Nanotechnology– category –
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Oxford University Physicists Create Novel “Schrödinger’s Cat” Quantum State, Advancing Quantum Computing
ScienceDaily UK Overview Physicists at Oxford University have successfully generated an entirely new type of quantum state, analogous to Schrödinger's Cat, using sophisticated quantum elements. This breakthrough not only deepens fundamen... -
Canon Invests ¥50 Billion in New NIL Factory in Japan, Targets 2nm Process to Challenge ASML’s EUV Dominance
Move Silicon Japan Overview Canon is investing ¥50 billion (approximately $320 million USD) in a new lithography equipment factory in Utsunomiya, Japan, to aggressively advance its Nanoimprint Lithography (NIL) technology. The company cl... -
First Graphene Completes MITO Acquisition, Accelerates US Graphene Market Penetration for Defense and Aerospace
Proactive Investors Australia Overview First Graphene Ltd (ASX:FGR) has successfully acquired US-based MITO Material Solutions, immediately establishing a commercial platform in the American market. This acquisition strengthens First Gra... -
EVG Unlocks 200nm Hybrid Bonding with Sub-40nm Overlay; Forges Quantum Tech Partnership with SAL
Distill Intelligence オーストリア Overview EV Group (EVG) has announced a major technical breakthrough in wafer-to-wafer hybrid bonding, achieving a 200nm pitch with an impressive sub-40nm overlay accuracy, developed in collaboration wit... -
Novel Anti-Cancer Vaccine Targeting Neuroblastoma Achieves Early Success with Peptide Nanoparticles, Paving Way for GPC2-Targeted Immunotherapy
EurekAlert! USA Overview Researchers have achieved early success in developing a new anti-cancer vaccine specifically targeting neuroblastoma. This groundbreaking vaccine is based on self-assembling microscopic particles known as peptide... -
Analytical Framework for Twisted 2D Materials Accelerates High-Speed, Energy-Efficient Memristors and Neuromorphic Computing
National Science Review (Oxford Academic) International Overview A new analytical framework has been presented to understand twisted 2D materials. The ability to scale 2D materials down to a single layer holds significant promise for dev... -
Monolithic Integration of CNT-Based CFETs with 3D-Stacked Photodiodes Achieved, Realizing Unified Sensing and Computing Systems
ACS Nano USA Overview This research successfully demonstrates the monolithic integration of carbon nanotube (CNT)-based complementary field-effect transistors (CFETs) with 3D-stacked photodiodes. Leveraging CNTs' excellent electrical and... -
Chinese Academy of Sciences Achieves Breakthrough in Superplastic Carbon Nanotube Composites: 143 W/mK Thermal Conductivity, 663 MPa Tensile Strength
National Science Review (Oxford Academic) China Overview A recent report by Li et al. from the Chinese Academy of Sciences unveils a long-awaited carbon nanotube (CNT)-reinforced plastic with superior performance. This novel material boa... -
Neutron Irradiation Creates Quantum Sensing Boron Vacancies (V B⁻) in Boron-10/Nitrogen-15 Enriched hBN Single Crystals
ResearchGate (citing Applied Physics Letters) International Overview This research demonstrates that negatively charged boron vacancies (V B⁻) are promising quantum defects in hexagonal boron nitride (hBN) for high-spatial-resolution pre... -
Nitrogen Content Governs Thermoelectric Performance in TPU/SWCNT Composites, Paving Way for Low-Cost, Sustainable Energy Generation
ResearchGate (PDF) International Overview Investigating sustainable energy generation via the thermoelectric effect, this study explored cost-effective and environmentally friendly polymer-based composites as alternatives to expensive me...
