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Histidine-Derived Carbon Dots Enable Bioimaging of Lipid Vesicles and White-Light Emission
ACS Publications USA Overview Researchers have successfully synthesized histidine-derived carbon dots (His-CDs) under pH-mediated conditions, demonstrating their utility for bioimaging of lipid vesicles and white-light-emitting applicati... -
City Labs Successfully Launches BOHR, the First Commercial Nuclear-Powered Satellite Approved via New FAA Process
Space Daily / Battery Technology / World Nuclear News USA Overview City Labs successfully launched its first commercial nuclear-powered satellite, BOHR (Betavoltaic Orbital High-Reliability), aboard a SpaceX Falcon 9. This mission repres... -
Renesas Electronics Unveils Radiation-Hardened Processors for Deep Space Missions, Balancing Computational Power and Reliability
Renesas Electronics Press Release Japan Overview Renesas Electronics has announced new radiation-hardened processors capable of withstanding the harsh radiation environments of deep space missions. These processors are designed for inter... -
Advanced Thermal Protection System for Venus Missions Developed: New Ablator Material Validated for 2000°C, High-Pressure Environments
Journal of Spacecraft and Rockets (Preprint) International Overview Development is underway for an advanced Thermal Protection System (TPS) for future Venus missions, capable of withstanding the extreme high temperatures (over 2000°C) an... -
Perovskite-Silicon Tandem Cells Achieve Over 20% Higher Efficiency for Space Applications, Surpassing Conventional Solar Arrays
Nature Energy (Preprint) International Overview Perovskite-silicon tandem cells, developed to boost efficiency for space solar arrays, have demonstrated over 20% higher power conversion efficiency (cell efficiency exceeding 30%) compared... -
Novel SiC MOSFET Sustains High Radiation Hardness Across Broad Doses, Paving Way for Deep Space Power Systems
ECS Journal of Solid State Science and Technology (Preprint) International Overview A new Silicon Carbide (SiC) MOSFET, developed for spacecraft power systems, has demonstrated superior radiation hardness across a wide range of radiation... -
DARPA Selects Seven Projects for ‘Rads to Watts’ Program to Develop Radioisotope Power for Deep-Sea and Space Environments
American Nuclear Society USA Overview DARPA has selected seven innovative projects for its 'Rads to Watts' program, focused on designing radioisotope voltaic cells to provide long-term power in extreme environments like deep-sea and spac... -
DARPA SPCE Program Advances >85% Efficient, Radiation-Tolerant Space Power Electronics Utilizing GaN/SiC Wide Bandgap Semiconductors
Strategic Market Research USA Overview DARPA's Space Power Conversion Electronics (SPCE) program is addressing the efficiency limitations of traditional space power systems by developing high-efficiency, radiation-tolerant power conversi... -
Split GFP Fluorescent Biosensors Visualize Real-Time Dynamics of ER-Golgi Membrane Contacts with Super-Resolution Imaging
Research Article UK Overview Researchers have developed gene-encoded fluorescent biosensors utilizing a split GFP/YFP system to specifically label and dynamically observe ER-Golgi membrane contact sites. These advanced probes enable supe... -
Bioprocessing Technologies Expand Beyond Pharma to Reshape Food Production, Environmental Applications, and Sustainable Manufacturing
LabX Media Group USA Overview Core bioprocessing technologies such as fermentation bioreactors, membrane filtration, and PAT sensors are extending their reach beyond pharmaceuticals into food, industrial enzymes, biofuels, and environmen...
