to orbit and launch into open space of the scientific-educational
Photographing space robot "Jitter".
Video footage taken during the experiment will be used
for improving visual aids to make school teaching in
South Africa more efficient.
filming of demonstration of simple physical phenomena
Radio amateur communication (ARISS).
of effect of microgravity on formation of Winogradsky
of effect of microgravity on Chondrocyte cells.
of action of Newton's Three Laws of Motion in space
of effect of microgravity on behavior of a rigid body
rotating around its center of mass.
of behaviour of solid spherical bodies of different
diameters in closed containers when the system is oscillated
in one dimension.
of radio amateur communication sessions from ISS with
schoolchildren and students on the ground.
of some effects of weightlessness on the human body.
out radio amateur sessions from the ISS with pupils
and students on the ground.
of plants in microgravity.
of effect of phototropism and gravitropism of plants
of features of bacteria energy generation in microgravity.
of molecular mechanisms regulating human osteoblast
biology in microgravity conditions.
of footage for educational purposes, which demonstrates
the electrostatic self-assembly of 3D macroscopic “crystals”
and molecular structures.
of amateur radio sessions from the ISS with schoolchildren
and students on the ground to increase their interest
in space, science and investigations.
||Demonstration of the shape
recovery effect for a piece made of foamed polymeric material.
||Study of Spinning Motions
in Microgravity Environment.
||Painting a picture in microgravity environment.
||Ham radio communications using a low-frame-rate TV system.
||Space vehicles and up-to-date technologies for personal communication lines.
||Scientific-educational demonstration of laws of physics and
phenomena in microgravity.