Business with human and robotic exploration by Staff Writers Paris (ESA) Mar 12, 2019
Space is profitable - each euro spent on the International Space Station produces 1.8 euros added value to European economies. Research in low Earth orbit has already contributed to the economy in health and material sciences. For example, technology developed for the Space Station is used in almost all laser eye-surgery in Europe. Skills developed for space can also help remote places on Earth - such as developing tele-medecine, or water and air management. ESA astronaut missions in recent years have focused on science and on research and technology development with benefits for people on Earth. ESA's commercial partnership with European industry facilitates space exploration and promotes a broader use of the International Space Station. It also fosters new technology to boost future ESA missions to the Moon and Mars. The opening of low Earth orbit to more commercial involvement will encourage activities in this sector from European companies and research institutes.
Ice Cubes
Bartolomeo The versatile Bartolomeo all-in-one mission service will provide end-to-end access for external payloads on the International Space Station at competitive prices. It offers an unobstructed view of Earth, direct control of the experiments from the ground via a high-speed communications, and allows for samples to be returned to Earth for further analysis. Space has become an integrated part of our daily lives. From smartphones to agricultural monitoring, the socio-economic benefits of space activities are so diverse that they are not always so obvious to the general public. ESA focuses this week on what space is doing for the economy, in particular, highlighting the flourishing applications domain and business opportunities.
Assembly in the air: Using sound to defy gravity Bath UK (SPX) Mar 05, 2019 Scientists at the University of Bath have levitated particles using sound in an experiment which could have applications in so-called "soft robotics" and help reveal how planets start to form. The research team, from the University of Bath and the University of Chicago, were interested in how materials cluster together when they're not on a hard flat surface. They used sound waves to levitate particles of around 1mm in diameter and studied how these particles, made of the common plastic poly ... read more
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