Troy– Author –
-
Scanning Acoustic Microscopy (SAM) Enables High-Precision Non-Destructive Detection of Internal Defects in Semiconductor Packaging
Infinita Lab USA Overview Scanning Acoustic Microscopy (SAM) is highlighted as a critical non-destructive tool for high-precision evaluation of internal defects in semiconductors, electronic packaging, and material science. SAM excels at... -
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... -
Stoke Space Completes Nova Stage 1 Proto-Qualification Testing for Fully Reusable Rocket, Targeting Aircraft-Like Operational Cadence
Stoke Space USA Overview Stoke Space announced the successful completion of proto-qualification testing for the first stage of its fully reusable Nova rocket. This crucial milestone demonstrates the maturity of Nova's hardware, software,... -
SpaceX Breaks Reusability Record with 35th Falcon 9 Booster Landing, Expanding Starlink Constellation
Space.com USA Overview SpaceX achieved a new reusability record by successfully launching and landing a Falcon 9 rocket's first-stage booster for the 35th time. This historic mission deployed 29 new Starlink satellites into Low Earth Orb... -
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... -
Orbital Data Centers Accelerate: SpaceX’s AI1 Satellite, AWS, Azure, Google Drive In-Space AI Training and Cloud Connectivity
Tom's Hardware USA Overview Leading companies are actively developing and deploying the first generation of orbital data centers and space data infrastructure. SpaceX, in particular, has unveiled the detailed design for its 'AI1 satellit... -
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...
