Copernical Team
Temperature of solar flares helps understand nature of solar plasma
The Sun's rotation produces changes in its magnetic field, which flips completely every 11 years or so, triggering a phase of intense activity. Solar flares - huge eruptions from the surface of the Sun lasting minutes or hours - emit intense bursts of particles and high levels of electromagnetic radiation. The release of energy during solar flares heats the chromosphere, causing almost full ioni OU space scientists provide new insight into the evolution of Mars' atmosphere
Scientists at The Open University (OU) have analysed isotopic measurements in the atmosphere of Mars, providing new information on the evolution of the Martian climate throughout history and the origin of surface organics on Mars.
The atmosphere of Mars, which is mostly made of carbon dioxide (CO2), is relatively enriched in 'heavy' carbon (13C) with respect to Earth due to the preferentia A blancing act at Ubajara: Sol 3830
We are in the midst of our 38th successful drill campaign, analyzing the "Ubajara" bedrock, a sample of what we have been referring to as the "above Marker band" bedrock. Curiosity has been systematically analyzing the bedrock and associated vein and nodular features for chemistry, texture and sedimentology since we left the Marker band and our last drill target, "Tapo Caparo."
We are inte Lunar Flashlight to fly by Earth
With its primary mission over, the CubeSat will zoom by Earth late Tuesday, May 16, and NASA's Eyes on the Solar System app will track it, providing a chance to say farewell.
NASA's Lunar Flashlight mission to the Moon has ended, but the briefcase-size spacecraft will soon fly past Earth before heading into deep space. On Tuesday, May 16, at 9:44 p.m. PDT (Wednesday, May 17, at 12:44 a.m. China continues testing its 130-ton reusable liquid oxygen kerosene engine
China's National Space Agency has announced a significant achievement in the country's space propulsion development. The Xi'an Aerospace Propulsion Research Institute, known for its independent research and design capabilities, has successfully initiated two test runs of the 130-ton reusable liquid oxygen kerosene afterburning cycle engine. This milestone was achieved on the Tongchuan high-thrus Ax-2 crew carrying personal, cultural mementoes on launch to ISS
The second crew of astronauts set to launch on a totally private space mission said Tuesday they feel inspired by the responsibility and significance of their flight.
The four-member Axiom Space crew is scheduled to lift off at 5:37 p.m. EDT Sunday from Kennedy Space Center in Florida. They'll travel in a SpaceX Crew Dragon capsule on a mission that includes eight days aboard the Intern Tomorrow.io paves way for new global weather forecasting service
The Tomorrow Companies Inc., the world's leading weather intelligence platform, has announced successful on-orbit operation of its first satellite, Tomorrow-R1. Launched on April 14th, Tomorrow-R1 is the world's first commercially built weather-radar satellite.
It is orbiting at 500 km above Earth in a polar orbit, and carrying a Ka-band radar ideally suited for detecting precipitation and Space waves offer new clues to space weather
More accurate space weather predictions and safer satellite navigation through radiation belts could someday result from new insights into "space waves," researchers at Embry-Riddle Aeronautical University reported.
The group's latest research, published on May 4, 2023, by the journal Nature Communications, shows that seasonal and daily variations in the Earth's magnetic tilt, toward or aw NASA to announce a second Lunar lander partner for Moon Mission
On May 19, at 10 a.m. EDT, the National Aeronautics and Space Administration (NASA) will unveil the second industry partner to collaborate on its groundbreaking Artemis V Moon mission. This momentous announcement will be broadcasted from NASA Headquarters in Washington, D.C., and will reveal the chosen organization to design and build a sustainable human landing system for our return to lunar ex Just 1 in 5 employees in the space industry are women—this lack of diversity is holding us back, say researchers

This week, the Australian Space Summit is celebrating some of our nation's strengths and achievements in the space sector. But it's taking place under the shadow of significant cuts to space technology investment announced in last week's federal budget.
Space technologies play a critical role in responding to many national priorities, such as climate and disaster resilience, connecting regional Australians, contributing to regional security and driving economic growth. Yet, the sector suffers from a branding issue—most people think of rockets and astronauts, rather than the satellites we depend on globally.
This leads to a misunderstanding in government of the importance of space technologies to the issues we are seeking to solve. It also makes it harder to recruit talented people to the field.
So, how do we find enough people with the skills necessary to grow this critical technology sector?
Why diversity and inclusivity matter
The answer is placing a new priority on talent recruitment and expanding diversity and inclusivity in the space sector.
The space sector needs workers from all different backgrounds and disciplines, but is struggling to attract a diverse talent pool.
