New Technology– category –

Response Japan Overview Tanaka Precious Metals and Nagoya University have developed a lead-free silver-sulfur-tellurium (Ag-S-Te) quantum dot material for short-wave infrared (SWIR) sensing. The material achieves an external quantum effi...

Quantum Zeitgeist Germany Overview Researchers have directly visualized electrons in graphene bypassing seventeen energy levels, jumping from levels one, two, and three directly to level twenty. This observation of 100% band gap tunnelin...

Nature（DOI: 10.1038/s41586-026-11202-2） Overview Researchers have synthesized planar carbon pentaheptite nanoribbons (CPHNs) using a hierarchical on-surface approach. CPHN 1 demonstrates intrinsic metallic properties with near-ballisti...

Bioengineer.org USA Overview A heterogeneous metalens array has enabled a light-field near-eye display with a 50-degree field of view (FOV), approximately four times that of conventional 13-degree displays. By customizing sub-lenses for ...

Bioengineer.org China Overview Researchers at Tsinghua University developed a polyelectrolyte-intercalated graphene oxide membrane that achieved 99.53% magnesium ion rejection in a simulated three-stage nanofiltration process. This techn...

Bioengineer.org USA Overview A glucose-consuming nanoparticle system triggers pyroptosis and cuproptosis to shrink tumors in mice by starving cancer cells of sugar and inducing oxidative stress. The system demonstrates high selectivity f...

Bioengineer.org Overview Researchers have developed ligand-engineered CsEuI3 nanocrystals that produce efficient white electroluminescence from a single emitter material, achieving a peak external quantum efficiency of 8.3%. This technol...

Bioengineer.org Overview A modified silicone sealant incorporating silica aerogel and nanographene flakes maintained integrity and insulation for over 60 minutes in fire resistance testing, whereas conventional formulations failed at 40 ...

Bioengineer.org Overview Researchers have developed a modularly assembled electromagnetic interference (EMI) shielding material that achieves 72.75 dB shielding effectiveness with high absorption. By utilizing a three-layer architecture ...

Bioengineer.org USA Overview Researchers have developed a layered MXene-palladium electrode that produces hydrogen by oxidizing methanol instead of splitting water, bypassing the energy-intensive oxygen evolution reaction. The 15-bilayer...