New Technology– category –
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Plasma Surface Engineering for Automotive Thermal Management Maximizes TIM Wettability to Minimize Thermal Resistance
KeyLink USA Overview Advanced plasma surface treatment has been introduced to significantly reduce contact thermal resistance in EV powertrain cooling systems. This technology elevates substrate surface energy to over 72 mN/m, achieving ... -
Canadian Space Agency Awards $2M for Lunar In-Situ Resource Utilization (ISRU) Studies: Advancing Self-Sufficiency and Nuclear Power for Moon Bases
SpaceQ Canada Overview The Canadian Space Agency (CSA) has awarded a total of $2 million across four new research contracts for Lunar In-Situ Resource Utilization (ISRU) to explore methods for human survival on the Moon. Canadian Strateg... -
University of Florida Innovates Lunar Construction with Laser ‘Origami’ Technology: 3D Printing Tools and Structures from In-Situ Resources
Universe Today USA Overview Researchers at the University of Florida are exploring innovative methods for constructing structures on the Moon using laser-forming technology, dubbed 'laser origami.' This non-contact process precisely bend... -
NASA Announces Plans to Launch Nuclear-Powered Spacecraft ‘SR-1 Freedom’ to Mars by 2028: Integrated Technology to Accelerate Deep Space Exploration
Space Daily USA Overview NASA has announced plans for the 'Space Reactor 1 (SR-1) Freedom' mission, aiming to launch a nuclear-powered spacecraft to Mars by late 2028. This rapid realization is achieved by integrating two previously sepa... -
EnduroSat Introduces Modular 437W EPS-I Power System to Extend CubeSat Mission Lifespans and Capabilities
satsearch ブルガリア Overview Bulgarian space technology company EnduroSat has unveiled EPS-I, a modular Electrical Power System (EPS) for 6U to 16U CubeSats, capable of delivering up to 437W of continuous power. Designed to maximize mis... -
GlobalFoundries and BAE Systems Collaborate on Radiation-Hardened ‘RHBD’ Chips, Ensuring Electronics Reliability for Deep Space Missions Including Artemis II
Design And Reuse (via GlobalFoundries) USA Overview GlobalFoundries and BAE Systems are collaborating to develop Radiation Hardened By Design (RHBD) semiconductor solutions capable of withstanding the harsh radiation environments of deep... -
Solidion Technology Unveils Graphene-Enabled Extreme-Climate Battery (Gen-ECB) for Orbital AI Data Centers, Lunar, and Deep Space Applications
Dallas Innovates USA Overview Dallas-based Solidion Technology announced its 'Generation Extreme-Climate Battery (Gen-ECB)' platform, designed for orbital AI data centers, lunar infrastructure, crewed spacecraft, and deep-space explorati... -
University of Twente Integrates Additive Manufacturing, Boiling Heat Transfer, and Electric Field Control in Microgravity Smart Surface Research
University of Twente Netherlands Overview A research team at the University of Twente, led by Davoud Jafari, completed a series of parabolic flight experiments to investigate advanced smart surfaces under rapidly changing gravity conditi... -
Multi-Omics Analysis Reveals Early Human Spaceflight Responses Across Commercial Missions Ax-2 and Ax-3, Illuminating Adaptation Pathways
bioRxiv Unknown Overview A new study, released on bioRxiv, establishes a multi-omics integrated analysis of early human spaceflight responses from two independent commercial missions, Ax-2 and Ax-3. This research provides a foundational ... -
Microgravity Biomanufacturing and Materials Science Accelerate: Breakthroughs in Microbes, Plants, and Semiconductors Unlocked in Space
ISS National Lab USA Overview Research in microgravity biomanufacturing and materials science is accelerating, yielding innovative results in fields like microbes, plants, and semiconductors. ISS National Lab-supported studies revealed t...
