• Wonder Material Graphene Claims Yet Another Superlative

• Fully Recyclable Printed Electronics Ditch Toxic Chemicals for Water
• Discovery of Ferroelectricity in an Elementary Substance

• Strong Ultralight Material Could Aid Energy Storage, Carbon Capture

• Is It COVID-19 or the Flu? New Sensor Could Tell You in 10 Seconds
• Nanophysics: The Right Twist

• Graphene Grows -- And We Can See It

• New Simulation Reveals Secrets of Exotic Form of Electrons Called Polarons

• Mind-Control Robots a Reality?

• Another Crystalline Layer on Crystal Surface as a Precursor of Crystal-to-Crystal Transition

• Nano Cut-and-Sew: New Method for Chemically Tailoring Layered Nanomaterials Could Open Pathways to Designing 2D Materials on Demand

• 3D Internal Structure of Rechargeable Batteries Revealed

• Microscopy: Highest Resolution in Three Dimensions

• Graphene Quantum Dots Show Promise as Novel Magnetic Field Sensors

• New Material May Offer Key to Solving Quantum Computing Issue

• 量子缠绕显微镜:作为一个新的镜头ntum Materials

• Ramping Up Domestic Graphite Production Could Aid the Green Energy Transition

• Smooth Sailing for Electrons in Graphene

• From Plastic Waste to Valuable Nanomaterials

• Virtual and Augmented Reality: Researchers Pioneer Process to Stack Micro-LEDs

• New Research Computes First Step Toward Predicting Lifespan of Electric Space Propulsion Systems

• Novel Device Enables High-Resolution Observation of Liquid Phase Dynamic Processes at Nanoscale

• Superconductivity Switches on and Off in 'magic-Angle' Graphene
• Researchers Can 'see' Crystals Perform Their Dance Moves

• Scientists Observe 'quasiparticles' In Classical Systems
• Physicists Solve Mystery of Two-Dimensional Quasicrystal Formation from Metal Oxides

• Recyclable Mobile Phone Batteries a Step Closer With Rust-Busting Invention

• Electronic Nose: Sensing the Odor Molecules on Graphene Surface Layered With Self-Assembled Peptides

• Discovery of a New Form of Carbon Called Long-Range Ordered Porous Carbon (LOPC)
• Humidity May Be the Key to Super-Lubricity 'switch'

• Researchers Discover New Process to Create Freestanding Membranes of 'smart' Materials

• Human Brain Organoids Implanted Into Mouse Cortex Respond to Visual Stimuli for First Time

• At the Edge of Graphene-Based Electronics

• Lucky Find! How Science Behind Epidemics Helped Physicists to Develop State-of-the-Art Conductive Paint

• A Shield for 2D Materials That Adds Vibrations to Reduce Vibration Problems

• Nanomaterial Influences Gut Microbiome and Immune System Interactions
• New Life Flashed Into Lithium-Ion Anodes

• New Way to Produce Important Molecular Entity

• Palm E-Tattoo Can Tell When You're Stressed out

• New Carbon Nanotube-Based Foam Promises Superior Protection Against Concussions

• Asphaltene Changed Into Graphene for Composites

• Researchers Learn to Engineer Growth of Crystalline Materials Consisting of Nanometer-Size Gold Clusters

• 纯碳纳米管是一个圣增长retch, but Possible

• New Study Introduces the Best Graphite Films

• Discovery of a Fundamental Law of Friction Leads to New Materials That Can Minimize Energy Loss

• In Nanotube Science, Is Boron Nitride the New Carbon?

• Trapping Polaritons in an Engineered Quantum Box

• Novel Carrier Doping in P-Type Semiconductors Enhances Photovoltaic Device Performance by Increasing Hole Concentration

• Upgrading Your Computer to Quantum

• Making Mini-Magnets

• Researchers Devise Tunable Conducting Edge

• The Electron Slow Motion: Ion Physics on the Femtosecond Scale
• Microscopic Color Converters Move Small Laser-Based Devices Closer to Reality

• Superconducting Diode Without Magnetic Field in Multilayer Graphene

• Unexpected Quantum Effects in Natural Double-Layer Graphene

• A Paper Battery With Water Switch

• Magnetic Quantum Material Broadens Platform for Probing Next-Gen Information Technologies
• Graphene Scientists Capture Images of Atoms 'swimming' In Liquid

• Bioinspired Protein Creates Stretchable 2D Layered Materials

• Buckyballs on Gold Are Less Exotic Than Graphene

• New Research Furthers Understanding of the Electronic Structure of Graphite

• Researcher Uses Graphene for Same-Time, Same-Position Biomolecule Isolation and Sensing

• Research Team Accelerates Imaging Techniques for Capturing Small Molecules' Structures

• Flashing Creates Hard-to-Get 2D Boron Nitride

• Thin Mica Shows Semiconducting Behavior, Say Scientists in New Study

• Organic Bipolar Transistor Developed

• Next Gen Television and Computer Screens: Creating Optically Active Polymers

• Solving the Puzzle of 2D Disorder

• Real-Time Imaging of Dynamic Atom-Atom Interactions
• New, Highly Tunable Composite Materials--With a Twist

• A Better Wig -- With Chemistry

• Can They Make Graphite from Coal? Researchers Start by Finding New Carbon Solid

• Lithium-Ion Batteries That Last Longer in Extreme Cold

• Bumps Could Smooth Quantum Investigations

• Flash Joule Heating Process Recycles Plastic from End-of-Life F-150 Trucks Into High-Value Graphene for New Vehicles

• Long-Hypothesized 'next Generation Wonder Material' Created

• Charging a Green Future: Latest Advancement in Lithium-Ion Batteries Could Make Them Ubiquitous

• Synthesis of Two-Dimensional Holey Graphyne

• Energy Researchers Invent Chameleon Metal That Acts Like Many Others

• Glimpse Inside a Graphene Sandwich
• Disposable Masks Could Be Used to Improve Concrete

• Measuring the 'wettability' Of Graphene and Other 2D Materials

• Guiding a Superconducting Future With Graphene Quantum Magic

• Bacterial Soundtracks Revealed by Graphene Membrane

• Chemical Synthesis: Golden Wedding for Molecules
• Graphene-hBN Breakthrough to Spur New LEDs, Quantum Computing

• New Transistor Could Cut 5% from World’s Digital Energy Budget

• Researchers Engineer Electrically Tunable Graphene Devices to Study Rare Physics

• Graphene Gets Enhanced by Flashing

• Programmed Assembly of Wafer-Scale Atomically Thin Crystals

• Scientists Achieve Record Efficiency for Ultra-Thin Solar Panels

• Light Derails Electrons Through Graphene

• Don’t Underestimate Undulating Graphene

• New Research Sheds Light on Nature of Friction in Multi-Layered Graphene
• A 'zigzag' Blueprint for Topological Electronics

• Using Raw Materials More Sustainably
• A Sieve for Molecules

• NGI Uses Twist to Engineer 2D Semiconductors With Built-in Memory Functions
• Graphene Sensor Rapidly Detects Opioid Metabolites in Wastewater

• 'Seeing' Non-Uniformities in 2D Materials May Lead to New Medical Sensors