Graphene® & Grafeno® 2D Materials

Graphene® & Grafeno® 2D Materials

In 2204, two centuries after isolating "graphene" for the first time, the atomic material which changed the course of history, the human being officially inaugurated his colony on Mars. Having atomic control of matter and its reactions meant a new technological starting point. The great catalyst for the change from a world of 3D materials to a world of 2D materials, was the greatest crisis in history that took place in the 2020s. That was the date of molecular nanotechnology application in everyday settings.


Molecular Identification

The strict international laws for the protection of people and their economy, still in force, do not allow people to go out on the street without a molecular identification based on "thiophene". This real-time health passport on individuals, has enabled us to protect us from viruses for centuries and will continue to do so.

It seems unbelievable, that only the photons on their heavy silicon plates will take advantage. We currently use the 4 elements of nature, all renewable and basis of our progress.

We use the "graphene", to capture gravitational waves with quantum sensors and to create energy. We use "Molybdenum disulfide", as a base to isolate hydrogen and also to generate osmotic energy in all of our rivers.

Wonder Material

Energy Efficiency

Thanks to "Van der waals crystals", such as the "tungsten disulfide", the "transition metal dichalcogenides" and the "wonder material", we can make multi-layer solar panels with an efficiency of the 88%. The capture of the entire light spectrum thanks to 2D materials was revolutionary for energy efficient targets.

Aerographene® / Aerografito®

Lightest Materials

Current wind turbines based on "aerographene" and "aerografito", in addition to protecting the inhabitants of Mars from cosmic rays in their homes, here on the Earth, generate energy with the flapping of a butterfly being the lightest material on the Earth for over 200 years.

The ideal technique for mass production of two-dimensional crystals, was not discovered until 2020, when Japanese scientists isolated "white graphene" in the sizes required by the technology industry for the mass development of 2D materials. This discovery was the beginning of the end for the silicon.

Tungsten Diselenide

Machine Learning

The first neural chips that we currently use based on "tungsten diselenide", were developed by M.I.T. engineers also in the 2020s. The possibilities of machine learning and deep learning brought with them unthinkable powers of calculations for science.

Perfect quantum, twistronics, optoelectronics, piezoelectronics, spintronics, valleytronics, ferroelectrics, dielectrics, topologics, superconductors and zero power, zero friction materials; which supposed a whole range of matter such as the control of the "2DTMDCS", "MoS2", "MoSe2", "WSe2", "WTe2", "TiSe2", "ReSe2", "In2Se3" among others; the atomic crystals of "h-BN" and the 2D polymers of "C4H4S". All the materials have been essential to build the ship with which we travelled to Mars the first time and today we inaugurate our colony on the red planet.

200 years ago, we could travel at 30,000 kilometers per hour. Nowadays, we do it at 0.1% of the speed of light and thanks to electromagnetic shields, we can protect ourselves from cosmic dust lethal at those speeds.

We have inhabited the Moon for more than 100 years, the base of all galactic explorations and the neuralgic center of large corporations. In the lunar R&D centres, work is currently underway on the distortion of gravity and the capture of energy dark, but that's another story...

"It is clear, that the future of humanity passes through the control of atomic materials. The biomarkers for disease prevention, molecular and neuronal regeneration, will be essential to achieve great biological progress and take humans beyond 100 years. All the atomic materials will be decisive in reaching this milestone, because each one has its ideal molecular reaction and its corresponding natural application".
More Information


Wonder Material


Oxido de Grafeno


Graphene startup gets £300k to tackle pressure ulcers

Graphene nanoribbons grown in hBN stacks for high-performance electronics

Electrically driven amplification of terahertz acoustic waves in graphene

Revolutionary graphene interfaces set to transform neuroscience

New project to investigate how graphene can act as basis for new diagnostics

Graphene - where is our promised wonder material?

Electrons become fractions of themselves in graphene, study finds

What are graphene quantum dots (GQDs)?

