Researchers synchronized up to 105,000 spin Hall nano-oscillators, with phase ordering occurring in 10 to 45 ns across increasingly large two-dimensional lattices. The devices showed microwave power scaling with oscillator number and exceptionally narrow linewidths, supporting their potential use in future unconventional computing hardware.
Scientists have unveiled a new fabrication technique for the ultra-clean manufacturing of 2D heterostructures—materials just a few atoms thick—which could be used in quantum technology and electronics.
Researchers developed penguin-inspired Cu@SiO2 nanohelices that protect LiDAR windows by combining sunlight-driven antifogging with water-repellent surface architecture. The coating maintained high transparency at 905 nm, cleared condensation rapidly, and preserved LiDAR signals during rainfall.
Researchers demonstrated a polymer-free 3D metal nanoprinting method that uses spatiotemporally confined hot electrons to print multiple metals with sub-250 nm resolution and low pulse energy.
The approach produced dense, mechanically robust, and optically functional metal nanostructures, including metamaterials, nanospirals, and complex 3D architectures.
PI (Physik Instrumente), a global leader in precision motion control and nanopositioning technologies, announces the H-850.
Researchers showed that narrowing the monolayer TMD nanoribbon transistor channel to about 35 nm increased the median on-current density by ~42% and reduced the subthreshold swing by ~16%. The gains were linked to preserved edge quality, stronger gate electrostatics, and improved side-contact injection, positioning 2D nanoribbons as promising candidates for future ultra-scaled chip architectures.
Researchers developed a PFAS- and NMP-free cellulose nanofibril binder that improves dispersion, adhesion, ion transport, and structural integrity in high-loading lithium-ion battery positive electrodes. The binder enabled NCM811 electrodes with high mass loading, strong areal capacity, and improved cycling stability, suggesting a more sustainable route to high-energy battery manufacturing.
Researchers developed printable 3D achromatic metalenses using grayscale electron beam lithography, dry etching, and nanoimprint lithography to control nanoscale height and shape. The metalenses focused red, green, and blue light at nearly the same plane and enabled proof-of-concept full-color OLED near-eye VR imaging with reduced chromatic blur.
This paper proposes a convergent curriculum framework that integrates nanotechnology, MEMS, magnetic materials, and generative and agentic AI to strengthen U.S. advanced-manufacturing workforce development. It argues that future competitiveness depends on stackable credentials, shared lab infrastructure, industry-academia partnerships, and training that links fabrication, metrology, automation, data interpretation, and ethical oversight.
This review examines how nanotechnology, topological materials, Majorana fermions, Weyl semimetals, and quantum simulation are converging to shape the Second Quantum Revolution.
It highlights possible routes toward fault-tolerant quantum computing, nanoscale medicine, low-power electronics, energy technologies, and environmental applications, while noting that many advances remain developmental.
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