space
Check latest news on Astronomy, Space Exploration, Planets, Earth, Mars, NASA news, Asteroid news and more on Interesting Engineering
3/17/2024
Is there no dark matter in our universe?
Professor Rajendra Gupta suggests that dark matter might not exist by looking at how forces in the universe change over time and how light behaves.
Abdul-Rahman Oladimeji Bello
3 years ago
This company plans to mine helium-3 on the moon to power Earth
Helium-3 has the potential to meet all our energy demands as well as boost the growth of sectors like quantum computing.
Rupendra Brahambhatt
3 years ago
3/15/2024
China’s laser link dreams stalled, lunar satellites lost to wrong orbit
China’s quest to explore lunar orbit encounters an unexpected obstacle
Mrigakshi Dixit
3 years ago
3/14/2024
NASA awards grant to craft high-tech lunar ground-penetrating radar
SPARCI will be built with advanced technology to produce deeper and more detailed imaging than earlier equipment.
Mrigakshi Dixit
3 years ago
3/13/2024
Japan’s 1st private rocket fails in 5 seconds of launch, blasts midair
The rocket lifted off from the company’s launch site in the Wakayama area of western Japan.
Mrigakshi Dixit
3 years ago
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About Space
Space is both an engineering problem and a scientific one. It involves building systems that can survive harsh environments and using them to collect data that can't be gathered any other way. This category covers how spacecraft are designed and operated, and how space is used as a platform for science, observation, and experimentation.
Coverage at Interesting Engineering spans space discoveries, launch vehicles, satellites, space stations, planetary missions, and space-based observatories. That includes communications and navigation satellites, Earth observation and climate monitoring, astrophysics missions, planetary science, heliophysics, and exploration beyond Earth orbit. The focus is on how these missions are planned, built, and run, not just on their scientific results.
Space systems face constraints that don't exist elsewhere: mass limits, radiation exposure, extreme temperatures, long delays, and the inability to repair hardware once it's deployed. This category looks at how those constraints shape engineering choices, mission design, testing, and risk management. It also examines why space projects often take years to launch and even longer to deliver meaningful data.
On the science side, the category looks at how instruments are designed, calibrated, and validated, and how raw data becomes usable science. Space-based research often depends on long-term observations, precise measurements, and careful interpretation, especially when studying distant objects or slow-moving processes.
We also cover the growing complexity of orbital activity. Increased launch rates, commercial operators, and small satellites have expanded access to space while creating challenges around congestion, debris, and coordination. Scientific, commercial, and military uses increasingly overlap, shaping how space is governed and managed.
Rather than treating space as aspiration or spectacle, this category focuses on function. It tracks missions that deliver lasting scientific value, systems that operate reliably over time, and the practical work required to keep space both useful and usable.