Graphene-based materials show great promise for hydrogen transport and storage

Graphene Found to Boost Conductivity of Copper

Long live the graphene valley state

Metal-free graphene quantum dots for highly efficient tumor therapy

Transferring laser-induced graphene at extremely low temperatures for ultrathin bioelectronics

First graphene semiconductor could lead to faster computers

Nanoporous graphene in battery research

The world’s strongest material could be used to make clean drinking water

Imaging quantum oscillations and millitesla pseudomagnetic fields in graphene

iPhone 16 to use graphene heat sink to solve overheating issues

Technology and Innovation Roadmap

Researchers develop rGO-enhanced structural supercapacitors

Twist & Stack: The magic within 2D materials’ embedded interfaces

China aims to industrialize superconducting materials, graphene

More graphene magic starts when flatness ends: A proton permeability puzzle solved!

The future of telecommunications: exploring the potential of graphene transistors

2D Electronics Breakthrough: Researchers resolve long-standing roadblock by observing spin structure in “Magic-Angle” Graphene

KISS: A new way to easily produce large, clean 2D materials

Near perfect particle-hole symmetry in graphene quantum dots

Graphene 'tattoo' helps researchers develop ultra-thin and flexible pacemakers

New study reports record-high magnetoresistance in graphene

Optomechanics simulates graphene lattices

NASA's project SABERS is testing a graphene battery that could be a game changer for aviation and EVs

Scientists pit AI algorithms against each other to optimize graphene nanotube synthesis

Graphene oxide nanochannels help generate electricity via flowing water

Graphene scientists explore electronic materials with nanoscale curved geometries

Graphene could help meet net zero goals: Here's how

NASA’s solid-state battery research exceeds initial goals, draws interest

Can graphene oxide help river water address water scarcity?

Unusual superconductivity observed in twisted trilayer graphene

Constructing graphene grain boundaries to control graphene plasmons

Unlock graphene's potential with high-quality CVD graphene production

Mixed auto plastics turned into circular graphene

Plasmonic optical tweezers with a multitude of applications

Graphene-Wrapped molecular-sieving membrane effectively separates hydrogen from methan

Graphene-based MPW run

Graphene-Based composite coatings inspired by nature

Graphene–oxide interface for optoelectronic synapse application

Strain induces pseudo-electromagnetic fields to guide electron motion in graphene

Strain induces pseudo-electromagnetic fields to guide electron motion in graphene

Printed electrodes and sensors possible with graphene ink

Graphene-coated gold electrodes for anticorrosion in wearables

The use of graphene solar thermal films

Atomically-Thin graphene coatings could transform liquid electronics

Graphene and an intense laser open the door to extreme energetic ion acceleration

3D arrangement of graphene enables storage of larger quantities of hydrogen

Graphene foam and boronic acid combine for accurate glucose sensor

Forming crystalline graphene quantum dots from agro-waste

Graphene nanotube concentrate streamlines painting of thermoplastics

Tumor targeting diagnostic agent developed from graphene QD

Touchscreen tech swaps rare metal for graphene, with no performance drop

Graphene nanoribbon breakthrough could lead to high-speed, low-power nanoscale data storage

Xiaomi: unveils latest flagships in Mainland China–Xiaomi 12 Series

Seven ways graphene-based sensors can improve electric vehicle battery testing

Researchers achieve precision sieving of gases through atomic pores in graphene

Growing crystals with graphene and single atom catalysts

Using graphene to purify seawater

Graphene nanoribbon edge defects unveil potential to manipulate optical properties for nano-imaging

Rheology of graphene and carbon nanotube-enhanced PLA

Developing wafer-scale highly oriented graphene on sapphire

3D Super-elastic graphene-based aerogels prepared with atmospheric drying

Graphene oxide for new generations of batteries and supercapacitors

Low temperature electrical resistance in super thin graphene

Nanomaterial 'aerographene' used to create extremely powerful pumps

Copper acetate-facilitated direct growth of wafer-scale high-quality graphene

Scientists use graphene sheets to improve lab-on-chip diagnostic tests

Graphene research sounds out new possibilities for electronic technologies

Researchers observe interband collective excitations in twisted bilayer graphene

Researchers demonstrate graphene-based nanoelectromechanical periodic array with tunable frequency

Edgy light on graphene may bring new one-way information routers

Space habitats for life beyond earth revealed as Manchester takes next graphene-enhanced leap

Can Graphene, a one-atom thick ‘Wonder Material,’ keep precious artworks from fading? Scientists say it shows promise

Foxconn partners with Appear Inc. for new graphene fast-charge battery technology

