Copernical Team
Rocket Lab set to boost Capella's satellite constellation with upcoming launch
Rocket Lab USA, Inc. (Nasdaq: RKLB) has scheduled its next Electron launch during a window that opens 28 July 2023 NZST/UTC.
The mission, named 'We Love the Nightlife,' is slated to commence during a launch window that opens on July 28, 2023 NZST/UTC. The launch site will be Rocket Lab Launch Complex 1, positioned on New Zealand's picturesque Mahia Peninsula.
American space tech firm Kuaizhou 1A launches satellites into orbit
China's state-owned China Aerospace Science and Industry Corp (CASIC) successfully launched a Kuaizhou 1A carrier rocket from the Jiuquan Satellite Launch Center, located in China's northwestern desert, on Thursday morning. The mission's primary objective was to place four new weather satellites into orbit, enhancing the country's atmospheric data collection capabilities.
The Kuaizhou 1A, Groundbreaking method to speed up aerosol retrieval data from Chinese optical satellite
A groundbreaking method for rapidly obtaining detailed observations of atmospheric aerosols via a new Chinese optical satellite has been proposed by a team of scientists. Aerosols, atmospheric particles that have a significant impact on our planet's climate system, influence solar and terrestrial radiation, and modify cloud properties.
While the launch of new satellite sensors often comes Thales announces Quantum-Ready Cybersecurity measures for Galileo
Thales, the French multinational company, has affirmed its central role in providing cybersecurity solutions for Galileo, the global navigation satellite system (GNSS) that provides geolocation services. Thales, leading a consortium which includes Italian firm Leonardo, is tasked with expanding the G2G IOV SECMON project's security monitoring scope, incorporating new assets into the G2G system. A faster way to teach a robot
Imagine purchasing a robot to perform household tasks. This robot was built and trained in a factory on a certain set of tasks and has never seen the items in your home. When you ask it to pick up a mug from your kitchen table, it might not recognize your mug (perhaps because this mug is painted with an unusual image, say, of MIT's mascot, Tim the Beaver). So, the robot fails.
"Right now, How do microbes spread globally
The study "Understanding atmospheric intercontinental dispersal of harmful microorganisms"* compiles the scope of the problem of the global dispersal of harmful microorganisms through the upper layers of the atmosphere. It confirms that the atmosphere -specifically the free troposphere- acts as a highway for many microbes and emphasizes the mechanisms that facilitate it.
The work combines Above: Orbital achieves significant milestone with NASA in Space Station gravity tech
In a significant leap for space technology, Above: Orbital, the innovative space-based platform design and development company, has recently confirmed the successful testing of its cold gas engine thruster technology and related software. The trial, held at the NASA Marshall Space Flight Center, highlights a remarkable progression in the development of artificial gravity platforms.
Above: Potential earthquake precursor discovered through GPS measurements
In a significant development in the field of earthquake prediction, a study by the Paris Institute of Planetary Physics suggests that a noticeable stage of fault slip can occur two hours before significant earthquakes. The analysis, which evaluated Global Positioning System (GPS) time-series data from almost 100 large-scale seismic events worldwide, provides evidence for this groundbreaking hypo Groundbreaking 3D-Printed frictionless gear for space applications
Space equipment is no stranger to being described as "alien artwork", but the latest development from the Swiss team at CSEM, in collaboration with 3D Precision SA and Almatech SA, can rightly earn that moniker. The cutting-edge design they've produced is a unique 3D-printed gear mechanism, one that stands to revolutionize the functionality of critical space instruments. With a construction that The Stickiness Dilemma: Size plays a pivotal role in cosmic dust adhesion
Size matters when it comes to the formation of planets from cosmic dust, according to a team of astrophysicists from Tohoku University. The researchers' simulations found that the larger the dust aggregate, the less likely it is to stick together following a collision, an observation that may have significant implications for our understanding of planetary evolution.
The formation of new p 