space science and tech
Seven breakthroughs, including electric thrusters that cut launch costs by up to 45%, will reshape satellite economics in 2026, making previously marginal missions commercially viable. According to the International Astronautical Federation, electric-propulsion-only missions cost $1,350 per kilogram in 2026, 45% less than low-thrust chemical launches at $2,450 per
space science and tech
NASA’s Aderia uses a robotic arm and net system to seize debris, while SpaceX repurposes Falcon 9 first stages as magnetic capture docks, each offering distinct pathways to a cleaner orbit. Did you know that by 2030 the number of tracked debris objects will double? Understanding the competing tech
space science and tech
A recent analysis shows a 15% drop in satellite manufacturing budgets directly linked to innovations highlighted at the University of Houston (UH) space symposium. The new optics, liquid-metal batteries and adaptive mass-fraction modules are driving savings that ripple through the whole supply chain. Financial Disclaimer: This article is for educational
space science and tech
Driving the UV Imaging Spectrometer Mission: Funding, Technology, and Astrobiology Insights The UV imaging spectrometer mission is funded by $174 billion in U.S. space science and technology investments, enabling rapid instrument development and integration into upcoming planetary science flights. This financial commitment, combined with coordinated agency structures, creates a