Indian Institute of Tech, Max-Born Institut Team Say Graphene Valleytrionics Could Enable Room Temperature Quantum

UK building road with “wonder material” graphene

Quantum materials cut closer than ever

UNSW scientists solve decade-old graphene oxide puzzle

UK government calls for security review of graphene firm’s takeover by Chinese academic

Graphene used as an additive in polymer applications

Functionalized graphene platforms for anticancer drug delivery

New type of graphene paves the way for sustainable sodium batteries

Atomically-thin, twisted graphene has unique properties

Scientists created the most perfect graphene yet

Two-faced graphene offers sodium-ion battery a tenfold boost in capacity

Graphene: Could a ‘wonder’ coating kill coronavirus in hospitals, on masks and even in your car?

Using graphene foam to filter toxins from drinking water

Graphene binds drugs which kill bacteria on medical implants

Food waste: how graphene can solve a growing global crisis

Graphene tech: Fighting the pandemic with smart tech

Super-thin Graphene is being tested on road surfaces

New process creates fluorinated nanodiamonds, graphene and concentric carbon

Nobel Laureate Andre Geim heralds the ‘2D Materials Age’ at global innovation summit

Scientists capture real-time electrical activity of a beating heart using graphene 'camera'

Graphene Superconductors May Be Less Exotic Than Physicists Hoped

Graphene could allow hard drives to hold 10 times more data

Another step on the road to graphene mass production

Dominant factor of carrier transport mechanism in multilayer graphene nanoribbons revealed

Graphene-based nanozyme helps to detect L-cysteine in serum

Sparc Technologies closer to commercialising graphene-based environmental remediation technology following US patent

New stiffened graphene could pave way for novel applications

Brisbane’s GMG says new aluminium battery can charge 20 to 60 times faster

New atomically precise graphene nanoribbon heterojunction sensor developed

Graphene-Based tracking system may streamline autonomous vision

Magnetic mono-layer boosts graphene spintronics

Graphene key for novel hardware security

Like a Trojan horse, graphene oxide can act as a carrier of organic pollutants to fish

Purifying water at scale with 3D-printed graphene aerogels

A path to graphene topological qubits

Brisbane-based tech firm and University of Queensland team up to transform energy storage

Graphene beam splitter gives electron quantum optics a boost

Engineers have developed the world’s first fully recyclable printed electronics

Sparc Technologies graphene-based adsorptions materials again effective against PFAS contaminants

Study sheds new light on Graphene interface properties at microscopic levels

Electrons in twisted graphene ‘freeze’ when heated

Identification of the wettability of graphene layers at the molecular level

3D-printed graphene aerogel makes efficient, scalable water filter

Graphene: Everything under control in a quantum material

Graphene 'smart surfaces' now tunable for visible spectrum

Wafer-scale production of graphene-based photonic devices

Archer Materials strengthens graphene-based biochip nanofabrication capabilities

Sparc Technologies unveils ‘outstanding’ anti-microbial results using graphene additives in coatings

A new twist reveals superconductivity’s secrets

New techniques for continuous large-scale production of 2D nanomaterials

Graphene-enhanced primer proves efficient for marine applications

Terahertz imaging of graphene paves the way to industrialization

The first graphene-enhanced concrete hits the market

Radionuclide removal using graphene oxide

Why doped graphene is the key to neutrino energy solutions

Building bridges between atoms and making catalysts of high quality

Sparc Technologies demonstrates ‘significant’ recovery of gold and silver using graphene-based tailings treatment

3D printing perovskites on graphene makes next-gen X-ray detectors

Graphene “Nano-Origami” creates tiniest microchips yet – could make computers and phones thousands of times faster

A magnetic twist to graphene

Wafer-scale production of graphene-based photonic devices

Newly discovered graphene property could impact next-generation computing

Harvard scientists trilayer graphene breakthrough opens the door for high temperature superconductors

Ingenious 'Wrinkled' graphene could be the most promising water filter yet

Video: Microfluidic method pumps out graphene micromotors

Self‐folding 3-D photosensitive graphene architectures

Scientists see competition of magnetic orders from 2D sheets of atoms

New material system developed to convert and generate terahertz waves for tomorrow’s technologies

