Partnership is a distinctive feature of the Initiative. The Access to Space for All Initiative is only possible thanks to partnerships with various public and private actors, who are contributing to the initiative in various manners. New contributions to the Initiative are possible and encouraged. Contact us at unoosa-access-to-space (at) un (dot) org.
Access to Space for All is key in raising awareness about what space technology can do for the Sustainable Development Goals. Each application for an Access to Space for All hands-on opportunity request the applicants to provide information on how their activity will support the Sustainable Development Goals. To date, UNOOSA has received applications that spanned over the 17 Sustainable Development Goals. Examples of how Access to Space for All supports the Sustainable Development Goals are:
The Hypergravity and Microgravity Track offers access to space research facilities, infrastructure and information with the aim of developing technical know-how, engineering processes and infrastructure in the areas of hypergravity and microgravity, including the development of experiments in orbit and, promotes international cooperation in the peaceful uses of outer space. The Hypergravity and Microgravity Track under Access to Space for All is a joint initiative of UNOOSA and space agencies, research institutions and industry.
There are several Access to Space for All components serving the Hypergravity and Microgravity Track: A
hands-on component, based on opportunities provided by different partners and aiming at providing access to space research facilities and infrastructure to develop technical know-how. A
tools component that provides information on open source tools to support the hands-on component and an
education component, which provides the theoretical foundation to fully utilize the opportunities and the tools. Additional components might be added to provide better support to the Member States.
Activities on each component open throughout the year and are available to participants from United Nations Member States.
The Hypergravity and Microgravity Track aims at developing the knowledge, engineering processes and human workforce to conduct basic science and technology experiments in hypergravity and microgravity conditions. Teams from all over the world have been able to run experiments on different areas of engineering, such as the development of mechanisms to dump oscillations of tethers in satellites or understanding the behaviour of a reduced-scaled robotic arm manipulator. There have also been experiments in material science, such as the analysis of the mechanical features of nitinol alloy, a biocompatible material, superelastic and intelligent material with "shape-memory", and experiments related to medicine and microbiology, such as the one on a method to develop increased antimicrobial activity in medicine droplets.
The following are opportunities under the Hypergravity and Microgravity Track
DropTES: Drop Tower Experiment Series using the drop tower operated by the Center of Applied Space Technology and Microgravity ZARM in Bremen, Germany
HyperGES: Hypergravity Experiment Series using the European Space Agency Large Diameter Centrifuge in Noordwijk, The Netherlands
Bartolomeo: on the utilization of the Bartolomeo platform operated by Airbus Defence and Space on the International Space Station
China Space Station: on the utilization of the China Space Station, operated by China Manned Space Agency
Dream Chaser: on the utilization of the Dream Chaser vehicle, owned by Sierra Space
Check out the teacher's guide to plant experiments in microgravity.
This list is work in progress. The tools listed are not endorsed by UNOOSA and are provided only for information. The tools are maintained by third parties. Each user bears sole responsibility for their use and the use of their results.