Researchers developed a scalable fabrication process using soft nanoimprint lithography to create lithium niobate metalenses, enabling efficient nonlinear optics through enhanced second-harmonic generation
This study presents a kombucha-derived bioink and digital biopen, advancing in vivo tissue engineering with efficient, on-site application for wound repair.
Understanding hBN epitaxial growth on Ru(0001) through DFT and microkinetic modeling highlights key mechanisms and the impact of substrate temperature.
A team of scientists led by Professor Geyu Lu from the State Key Laboratory of Integrated Optoelectronics, College of Electronic Science and Engineering, Jilin University, China, and colleagues developed a UCNPs/CuxOS@ZIF nanocomposite probe used for in vitro UCL/CD dual-mode sensing for H2S and in vivo imaging. The study was recently published in Light: Science & Application.
A group of scientists at the Beijing National Laboratory for Molecular Sciences, under the direction of Wen-Bin Zhang and Yu Shao, released a review in the Chinese Journal of Polymer Science about non-traditional 2D periodic nanopatterns.
A recent study conducted by researchers at Pohang University of Science and Technology represents a significant stride in advancing novel nanocomposites and defining an optimal criterion for crafting metaholograms tailored to the ultraviolet spectrum rather than the visible.
Carnegie Mellon University's Yongxin (Leon) Zhao and the Chinese University of Hong Kong's Shih-Chi Chen have a big idea for manufacturing nanodevices.
Dr. Michael Steigerwald has been appointed the new Co-CEO of the Raith Group with effect from July 1, 2022. In this position, he will strengthen the management team and will then take over as sole successor to the current Raith CEO, Dr. Ralf Jede, after an interim period.
Researchers have fabricated nanorobots using electron beam lithography, which is biocompatible with immune cells.
Researchers from Skoltech and their colleagues in Russia and Spain have reported a proof-of-concept demonstration of a new radiation-safe method for mapping the internal structure and stress distribution in samples of materials at the nanoscale, with a resolution about 100 times higher than that of the currently available techniques: X-ray and neutron tomography.
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