Ultrasensitive microwave detector developed – enabling technology for next-generation quantum computers

Graphene: The building block for sustainable cities

Paragraf drives electric transport revolution with graphene sensors

Twisted graphene could power a new generation of superconducting electronics

Nanotech energy: graphene-based batteries for revolutionary energy storage

New family of quasiparticles discovered in graphene-based materials

A Physics Magic Trick: take 2 sheets of carbon and twist

11 ways graphene could change the world

Graphene Flagship: NEWS

Multifunctional porous carbon fibers show significant promise in capacitive desalination

Exploring new paths to future quantum electronics

Graphene-infused material could be the cornerstone of next-gen smart sensors

Graphene and 2D materials could move electronics beyond 'Moore's Law'

How to perform liquid-phase exfoliation on graphene

Paragraf partners with CERN to demonstrate unique properties of Paragraf’s new graphene hall effect sensor

Aerosol-printed graphene unveiled as low cost, faster food toxin sensor

Cascade sets the stage for superconductivity in magic-angle twisted bilayer graphene

Ultrasonic technique discloses the identity of elastic constant of graphite crystal

Dash of graphene leads to "toughest" solid battery electrolyte to date

Graphene smart textiles developed for heat adaptive clothing

Aerosol jet printing used to produce low-cost graphene food toxin sensor

Polymer films made from graphene

Enhancing performance of PSCs with ‘Graphene Armor’

Scientists approached the creation of a quantum computer, “catching” graphene electrons

"Graphene armor" protects perovskite solar cells from damage

Contest between superconductivity and insulating states in 'magic angle' graphene

Adhesive tape and graphene triple the life of lithium metal batteries

Thermal manipulation of plasmons in atomically thin films

Global graphene2d materials and carbon nanotubes market 2025 to expect maximum benefit and growth potential during this covid 19 outbreak: 2d carbon (changhzou), abalonyx, advanced graphene products, aist, alpha assembly, amo

Researchers have developed clean energy from graphene for the first time

Scientists find path to nanodiamond from graphene

Graphene based computer modeled after the brain to handle big data

China shops for graphene clothes for PLA soldiers at Ladakh border, flaunts it

Layer-engineered large-area exfoliation of graphene



White Graphene


Unlocking exotic physics: Exploring graphene's topological bands in super-moiré structures

Ultra-fast switching memristors based on two-dimensional materials

Observation of the nonanalytic behavior of optical phonons in monolayer hexagonal boron nitride

Exploring the structural, electronic, and hydrogen storage properties of hexagonal boron nitride and carbon nanotubes: insights from single-walled to doped double-walled configurations

Twisted-layer boron nitride ceramic with high deformability and strength

Redefining optical limits: Columbia engineers uncover enhanced nonlinear properties in 2D materials

Study unveils key dynamics of 2D nanomaterials with view to larger-scale production

Invisible armor for steel: How hBN coating is reinventing metal durability

Breakthrough method enables scalable hexagonal boron nitride synthesis for superior corrosion protection

Tailoring electronic and optical properties of hBN/InTe and hBN/GaTe heterostructures through biaxial strain engineering

Nonlinearities in hexagonal boron nitride amplified by phonons

Advancing photonics: the exciting role hBN could play

Boron nitride nanomaterials in energy storage systems

Synthesis and optical properties of WS2 nanotubes with relatively small diameters

Graphene ribbons advance twistronics

Why is boron nitride (BN) used in polymer nanocomposites?

Spin defects in hexagonal boron nitride created by helium ion bombardment

Electron ‘kick’ removes single atoms from 2D material

Hexagonal Boron Nitride (hBN) could potentially replace diamond for quantum sensing

Researchers succeed in arranging nanoscale quantum sensors on desired targets

Shining potential of missing atoms

A thin leap forward: World’s first functional 2D microchip

Expanding plasmonic enhancement limits with hexagonal boron nitride

Prolonged photostability in hexagonal boron nitride quantum emitters

Scientists integrate two-dimensional materials into silicon microchips for advanced data storage and computation

New platform for exploring topological physics in nanoscale devices

Study uncovers the fundamental mechanisms underlying the formation of polarons in 2D atomic crystals

