Science & Space

64 articles

Explore the universe and the lab. Breaking news on space missions, physics discoveries, and the scientific breakthroughs changing humanity.

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Totimorphic Structures: The Reprogrammable Materials Shaping Future Space Missions

Totimorphic Structures: The Reprogrammable Materials Shaping Future Space Missions

Researchers have unveiled a computational framework for continuously reprogramming Totimorphic structures - zero-stiffness mechanical lattices - to autonomously adapt their physical and optical properties for deep space applications. Authored by Dominik Dold and colleagues, the research demonstrates how these materials could enable self-configuring space telescope mirrors....

Lithium-Doped Catalyst Achieves 99% Efficiency in Seawater Propylene Epoxidation

Lithium-Doped Catalyst Achieves 99% Efficiency in Seawater Propylene Epoxidation

Researchers have developed a highly efficient method for electrochemical propylene epoxidation from seawater, achieving a near-perfect 99.0% Faradaic efficiency. By incorporating lithium into cobalt oxide catalysts, the team successfully synthesized propylene oxide using renewable resources....

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Space-Time-Coding Metasurfaces Unlock High-Dimensional OAM Multiplexing

Space-Time-Coding Metasurfaces Unlock High-Dimensional OAM Multiplexing

Space-time-coding metasurfaces are revolutionizing wireless communications by enabling high-dimensional multiplexing through a single, compact aperture. A newly published study introduces a dual-polarized asynchronous metasurface that manipulates orbital angular momentum to drastically increase data channels....

New AI-Driven Hybrid Prediction System Enhances Wind Energy Forecasting

New AI-Driven Hybrid Prediction System Enhances Wind Energy Forecasting

Researchers have developed a novel hybrid prediction system, ICEEMDAN-NCRBMO-AELM, to significantly improve the reliability of multi-seasonal wind power forecasting. This advancement addresses critical grid stability challenges caused by meteorological volatility....

Microwave quantum network stays coherent up to 4 K by radiative cooling

Microwave quantum network stays coherent up to 4 K by radiative cooling

Microwave quantum network results up to 4 K show a practical path to linking superconducting qubits outside ultra-cold, fully isolated setups. The team reports radiative cooling that suppresses thermal photons, enabling state transfer and remote entanglement above classical limits....

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