Microgravity Research
The microgravity research involves many areas such as biological, biochemical, microbiological, opto-physical, physical, material sciences, fluid sciences, geology, plasma physics, biotechnology, nanotechnology and chemical-combustional field, etc...
We make use, for our experiments, of many opportunities and platforms made ​​available by international organizations.
some examples are placed below:
ISS -
International space station
Internal Payloads
Full commercial spacelab on the ISS including: NanoLab Platforms,Platform-3, Centrifuge, Plate Reader, Microscope and MixStix.
Smallsat Deployment
Small CubeSat form factor to full payload volume deployment from the ISS.
External Platform
Access to the extreme environment of space for earth and deep space observation.
Beyond the ISS
Cost-efficient solutions for low-earth orbit.
All these opportunities are provided by Nanoracks
ESA
educational program
REXUS programme - Sounding Rocket
Rocket platform for testing experiments in near 0G environment
BEXUS programme - Stratospheric Balloon
opportunities for experiments to be flown on stratospheric balloons
Fly Yor Thesis Programme - Parabolic fly
Use of a parabolic fly to obtain 0G environment
Drop Your Thesis! Programme - Drop Tower
Spin Your Thesis Programme - Centrifuge
experiments in 1 up to 20G
Current Project: CROSSFIRE experiment
Is an experiment to study the stability and dynamics of the flame in microgravity and documenting the "cool flames" for engine optimization. it makes use of the platform REXUS sounding rocket to operate. [link]