Heterostrain and temperature-tuned twist between graphene/h-BN bilayers

Large area synthesis of 2D Material Hexagonal Boron Nitride, improving device characteristics of Graphene

New semiconducting borophene paves the way for the lightest high-performance transistor

Graphene used to grow the world's smallest microLEDs and highest-density microLED arrays

Scientists demonstrate quantum recoil for the first time, paving the way for precise X-ray imaging

Graphene nanomechanical switches for smaller and ultra-low-power electronics

The crystal growers behind the graphene revolution

Strain tunable quantum emission from atomic defects in hexagonal boron nitride for telecom-bands

mm-band surface acoustic wave devices utilizing two-dimensional boron nitride

Pusan National University researchers introduce an energy-efficient method to enhance thermal conductivity of polymer composites

In nanotube science, is boron nitride the new carbon?

New $1.25 million research project will map materials at the nanoscale

Confining classical and quantum waves with crystals

Quantum calculations aid in building advanced fuel cells

Introduction to Nitride and its compounds

Boron Nitride with a twist could lead to new way to make qubits

World’s whitest paint now thinner than ever, ideal for vehicles

Higher property control of defects in 2D materials

Strong and localized luminescence from interface bubbles between stacked hBN multilayersy

White Graphene (hBN) is its own Wonder Material - Here's why

White Graphene (hBN) is its own Wonder Material; Here's why

2D array of electron and nuclear spin qubits opens new frontier in quantum science

On the way to quantum sensors

Finite-Bias spectroscopy useful to determine bilayer graphene bandgap

A new method for making graphene has an awesome application: A space elevator!

New diamond transistor exhibits high hole mobility: WPI-MANA

The non-volatile electrostatic doping effect in MoTe2 field-effect transistors controlled by hexagonal boron nitride and a metal gate

One-Step synthesis of biocompatible nanohybrids with tannic-acid based liquid exfoliation

Flashing creates hard-to-get 2D boron nitride

High harmonics illuminate the movement of atoms and electrons

Laser oxidation-a new approach to tuning the optical third-order nonlinearity of boron nitride

Delivering 2D materials ready for a “More than Moore” world

Graphene hBN advancement boosts quantum device development

New approach helps exfoliate hexagonal boron nitride nanosheets

Bumps could smooth quantum investigations

Epitaxial single-crystal hexagonal boron nitride multilayers on Ni (111)

How do boron nitride layers improve energy storage in polymer composites?

Physicists study optically induced quantum dynamics in single-photon emitters

Tapping mode AFM reveals Moiré modulation of hBN van der Waals potential

Single-Photon source opens door to practical QKD

An overview of Graphene hall effect sensors

New 3D thermal management network could increase the safety of electric car batteries

New single-photon source paves the way for practical applications of quantum technology

Watching iron rust produces new insights on corrosion

Could 2D material borophene be used for optical devices?

Physicists find direct evidence of strong electron correlation in a 2D material for the first time

Growing wafer-scale 2D materials

Development of a diamond transistor with high hole mobility

Breakthrough in storage of quantum information taken by University of Cambridge and UT Sydney in Australia

New 2D material could store quantum information at room temperature

NGI advances graphene spintronics as 1D contacts improve mobility in nano-scale devices

Tiny materials lead to a big advance in quantum computing

Groundbreaking light sources can increase effectiveness and security of transferring quantum information

Using defects to turn inert materials into useful, active ones

Fractional Chern insulators in magic-angle twisted bilayer graphene

Development of a transparent and flexible ultra-thin memory device

A valley of opportunities: delving into graphene's perplexing non-local response

Can defects turn inert materials into useful, active ones?

Scientists synthesize large borophene crystals

Industry News: Ultrasharp patterning of layered materials

Photon-Phonon combination will enable multi-technique spectroscopy advances

Why PPK (ASX:PPK) and Li-S Energy are this fund’s largest positions

Hexagonal Boron Nitride market 2021 by top players, growth, trends, size, share, analysis and forecast to 2028

One-dimensional van der Waals heterostructures: Growth mechanism and handedness correlation revealed by nondestructive TEM

Physicists engineer new property out of 'white' graphene

Choosing proper substrates to grow single crystals of 2D materials

Advanced ferromagnetic tunnel junction using two-dimensional hexagonal-BN

Can A Piece Of Sticky Tape Stop Computer Hackers In Their Tracks?

