Scope of the Third Joint Scientific Meeting of COST NanoSpace
Third Joint Scientific Meeting of COST NanoSpace will explore cutting-edge research on carbon-based molecular nanostructures such as fullerenes, graphene, and carbon nanotubes. These materials play a crucial role in space science and exploration. During the meeting, we will examine their formation, properties, and potential applications in space’s extreme conditions.
Key Topics of Discussion Will Include:
Formation and Characterization
A major focus of the meeting will be on the synthesis and behavior of carbon nanostructures in space. Researchers will discuss their formation and identification in cosmic environments, particularly within interstellar space. Additionally, the methods used to detect and characterize these structures in space will also be explored.
Space Radiation and Stability
We will also delve into the effects of space radiation, extreme temperatures, and vacuum conditions on the stability of carbon nanostructures. Understanding how these materials withstand the harsh conditions of space is crucial for evaluating their long-term viability. This knowledge will offer insights into their potential use in future space missions.
Astrobiology and Planetary Science
Carbon nanostructures are believed to play a key role in forming complex organic molecules. Their significance in astrobiology and planetary science will be thoroughly explored. In particular, discussions will focus on how these materials might contribute to the development of life on other planets, offering new perspectives on the origins of life and the potential for life beyond Earth.
Applications in Space Technology
Another important topic will be the use of these materials in space technology. Carbon nanostructures have the potential to enhance energy storage systems, propulsion technologies, and sensor systems for space exploration. By integrating them into future technologies, we can unlock new possibilities for space missions.
Experimental Studies
The meeting will also highlight space-based experiments designed to study carbon nanostructures in microgravity. These experiments are essential for understanding how these materials behave in space and their potential uses in space applications. Their findings could lead to significant advancements in space technology.
This event offers a unique opportunity to exchange ideas, discuss the latest research, and form valuable collaborations. The knowledge shared will help drive forward this exciting field, paving the way for new breakthroughs in space science and exploration.
