Quantum key method enables redundant storage of qubit data
Wednesday, 14 January 2026 07:17
Los Angeles CA (SPX) Jan 07, 2026
A team of researchers at the University of Waterloo have demonstrated a method to back up quantum information by encrypting qubits during copying, providing redundancy while remaining consistent with the no-cloning theorem.
Quantum computing stores and processes information in qubits, which can be implemented in individual electrons, photons, atoms, ions or tiny electrical currents.
A team of researchers at the University of Waterloo have demonstrated a method to back up quantum information by encrypting qubits during copying, providing redundancy while remaining consistent with the no-cloning theorem.
Quantum computing stores and processes information in qubits, which can be implemented in individual electrons, photons, atoms, ions or tiny electrical currents. Can philanthropy fast-track a flagship telescope?
Wednesday, 14 January 2026 02:40?️
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The orbiting factories of the future
Wednesday, 14 January 2026 02:30?️
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Firefly to upgrade Alpha rocket to improve reliability
Wednesday, 14 January 2026 00:37
Firefly Aerospace says it will upgrade its Alpha launch vehicle, making changes intended to improve the reliability of a rocket that has experienced several failures.
Congressional hearing highlights military’s reliance on NOAA weather data
Tuesday, 13 January 2026 23:41
SAN FRANCISCO – A Jan. 13 hearing underscored the importance of ongoing collaboration between the National Oceanic and Atmospheric Administration (NOAA) and the U.S.
ESA and ClearSpace announce PRELUDE in-orbit servicing and debris removal mission
Tuesday, 13 January 2026 20:22
ESA and ClearSpace announce PRELUDE mission to test debris-removal techniques
Tuesday, 13 January 2026 20:22Pentagon commits $1 billion to L3Harris missile unit as ‘anchor investor’
Tuesday, 13 January 2026 19:02
Deal tied to planned IPO aims to expand solid rocket motor capacity
There’s no end in sight for a space ‘nuclear renaissance’
Tuesday, 13 January 2026 15:00
A quarter-century in orbit: Science shaping life on Earth and beyond
Tuesday, 13 January 2026 14:02?️
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PH-1 test flight advances Chinese reusable suborbital spacecraft plans
Tuesday, 13 January 2026 13:50
Tokyo, Japan (SPX) Jan 13, 2026
A Chinese suborbital spacecraft designed for reusable operations and future space tourism has completed a key test flight, marking a new step in the country's commercial space ambitions.
The vehicle, designated PH-1, is developed by Beijing-based commercial aerospace company CAS Space and is intended to support low cost scientific experiments in microgravity as well as pave the way for pas
A Chinese suborbital spacecraft designed for reusable operations and future space tourism has completed a key test flight, marking a new step in the country's commercial space ambitions.
The vehicle, designated PH-1, is developed by Beijing-based commercial aerospace company CAS Space and is intended to support low cost scientific experiments in microgravity as well as pave the way for pas Tiny Mars' big impact on Earth's climate
Tuesday, 13 January 2026 13:50
Riverside, CA (SPX) Jan 12, 2026
At half the size of Earth and one-tenth its mass, Mars is a featherweight as far as planets go. And yet, new research reveals the extent to which Mars is quietly tugging on Earth's orbit and shaping the cycles that drive long-term climate patterns here, including ice ages.
Stephen Kane, a professor of planetary astrophysics at UC Riverside, began this project with doubts about recent studi
At half the size of Earth and one-tenth its mass, Mars is a featherweight as far as planets go. And yet, new research reveals the extent to which Mars is quietly tugging on Earth's orbit and shaping the cycles that drive long-term climate patterns here, including ice ages.
Stephen Kane, a professor of planetary astrophysics at UC Riverside, began this project with doubts about recent studi Ancient impact may explain moons contrasting sides
Tuesday, 13 January 2026 13:50
Tokyo, Japan (SPX) Jan 13, 2026
For decades scientists have puzzled over why the moons two hemispheres look so different despite sharing a common origin in the early solar system.
The near side that always faces Earth is dominated by dark flat volcanic plains called maria that create the familiar man in the moon pattern seen with the naked eye. In contrast the far side has a much thicker crust and appears as a rugged hea
For decades scientists have puzzled over why the moons two hemispheres look so different despite sharing a common origin in the early solar system.
The near side that always faces Earth is dominated by dark flat volcanic plains called maria that create the familiar man in the moon pattern seen with the naked eye. In contrast the far side has a much thicker crust and appears as a rugged hea Ancient deltas reveal vast Martian ocean across northern hemisphere
Tuesday, 13 January 2026 13:50
Berlin, Germany (SPX) Jan 13, 2026
Using high resolution images from several Mars orbiters, an international team led by the University of Bern has identified a system of fan deltas in southeast Coprates Chasma that record the highest stand of an ancient ocean in Mars Valles Marineris. The geomorphologic structures, preserved today as scarp fronted deposits near the lower end of the canyon system, closely resemble classic river d
Using high resolution images from several Mars orbiters, an international team led by the University of Bern has identified a system of fan deltas in southeast Coprates Chasma that record the highest stand of an ancient ocean in Mars Valles Marineris. The geomorphologic structures, preserved today as scarp fronted deposits near the lower end of the canyon system, closely resemble classic river d Iron rich asteroids show surprising resilience in impact simulation study
Tuesday, 13 January 2026 13:50
London, UK (SPX) Jan 08, 2026
Physicists at the University of Oxford have contributed to a new experimental study that shows iron rich asteroids can withstand far more energy than previously estimated before breaking apart. The work provides direct insight into how metallic asteroid material behaves under impact like conditions and could help refine planetary defense strategies.
Recent demonstration missions such as NA
Physicists at the University of Oxford have contributed to a new experimental study that shows iron rich asteroids can withstand far more energy than previously estimated before breaking apart. The work provides direct insight into how metallic asteroid material behaves under impact like conditions and could help refine planetary defense strategies.
Recent demonstration missions such as NA