Engineers create double layer of borophene

Zhejiang University: 2D sieving structure for DNA sequencing

Power/Performance Bits: Aug. 9

Qubit in a crystal lattice of boron nitride is a suitable sensor

WPI-MANA achieves direct growth of Germanene, marking major step for electronic device fabrication

‘Slidetronics’ makes its debut

Stronger than ever, boron and this upstart explorer should be on every investor’s radar

Control over water friction with 2D materials points to 'smart membranes'

In a nano-optics breakthrough, researchers observe sound-light pulses in 2D materials (w/video)

New method to improve durability of nano-electronic components

Hexagonal Boron Nitride’s incredible toughness unmasked – “What we observed … is remarkable!”

Nanohybrids for targeted control of infection hotspots created in Russia

Zero-carbon energy from sea water a step closer

Control over water friction with 2D materials towards ‘smart membranes’

Materials breakthrough enables twistronics for bulk systems

Flash Memory's 2D Cousin is 5,000 Times Speedier

KTH Royal Institute of Technology Researchers develop new light emitters for quantum circuits

Spin defects under control: Improved materials for quantum sensor technology

Superlattice electromechanical characterization with piezo-response force microscopy

SMART breakthrough in materials discovery enables 'twistronics' for bulk systems

Abandoning the old ways: Progress in the low-cost electrochemical synthesis of ammonia

WPI-MANA team demonstrates new laser-assisted non-volatile memory based on 2D van-der-Waals heterostructures

Photonics discovery portends dramatic efficiencies in silicon chips

Controlled generation of luminescent centers in hexagonal boron nitride by irradiation engineering

Localization of lattice dynamics in low-angle twisted bilayer graphene

Smaller, more powerful devices possible with new technique

A little soap simplifies making 2D nanoflakes

New nanomaterial a key step toward hydrogen as a stable and clean fuel source

Using nanoscale IR spectroscopy to characterize 2D materials

A 2-D perspective: Stacking materials to realize a low power consuming future

Physicists devise a brilliant way to make and observe elusive electron crystals

Scientists reveal new synthesis mechanism of hexagonal boron nitride

High-quality BN grown at atmospheric pressure

Artificial fog helps lasers shine brighter

Misalignments in encapsulated graphene lead to strong modification of electronic properties

Spin-dependent processes in the 2D material hexagonal boron nitride

New 5G switches mean battery life improvements, higher bandwidth and speeds

Study shows protons tend to move along interface between two mediums

Atom-Thin switches could route 5G and 6G radio signals

Polyethylenimine-assisted exfoliation of h-BN in aqueous media

Coronavirus (COVID – 19) imapct on global HBN market 2020 analysis by top players | Saint-Gobain, Momentive, 3M company, H.C.Starck, UK Abrasives, Denka, Henze, Showa Denko Group

Researchers create 2D devices through mere rubbing

Hexagonal boron nitride composite ceramics, market set to register robust CAGR during 2020-2026

Amorphous boron nitride discovered with potential use in chips

Graphene sensors find subtleties in magnetic fields

Subtleties in Magnetic Fields Detected by Ultrathin Graphene Sensors

Towards chirality control of graphene nanoribbons embedded in hexagonal boron nitride

Graphene-based Josephson junction microwave bolometer

Devil in the defect detail of quantum emissions unravelled



Transition Metal Dichalcogenides

Charge state-dependent symmetry breaking of atomic defects in transition metal dichalcogenides

NIR-triggered drug delivery system based on tungsten disulfide nanosheets coated pH/temperature responsive polymer for controlled delivery of palbociclib: Release kinetics models

Inducing room-temperature valley polarization of excitonic emission in transition metal dichalcogenide monolayers

Dubai tech company studies 'enigma' in crystals that could help detect cancer

Noble laureate helps discover new material to boost AI, VR, healthcare

Atomically engineering metal vacancies in monolayer transition metal dichalcogenides

Piezoelectric catalytic driven advanced oxidation process using two-dimensional metal dichalcogenides for wastewater pollutants remediation

Coherent control of enhanced second-harmonic generation in a plasmonic nanocircuit using a transition metal dichalcogenide monolayer

