United Airlines unveils plan to revive supersonic jet travel
Friday, 04 June 2021 05:15
SpaceX Falcon 9 rocket launches cargo to space station
Friday, 04 June 2021 03:14
TikToker in space: Virgin Galactic to send up well-known researcher
Friday, 04 June 2021 03:14
NASA's OSIRIS-REx celebrates perfect departure maneuver from Asteroid Bennu
Friday, 04 June 2021 03:14
NASA's Juno to get a close look at Jupiter's Moon Ganymede
Friday, 04 June 2021 03:14
Leiden astronomers calculate genesis of Oort cloud in chronologically order
Friday, 04 June 2021 03:14
Front-row view reveals exceptional cosmic explosion
Friday, 04 June 2021 03:14
Which way does the solar wind blow?
Friday, 04 June 2021 03:14
Isotropic Systems and SES GS complete trials for of new connectivity for US Military
Friday, 04 June 2021 03:14
Kleos Polar Vigilance Mission Satellites dispatched to Cape Canaveral for Launch
Friday, 04 June 2021 03:14
China launches new meteorological satellite
Friday, 04 June 2021 03:14
One small step for cephalopods: SpaceX carrying research squids to ISS
Friday, 04 June 2021 03:14
Scientists, generals, policy experts ponder future role of Space Force
Thursday, 03 June 2021 22:53
WASHINGTON — A group of senior military leaders, scientists and other space professionals met this week in Colorado Springs to discuss the future of the U.S. Space Force.
“We are trying to anticipate what’s coming and prepare for an uncertain future,” said Joel Mozer, chief scientist of the Space Operations Command, based at Peterson Air Force Base in Colorado Springs.
Climavision emerges from stealth mode with $100 million for weather intelligence network
Thursday, 03 June 2021 20:07
TAMPA, Fla. — Private equity firm TPG has poured $100 million into weather services startup Climavision, which will marry satellite and terrestrial radar observations to improve climate intelligence.
Louisville, Kentucky-based Climavision emerged from stealth mode June 2 after being borne out of Enterprise Electronics Corporation, a 50-year old U.S.
Space bubble experiment could lead to more effective early cancer screenings
Thursday, 03 June 2021 19:55
Researchers studying how bubbles form and function are sending a fully automated, self-contained experiment into space.
The study, led by Tengfei Luo, a professor in the Department of Aerospace and Mechanical Engineering at the University of Notre Dame, will be initiated by astronauts aboard the International Space Station (ISS). Using real-time results sent back to Earth for analysis, Luo and his team hope to gain a better fundamental understanding of how bubbles form, grow and detach from solid surfaces with different nanoscale features.
This information could improve diagnostic capabilities for life-threatening diseases including certain cancers.
"What we are looking at in parallel to the research taking place on the ISS is how to use these bubbles for cancer detection at early stages—when cancerous cells are still at very low concentrations," Luo said. "Our method is a potential method to increase sensitivity and improve early cancer detection."
In a 2020 study published in Advanced Materials Interfaces, Luo successfully used laser heating to generate bubbles in a solution containing biological molecules.