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On This Day in 1959, Discoverer 5 Launched on a Secretive Mission

On This Day in 1959, Discoverer 5 Launched on a Secretive Mission

Discoverer 5, also known as Corona 9002, was an American optical reconnaissance satellite launched on August 13, 1959. As part of the Corona KH-1 s...

The Corpus Christi Caller Times

Latest Starship to launch in Texas may be lost to the sea, Musk says

Latest Starship to launch in Texas may be lost to the sea, Musk says

SpaceX landed the section of its Starship rocket that flies in space intact in the Indian Ocean. Towing it to land, though, is proving unlikely.

Palm Springs Desert Sun

SpaceX to livestream next Vandenberg rocket launch. How to watch

SpaceX to livestream next Vandenberg rocket launch. How to watch

SpaceX will provide a livestream of the next rocket launch at the Vandenberg Space Force Base in California. Here's how you can watch.

NASA's Space Shuttle Columbia Faces Early Launch Challenges Due to Shockwave Damage

NASA's Space Shuttle Columbia Faces Early Launch Challenges Due to Shockwave Damage

On April 12, 1981, NASA's Space Shuttle Columbia embarked on its inaugural flight, marking a significant milestone in space exploration. However, the launch was not without its challenges. During the initial seconds of liftoff, Columbia experienced unexpected damage to its thermal protection system. Engineers discovered that 16 heat shield tiles were missing and 148 were damaged. This damage was not due to any mechanical failure but was caused by the shockwave generated by the shuttle's own engines. The shockwave reflected off the launch pad and impacted the shuttle, highlighting a critical oversight in the launch process. To mitigate this issue in future launches, NASA implemented a sound suppression system that uses water to absorb the acoustic energy, preventing it from reflecting back onto the shuttle.

U.S. Army's 1946 Radar Experiment Proves Space Communication Feasibility

U.S. Army's 1946 Radar Experiment Proves Space Communication Feasibility

In 1946, the U.S. Army conducted a groundbreaking experiment by sending a radar pulse toward the Moon, which returned an echo 2.5 seconds later. This experiment demonstrated that radio signals could reach beyond Earth, marking a significant milestone in space communication technology. The success of this experiment laid the foundation for future advancements in space exploration and communication.

Antimatter Propulsion: A Future Prospect for Interstellar Travel

Antimatter Propulsion: A Future Prospect for Interstellar Travel

Antimatter propulsion is being explored as a potential method for achieving interstellar travel. This concept involves using matter-antimatter annihilation to generate thrust, with the potential to reach relativistic speeds. Antimatter propulsion offers significant energy efficiency, producing energy levels far exceeding those of chemical or nuclear propulsion. However, the challenges of producing and storing antimatter remain significant obstacles. Current technology limits the production of antimatter to nanogram quantities, and the cost of production is prohibitively high. Despite these challenges, antimatter propulsion continues to be a topic of interest for future space exploration.

Chinese Long March 7A Rocket Explodes Shortly After Launch

Chinese Long March 7A Rocket Explodes Shortly After Launch

A Long March 7A rocket launched by the China Aerospace Science and Technology Corporation exploded 85 seconds after liftoff from the Wenchang Space Launch Site. The rocket was carrying the Zhongxing-4B communications satellite, intended for geostationary transfer orbit. The explosion resulted in a complete loss of the vehicle and its payload. This incident marks the 18th mission of the Long March 7A series, which previously experienced a similar failure in 2020 due to an engine malfunction.

On This Day: Lunar Orbiter 1 Launched Toward the Moon in 1966

On This Day: Lunar Orbiter 1 Launched Toward the Moon in 1966

Lunar Orbiter 1 marked a significant milestone in space exploration as NASA's first successful mission to orbit the Moon. Launched in 1966, this ro...

Retrotechtacular: Revisiting the 1964 Lunar Mission and Its Technological Challenges

Retrotechtacular: Revisiting the 1964 Lunar Mission and Its Technological Challenges

A retrospective look at the 1964 lunar mission highlights the technological challenges and achievements of the era. The Ranger program, which aimed to capture images of the Moon, faced numerous setbacks before achieving success with Ranger 7. This mission marked the first successful transmission of lunar images back to Earth. The program's earlier failures, including Ranger 6's inability to activate its cameras upon impact, underscore the difficulties faced by scientists and engineers at the time. Despite these challenges, the program laid the groundwork for future lunar exploration, culminating in Neil Armstrong's historic moon landing five years later.

ESA Develops Artificial Eclipse Technology to Study Solar Corona

ESA Develops Artificial Eclipse Technology to Study Solar Corona

The European Space Agency (ESA) is advancing its efforts to study the solar corona by developing missions that create artificial eclipses. On August 12, 2026, parts of Europe will experience a total solar eclipse, providing a rare opportunity to observe the Sun's corona, which is usually obscured by the Sun's bright disc. To extend the observation window beyond the few minutes offered by natural eclipses, ESA has launched the Proba-3 mission. This mission involves two satellites flying in formation to simulate an eclipse, allowing for extended observation of the solar corona. The Proba-3 mission uses a coronagraph, a telescope with a disc to block the Sun, enabling detailed study of the corona. This technology is crucial for understanding space weather, which can impact satellite networks and communication systems.

Kreios Space to Test World's First Air-Breathing Satellite Thruster

Kreios Space to Test World's First Air-Breathing Satellite Thruster

Kreios Space to Test World's First Air-Breathing Satellite Thruster

Katalyst Space Technologies Advances Link Spacecraft Recovery

Katalyst Space Technologies Advances Link Spacecraft Recovery

Katalyst Space Technologies has successfully reduced the spin rate of its Link servicing spacecraft from 9 degrees per second to 1.47 degrees per second using an electric thruster. This achievement was accomplished with less than 100 grams of fuel. The spacecraft had entered a multi-axis spin during post-launch commissioning, and the company plans to upload a flight software update to restore full attitude control. The mission aims to reach NASA's Neil Gehrels Swift Observatory to raise its decaying orbit.