Programmable nanowrinkle-induced room-temperature exciton localization in monolayer WSe2

Research team discovers two-dimensional waveguides

Unveiling the generation principles of charged particles ‘trion’ in 2D semiconductor

Next-generation technology could take a big leap with new nanotechnology created in Japan

Advanced measurements unravel nanoscale phenomena in tungsten diselenide

The future of electronics: Transition Metal Dichalcogenides (TMDs) and their potential in transistor applications

'Sudden death' of quantum fluctuations defies current theories of superconductivity

Magnetism and metallicity in moiré transition metal dichalcogenides

Exploring the diversity of semiconductor building blocks

A superconducting junction made from a single 2D material promises to harness strange new physics

Emerging 2D materials for future electronics

New dichalcogenide solar cell architecture promises 25% efficiency

TMD catalysts: the key to cleaner energy solutions?

Strong light–matter coupling in the simplest geometry

Move over carbon, the nanotube family just got bigger

Hybrid integration of 2D materials for on-chip nonlinear photonics

Pioneering beyond-silicon technology via residue-free field effect transistors

AIXTRON installs a MOCVD machine CCS 2D in IMEC’s fab

A new layered structure with 2D material that exhibits a unique transfer of energy and charge

P-Type 2D single-crystal transistor arrays fabricated with tuned Fermi-level semimetal electrodes

Scientists create unique layered structure with 2D materials

How band nesting can achieve near-perfect optical absorption in just two layers of TMD materials

The revolutionary impact of 2D materials on modern technology and telecommunications

Overview of the state of semiconducting TMDC research

Demonstrating a Fully-2D-Material based device for temperature sensing in cryogenic regimes

Directly imaging quantum states in two-dimensional materials

Spectroscopic micro-ellipsometer unveils atomic-level thickness measurements of 2D materials

Moiré pattern reveals exotic boson material

Two technical breakthroughs make high-quality 2D materials possible

Origin of ultrafast mystery signals in Valleytronic materials, revealed

2D solar cell design based on transition metal dichalcogenides promises 12.87% efficiency

Robust temperature–strain coupling in phase and shape evolution of MoTe2 nanosheets

Fe intercalated Td-MoTe2 reveals electronic phase diagram

Toward controlling contact polarity and contact resistance in 2D-material devices

Putting a Spin on Photoemission

Using chemical exfoliation to produce superconducting tungsten disulfide ink

AFRL researchers contribute to prestigious scientific journal ACS Nano

A new age of 2.5D materials

Why should we stack 2D materials?

When material goes quantum, electrons slow down and form a crystal

Giant nonlinear Hall effect near the continuous Mott transition in twisted transition metal dichalcogenides

Imec’s new roadmap extends to the angstrom age

Quantum sensors see Weyl photocurrents flow

Research Bits: Jan. 31

MIT engineers grow “perfect” atom-thin materials on industrial silicon wafers

Paper-supported photodetectors

Approaching the quantum limit in two-dimensional semiconductor contacts

Study observes spin-orbit-parity coupled superconductivity in thin 2M-WS2

Switching of K-Q intervalley trions fine structure and their dynamics in n-doped monolayer WS2

Reviewing TMDs in biosensing applications

Optical innovations

New study unveils generalized optical printing of photocurable metal chalcogenides

Electric field mapping in 2D heterostructures

Scientists make first attempt to design solar cells based on kusachiite

High-performance parallel tandem MoTe2/perovskite solar cell based on reduced graphene oxide as hole transport layer

New method for determining how 2D materials expand (MIT)

Transition Metal Dichalcogenides (TMDC) market projections & future opportunities recorded for the period until 2028

Atomistic measurement and modeling of intrinsic fracture toughness of two-dimensional materials

Atomistic measurement and modeling of intrinsic fracture toughness of two-dimensional materials

Electrons that flow like liquids pave the way for robust quantum computers

Drop in sea of electrons

Broadband infrared study of pressure-tunable Fano resonance and metallization transition in 2H-MoTe2

A design to tune moiré excitons in TMDC superlattices through varying layer degrees of freedom

Machine vision breakthrough: This device can see 'millions of colors'

