November 2026– date –
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Boron Nitride Composites: 3D Printing Heat Flow via Alignment
BIOENGINEER.ORG USA Overview Researchers have demonstrated that masked stereolithography (MSLA) 3D printing can tune heat flow in boron nitride composites by controlling platelet size and layer thickness. By reducing layer thickness to 1... -
Polyimide Copper Adhesion: Ion Implantation vs Surface Energy
BIOENGINEER.ORG USA Overview Researchers found that copper adhesion to implanted polyimide varies by more than tenfold despite nearly identical surface energies. Carbon/nitrogen co-implantation achieved the highest peel strength of 1.63 ... -
Nano-silver sintering on cyanate ester: Reliability and specs
Research Square (preprint, Europe PMC) Overview Low-temperature nano-silver sintering enables the direct bonding of power chips to fiber-reinforced cyanate ester composite substrates. The joints achieved a maximum shear strength of 11.5 ... -
CO2-Derived Vitrimer Epoxy: Tensile Strength and Recycling Specs
BIOENGINEER.ORG USA Overview A CO2-derived vitrimer matrix for carbon fiber composites achieves tensile strength (495 MPa) comparable to conventional epoxy (514 MPa) while enabling material recyclability. Although flexural strength and t... -
Teijin Solfiga PPS: PFAS-Free Sliding Grades and Specifications
CompositesWorld USA Overview Teijin Ltd. has introduced carbon fiber- and aramid fiber-reinforced grades of its Solfiga polyphenylene sulfide (PPS) compounds that eliminate intentionally added PFAS. These materials target wear and fricti... -
Trapped-Ion Control: University of Tokyo’s 8mV/m Stray Field Method
Quantum Zeitgeist USA Overview Researchers at The University of Tokyo have developed a technique to stabilize trapped ions against stray electric fields with a statistical uncertainty of 8mV/m. By converting ion displacement into measura... -
Shionogi: Quantum-assisted AI for drug discovery and NEDO award
Business Wire (via Jiji Press) USA Overview Shionogi has won first place in the Quality of Life category of the NEDO Challenge for integrating D-Wave's annealing quantum computing into a generative AI model for molecular design. The quan... -
ABCI-Q: AIST and QuEra’s Quantum-HPC Integration Roadmap
Quantum Zeitgeist USA Overview AIST has launched ABCI-Q, a full-stack quantum-HPC testbed within the G-QuAT facility designed to integrate quantum processors into high-performance computing environments. The platform combines NVIDIA H100... -
Quantum State Smoothing: RIKEN and UTokyo’s 2026 Demonstration
Nikkei Japan Overview An international research group led by RIKEN and the University of Tokyo has successfully demonstrated "quantum state smoothing," a method that estimates the dynamics of light's quantum state by combining past and f... -
Fujitsu Research: QPE Roadmap for Early-FTQC Molecular Simulation
Quantum Zeitgeist USA Overview Researchers from Fujitsu Research and Osaka University have demonstrated that ground-state energy estimation for complex molecular systems is achievable using approximately 10^5 physical qubits. By targetin...
