets of our solar system, probably
since before our species developed complex language. Many cultures have considered …

Classical RF-communication is physically limited in bandwidth and the number of usable
channels is constantly decreasing due to the increasing number of satellites in space …

The Cubesat Design Specification [1] was released in 1999 by Cal Poly professor Jordi Puig-
Suari, and Standford University professor Bob Twiggs. This document specified a new …