In the summer of 1969 the world watched with bated breath as the first humans to land on
the moon made their debut (1–3). Forge ahead to present day and we see the advancement …

We applaud Feng et al. on a well-conducted study that consolidates the advancements in
the field of deep learning (DL) and its robust ability in the classification and interpretation of …

Electroencephalography (EEG) can detect changes in cerebral activity during spaceflight.
This study evaluates the effect of spaceflight on brain networks through analysis of the …

With NASA and other space agencies planning for longer-duration spaceflights, such as
missions to Mars, and the rise in space tourism, it is crucial to comprehend the impact of the …

Deep-space human exploration will necessitate increasing operational autonomy for the
crew and habitat as reliance on extensive Earth support becomes impractical. In this context …

Spaceflight-associated neuro-ocular syndrome (SANS) is a complex and multifaceted
condition that affects astronauts during and after their missions in space. This …

On deep space missions, astronauts must endure isolated, confined and extreme (ICE)
environments with no access to normal earthly comforts, which can cause severe physical …

Microgravity, as experienced during spaceflight has notable effects on the cognition and
cardiovascular systems. However, its effect on motor signal processing is not known. In this …

Currently, there is paucity in the knowledge on the exact effect of microgravity on the human
brain and even more so–the scarce availability of comfortable, portable and wireless …

Deep-space human exploration will necessitate increasing operational autonomy for the
crew and habitat as reliance on extensive Earth support becomes impractical. In this context …