space science and tech
Electric sails are the more budget-friendly choice for commercial interplanetary cargo fleets, delivering lower launch mass, cheaper operations and minimal maintenance compared with nuclear pulse propulsion. The savings stem from lighter structures, micro-amp power needs and the absence of costly nuclear fuel. Space : Space Science and Technology for Interplanetary Cargo
space science and tech
In 2025, the House passed a $280 billion space act, and Rice University’s space science education is positioned to capitalize on that funding, though scaling challenges remain. The legislation reshapes federal support for research, workforce development, and satellite manufacturing, prompting universities like Rice to rethink curricula, labs, and industry
space science and tech
Helicity raised $5 million in 2023 to develop in-space fusion propulsion, underscoring the rapid rise of electric thrust. A Tesla-like ion engine can cut Mars travel costs by using electric propulsion that dramatically reduces propellant needs. This approach promises faster trips with lower budgets. Space : Space Science and Technology In
space science and tech
China CubeSat vs Western University-Based Constellations - Space : Space Science and Technology Sets the Global Standard China’s CubeSat fleet grew to 160 in 2023, outpacing the combined launches of the US, Europe and Russia. The surge is driven by government-backed projects, cheap components and a tightly knit launch pipeline.
space science and tech
In the 2022-23 academic year, 128 dual-enrolled students earned NASA internship offers, showing how emerging aerospace technologies turn classroom learning into real space opportunities. Space : Space Science and Technology Meets Dual Enrollment: Unlocking Early NASA Internships When I first walked into CSU's dual-credit STEM lab, I saw seniors
space science and tech
Hook Small satellite constellations are indeed the future of space because they democratise access, slash launch costs and enable deep-space data relay that early 2000s launch vehicles could never dream of. In 2024, over 600 small satellite constellations orbit Earth, a figure that dwarfs the 10 major national programmes of
space science and tech
Satellite imaging can shave up to 30% off disaster response cycles, letting even cash-strapped cities act faster and protect more lives. By plugging in free EO data, AI analytics, and rapid-deployment cloud services, municipalities can launch a satellite-driven workflow in weeks, not months. By 2024, agencies that integrated real-time satellite