Nanotechnology Spotlight Guest Articles: Our Contributors

(in alphabetical order)

Shanghai Institute of Technical Physics (Chinese Academy of Sciences) 'Programmable doping of 2D materials by nonvolatile ferroelectric domains' 'A new fabrication route for blackbody-sensitive room-temperature infrared photodetectors' 'Unipolar barrier photodetectors based on van der Waals heterostructures' 'Van der Waals infrared photodetectors based on 'optical' and 'electrical' combined manipulations'

Shenzhen University (various Colleges and Schools) 'Light-activated black phosphorus hydrogel releases cancer drugs' 'The rise of 2D non-layered materials in optoelectronics' 'The marriage of metal ions and black phosphorus - a new generation of semiconductor transport materials' 'Black phosphorus analogues: Emerging photoelectric materials' 'The rise of phosphorene analogue optoelectronic materials' 'Beta-lead oxide quantum dots' 'Broadband nonlinear photoresponse of 2D titanium disulfide for ultrashort pulse generation and all-optical thresholding devices' 'Antimonene-based all-optical modulator' 'Polymer composite film for ultrafast photonics' 'Tellurium@Selenium nanotube heterojunctions as promising material for photodetectors' 'Physicists realize a tunable photoresponse in twisted bilayer lead iodide homostructure'

Singapore University of Technology and Design 'New version of memory could power AI phones, smart devices'

Dr. Luciano De Sio () 'Controlling the diffraction of light by using light' 'Towards smart plasmonics' 'A smart nanothermometer' 'Liquid crystalline polymer dispersed liquid crystals'

SLAC National Accelerator Laboratory 'Super-resolution in ultrafast scattering'

Prof. Sirirurg Songsivilai (National Nanotechnology Center (NANOTEC), Thailand) 'Nanotechnology development in Thailand: Meeting society's needs'

SRM Institute of Science and Technology 'Enhanced light absorption in silicon by phase engineering'

Prof. Luyi Sun (University of Connecticut) 'Bioinspired mechanochromic devices (w/videos)'

University of Sydney Nano Institute 'Protein corona determines fate and cytotoxicity of nanoparticles'

Technical University of Denmark 'A two-dimensional electron microscope inside graphene' 'Self-organizing graphene nanodots' 'Perfect edges in graphene devices sabotage the Hall effect' 'On the edge: turning graphene into a molecular toggle switch'

Texas A&M University (Department of Biomedical Engineering) '3D Bioprinting 101: Making bioprinting more accessible'

Wim van Thillo (imec) 'What if ... we had radar that recognized us from the way we walk?'

Harald Throne-Holst (National Institute for Consumer Research, Norway) 'Consumers, nanotechnology and responsibilities: Operationalizing the risk society'

Prof. Chris Toumey (University of South Carolina) 'Feynman and nanotechnology - anniversary reflections' 'Nanotechnology and religion'

Tsinghua University 'Improving OER performance with novel electrodeposited perovskite electrocatalysts' 'Topological defects make metal-free nanocarbon promising for zinc-air batteries' 'The formation of stable solid electrolyte interphases on lithium metal anode' 'A self-healing rechargeable battery with ultralong cycling life' 'Design of lithium plating matrix for a dendrite-free lithium metal battery' 'Anionic regulated electrocatalysts for water oxidation' 'Meta-waveguides for advanced integrated photonics applications' 'Metafiber tips for generating optical skyrmions with subwavelength polarization features'

Technische Universität Berlin 'Scalable engineering of 2D porous carbons from solid-state mechanical grinding/ball milling'

United States Naval Academy 'Using graphene as transparent electrodes and alignment layers for liquid crystal devices' 'Scientists use transparent graphene electrodes to cleanse ionic impurities in liquid crystal displays (LCDs)' 'Scientists use 2D h-BN nanosheets as the planar-alignment agent in a liquid crystal device to improve its optical transmission' 'Vertically aligned carbon nanotube arrays stabilize homeotropic liquid crystal devices'

University of Antwerp 'Confined topological superconductors host novel chiral states' 'Hydrogen induces high-temperature superconductivity in a monolayer material' 'How tiny misalignments in encapsulated graphene lead to a strong modification of its electronic properties' 'Is hematene worth pursuing?' 'Ultrathin superconductor ages like fine wine' 'Like Moses parting the sea: spontaneous segregation of a superconducting quantum fluid revealed' 'Buckled graphene provides an alternative for strongly correlated phenomena in graphene' 'What is the effect of temperature on a catalytic gold nanoparticle?' 'A new method to quantify structural helicity in chiral nanoparticles (w/video)' 'Scientists create a heterostructure of diversely behaving atomic layers within a single bulk material'

University of California, Irvine 'Light momentum turns indirect semiconductor into direct one'

University of California, Los Angeles 'Cooling high power electronics - boron arsenide spreads heat better than diamond'

University of California - Riverside (Bourns College of Engineering) 'Quantum-material-based proton-irradiation-immune electronics for space travel' 'Electromagnetic interference shielding with graphene composites for 5G-and-beyond communication technologies' 'Unique properties of 1D van der Waals materials - electromagnetic interference shielding with electrically insulating composites' 'Electrical gating of the charge-density-wave quantum phases opens up innovative electronic applications' 'One-dimensional Weyl semimetals as unique topological materials for future electronics' 'Quantum composites - new type of composite materials with unique properties defined by quantum condensate effects'

 

 

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