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NASA Tests Nuclear Rocket Engine Designed for Faster Deep-Space Missions
NASA has completed its first full-scale nuclear rocket reactor tests since the 1960s, marking a major milestone for deep-space propulsion. More than 100 cold-flow tests validated hydrogen flow and system stability. Nuclear thermal rockets could significantly reduce travel time, radiation exposure, and payload constraints for future Moon and Mars mi...
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NASA Races to Restore Contact With MAVEN Mars Orbiter After Weeks of Silence
NASA has resumed efforts to reestablish contact with the MAVEN spacecraft after Mars emerged from solar conjunction. Engineers are using the Deep Space Network and studying recovered data from December 6 to determine what caused the communication loss and assess the spacecraft’s condition.
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NASA May Launch Historic Artemis 2 Moon Mission in Just One Month, Astronauts Ready for Flight
NASA’s Artemis 2 mission could launch astronauts around the moon in February, marking the first human flight to lunar space since Apollo 17. The crew will test Orion’s systems on a free-return trajectory and prepare for future lunar landings, paving the way for Artemis 3 and NASA’s goal of establishing a long-term human presence on the moon.
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Celestis to Send Human Ashes Beyond the Moon on Deep-Space Memorial Flight in 2026
Celestis, a Texas-based pioneer of space memorial services, is preparing its next deep-space mission, Infinite Flight, scheduled for late 2026. Launched aboard Stoke Space’s fully reusable Nova rocket from Cape Canaveral, the mission will carry cremated remains and DNA samples beyond the Moon into a permanent solar orbit. Part of Celestis’s Voy...
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ESA Expands Deep Space Network with New Australian Antenna
ESA’s New Norcia 3 antenna in Western Australia boosts global deep-space communication. The €62.3 million project will support missions like Hera and Juice while enhancing cooperation with Australia, NASA, and ISRO, ensuring broader coverage for interplanetary spacecraft.
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NASA Prepares 2025 Carruthers Mission to Explore Earth’s Hidden Hydrogen Halo
NASA’s Carruthers Geocorona Observatory, launching in 2025, will capture ultraviolet light from hydrogen atoms to map Earth’s faint geocorona. Operating a million miles sunward, it will study how solar activity drives atmospheric loss, improves satellite protection, and reveals clues to planetary habitability, providing critical insight for fut...
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NASA’s Artemis II Astronauts Will Double as Test Subjects for Deep Space Health Research
NASA’s Artemis II mission will send astronauts beyond low Earth orbit as both scientists and volunteer test subjects. The crew will conduct health, radiation, and lunar studies, providing vital data to protect future explorers. Results will guide safety protocols for lunar and Mars missions, advancing human readiness for long-duration deep space ...
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InSight Mission Uncovers Chaotic Structure Locked Inside Mars’ Interior
NASA’s InSight mission uncovered Mars’ mantle as chaotic and fractured, resembling a Rocky Road brownie rather than a layered planet. Seismic data revealed ancient fragments, some over 4 km wide, preserved by a rigid crust for more than four billion years. The findings offer fresh insights into Mars’ explosive past and the evolution of rocky ...
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Mars' Interior Holds Evidence Of Violent Early History, NASA Scientists Confirm
NASA scientists have discovered massive fragments of ancient planetary collisions buried deep in Mars' mantle, using seismic data from the InSight lander.
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NASA Reveals How It Fixed A Camera 370-Million-Miles Away In Deep Space
The technique has implications for future space missions, showing the potential for remote diagnostics and repair in deep space.
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NASA Tests Nuclear Rocket Engine Designed for Faster Deep-Space Missions
NASA has completed its first full-scale nuclear rocket reactor tests since the 1960s, marking a major milestone for deep-space propulsion. More than 100 cold-flow tests validated hydrogen flow and system stability. Nuclear thermal rockets could significantly reduce travel time, radiation exposure, and payload constraints for future Moon and Mars mi...
-
NASA Races to Restore Contact With MAVEN Mars Orbiter After Weeks of Silence
NASA has resumed efforts to reestablish contact with the MAVEN spacecraft after Mars emerged from solar conjunction. Engineers are using the Deep Space Network and studying recovered data from December 6 to determine what caused the communication loss and assess the spacecraft’s condition.
-
NASA May Launch Historic Artemis 2 Moon Mission in Just One Month, Astronauts Ready for Flight
NASA’s Artemis 2 mission could launch astronauts around the moon in February, marking the first human flight to lunar space since Apollo 17. The crew will test Orion’s systems on a free-return trajectory and prepare for future lunar landings, paving the way for Artemis 3 and NASA’s goal of establishing a long-term human presence on the moon.
-
Celestis to Send Human Ashes Beyond the Moon on Deep-Space Memorial Flight in 2026
Celestis, a Texas-based pioneer of space memorial services, is preparing its next deep-space mission, Infinite Flight, scheduled for late 2026. Launched aboard Stoke Space’s fully reusable Nova rocket from Cape Canaveral, the mission will carry cremated remains and DNA samples beyond the Moon into a permanent solar orbit. Part of Celestis’s Voy...
-
ESA Expands Deep Space Network with New Australian Antenna
ESA’s New Norcia 3 antenna in Western Australia boosts global deep-space communication. The €62.3 million project will support missions like Hera and Juice while enhancing cooperation with Australia, NASA, and ISRO, ensuring broader coverage for interplanetary spacecraft.
-
NASA Prepares 2025 Carruthers Mission to Explore Earth’s Hidden Hydrogen Halo
NASA’s Carruthers Geocorona Observatory, launching in 2025, will capture ultraviolet light from hydrogen atoms to map Earth’s faint geocorona. Operating a million miles sunward, it will study how solar activity drives atmospheric loss, improves satellite protection, and reveals clues to planetary habitability, providing critical insight for fut...
-
NASA’s Artemis II Astronauts Will Double as Test Subjects for Deep Space Health Research
NASA’s Artemis II mission will send astronauts beyond low Earth orbit as both scientists and volunteer test subjects. The crew will conduct health, radiation, and lunar studies, providing vital data to protect future explorers. Results will guide safety protocols for lunar and Mars missions, advancing human readiness for long-duration deep space ...
-
InSight Mission Uncovers Chaotic Structure Locked Inside Mars’ Interior
NASA’s InSight mission uncovered Mars’ mantle as chaotic and fractured, resembling a Rocky Road brownie rather than a layered planet. Seismic data revealed ancient fragments, some over 4 km wide, preserved by a rigid crust for more than four billion years. The findings offer fresh insights into Mars’ explosive past and the evolution of rocky ...
-
Mars' Interior Holds Evidence Of Violent Early History, NASA Scientists Confirm
NASA scientists have discovered massive fragments of ancient planetary collisions buried deep in Mars' mantle, using seismic data from the InSight lander.
-
NASA Reveals How It Fixed A Camera 370-Million-Miles Away In Deep Space
The technique has implications for future space missions, showing the potential for remote diagnostics and repair in deep space.
