Silicon– tag –
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Precise Doping Control in Pd-Filled CNT Transistors Halves Contact Resistance and Quadruples On-Current, Accelerating Carbon Electronics
Wiley (Small) International Overview A new study established a controllable doping strategy for single-walled carbon nanotube (SWCNT) transistors by combining palladium (Pd) encapsulation and electron beam irradiation. This innovative ap... -
TiO₂ Nanoparticles Reveal New Optical Signatures in Colorectal Cancer Cells
Journal of Nanostructures Iran Overview The July 2026 issue of the Journal of Nanostructures (Volume 16, Issue 3) features a collection of cutting-edge research in nanostructured materials science and engineering. A standout study reveal... -
Scientists Develop Novel Solid-State Material Converting Sunlight into Higher-Energy UV Light, Revolutionizing Energy Conversion
ScienceDaily USA Overview Scientists have successfully developed a new solid-state material capable of converting visible sunlight into higher-energy UV light, overcoming a longstanding challenge in energy conversion. This breakthrough d... -
BAE Systems’ Endura™ 45nm Radiation-Hardened Space Processor Successfully Validated for Strategic Resilience
BAE Systems UK Overview BAE Systems announced successful strategic radiation testing of its Endura™ System-on-Chip (SoC) space processor, demonstrating robust operation in both natural space and severe strategic radiation environments. T... -
Space Forge Focuses on ‘In-Space Growth’ for High-Purity Semiconductors, Aiming for SWaP Improvement and Enhanced Device Reliability via Microgravity
Space Forge UK Overview Space Forge is dedicated to manufacturing high-purity semiconductors using 'in-space growth' technology, leveraging microgravity's ability to eliminate material defects. In microgravity, convection and sedimentati... -
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... -
AVS Journal Publishes Foundational Research on Space Materials & Electronics, Including Stable Oxide Flux Generation for MBE and Enhanced Si Via Etching Uniformity
Journal of Vacuum Science & Technology A / B (AIP Publishing) USA Overview AVS's scientific and technology journals for Materials, Interfaces, and Processing published several foundational research papers related to space materials and e... -
Ganfeng Lithium Achieves 400Wh/kg, 1100+ Cycles with Li-Metal Route, Offers 320-480Wh/kg Si-Anode Products with 1000+ Cycles
Unnamed source China Overview Ganfeng Lithium announced it is developing two main routes for all-solid-state battery technology. The lithium metal anode route has yielded cells achieving 400 Wh/kg energy density and over 1100 cycles, wit... -
Strategies for Mitigating Volume Strain in Silicon-Based Anodes: Carbon and High-Modulus Additives Enhance Battery Stability
The Royal Society of Chemistry (The Journal of Physical Chemistry C) UK Overview High-capacity anode materials, particularly silicon-based ones, achieve high specific capacity through alloying and conversion reactions but are plagued by ... -
Solidion Technology Acquires SpaceX Stock as Strategic Treasury Asset, Highlighting Solid-State Battery Suitability for Space Applications
Barchart.com USA Overview Solidion Technology announced plans to acquire SpaceX shares as a long-term strategic treasury asset, emphasizing that its silicon anode, graphene-enhanced, and bipolar all-solid-state battery technology is suit...
