
Copernical Team
Satellite images show positive impact of conservation efforts for China's coastal wetlands

Carbon nanotubes could help electronics withstand outer space's harsh conditions

China's conducted 100s of hypersonic weapon tests

NASA, SpaceX reschedule Crew-3 launch due to weather

Space business opportunities in the Netherlands

ESA accelerates space-based climate action at COP26

ESA is poised to showcase how satellite data underpins global efforts to avert climate catastrophe at pivotal international talks held in the UK.
Antarctic glacier named Glasgow to mark COP26

Nine fast-flowing glaciers in West Antarctica have been named after locations of important climate treaties, conferences and reports. One of the glaciers is now called Glasgow Glacier to mark the city hosting the COP26 climate change conference. All the glaciers are in the Getz region, which, using data from satellites, was found recently to have lost more than 300 gigatonnes of ice over the last 25 years.
SpaceX delays astronaut flight due to rough wind, waves

To star gazers: Fireworks show called Northern Lights coming

The Parkes dish is still making breakthroughs 60 years after it first gazed at the skies

The CSIRO's 64-meter Parkes Radio Telescope was commissioned on October 31 1961. At the time it was the most advanced radio telescope in the world, incorporating many innovative features that have since become standard in all large-dish antennas.
Through its early discoveries it quickly became the leading instrument of its kind. Today, 60 years later, it is still arguably the finest single-dish radiotelescope in the world. It is still performing world-class science and making discoveries that shape our understanding of the Universe.
The telescope's origins date back to wartime radar research by the Radiophysics Laboratory, part of the Council for Scientific and Industrial Research (CSIR), the forerunner of the CSIRO. On the Sydney clifftops at Dover Heights, the laboratory developed radar for use in the Pacific theater. When the second world war ended, the technology was redirected into peaceful applications, including studying radio waves from the Sun and beyond.
In 1946, British physicist Edward "Taffy" Bowen was appointed chief of the Radiophysics Laboratory. He had been one of the brilliant engineers, dubbed "boffins," who developed radar as part of Britain's secret prewar military research.