Study reports evidence of stabilized ferromagnetic order by optical pumping

Probing properties of nanobubbles in 2D semiconductors

Intralayer charge-transfer moiré excitons in van der Waals superlattices

Weaving atomically thin seams of light with in-plane heterostructures

A faster way to study 2D materials for next-generation quantum and electronic devices

Ultrafast pseudospin quantum beats in multilayer WSe2 and MoSe2

Spin-Valley physics of TMDs under strain explored

2D boundaries could create electricity

Perovskite-transition metal dichalcogenides heterostructures: Recent advances and future perspectives

Upconversion photoluminescence excitation reveals exciton–trion and exciton–biexciton coupling in hBN/WS2/hBN van der Waals heterostructures

P-type electrical contacts for two-dimensional transition metal dichalcogenides

New optoelectronic functionalities using large-scale computations

New materials open door to new devices

Physicists see electron whirlpools for the first time

Boosting second harmonic generation with TMDs monolayer via dual bound states in the continuum in a photonic grating slab

Near-invisible solar cell based on tungsten disulfide photoactive layer

First-principles study of the electronic and optical properties of HoW impurities in single-layer tungsten disulfide

Dry pick-and-flip assembly of van der Waals heterostructures for microfocus angle-resolved photoemission spectroscopy

Valleytronics researchers fabricate novel 2D material enjoying long-life excitons

Extending excitons’ life

New 2D materials could be the key to high-capacity batteries

TSMC commits to nanosheet technology at 2nm node

Presenting exciton theory in atom-thin semiconductors

Improved NRR electroactivity by MoS2-SnS2/poly(zwitterionic liquids)/polypyrrole/graphene oxide

Tunable quantum traps for excitons

On-Chip photodetection: 2D material heterojunctions for “Post-Moore Era” microelectronics

3D Printing catalytic electrodes for electrochemical applications

Highly tunable graphene-semiconductor vdW heterostructures

New fabrication method for di-indium tri-sulfuric (In2S3) thin films

Synthesis, properties and applications of 2D materials beyond graphene

Scientists use light to trigger magnetism in nonmagnetic material

Nanospectroscopy tool shows promise in twistronics applications

Transition Metal Dichalcogenides show promise in nanophotonics

Picosecond energy transfer in a transition metal dichalcogenide–graphene heterostructure revealed by transient Raman spectroscopy

An efficient electrochemical intercalation method for high-yield production of TMD nanosheets

Physicists engineer ferroelectricity into well-known family of semiconductors

Biodegradable implant could help monitor brain chemistry

New strategy to enhance single photon emitters for quantum photonics

DST-INSPIRE Faculty fellow working on doping techniques for monolayer and bi-layer 2D-semiconductors

Breakthrough in quantum sensing provides new material to make qubits

Bonding exercise: quantifying biexciton binding energy

Layered materials for energy generation and heat pumps

Advancing nano-imaging using 2D materials

Accelerating development of advanced devices based on van der Waals crystals

Robotic production line gives 2D materials a twist to produce multilayer structures

Injection-free multiwavelength electroluminescence devices based on monolayer semiconductors driven by an alternating field

The excellent heat dissipation properties of layered semiconductors revealed down to one layer

Study shows that monolayer tungsten ditelluride is an excitonic insulator

New biocompatible, fast-acting antifungal nanomaterial

Photoexfoliation of quantum two-dimensional (2D) materials

Biomedical applications of transition metal dichalcogenide nanozymes

Stanford University researchers say ultra thin solar cells could create longer battery life

A New 0.4-MM-Thick 'Paper Battery' can power a small fan for 45 minutes

Electric fields make a ‘tuning knob’ for solid-state systems

Flexible metal dichalcogenide solar cell with 5.1% efficiency

Dion-Jacobson perovskite solar cell with 18.82% efficiency

Ultrathin solar cells get a boost

Excitons and emergent quantum phenomena in stacked 2D semiconductors

Researchers propose new mechanism for mass production of chips using transition metals

How fast does sound travel through 2D materials? It depends on how their layers stack

Study of crystal-orientation dependence of harmonics in transition-metal dichalcogenides

Quantifying spin in WTe2 for future spintronics

Optical inspection of graphene and other 2D materials

Electrical control over designer quantum materials

Is tin disulfide an effective material in supercapacitors?

Transition Metal Dichalcogenides (TMDC) market 2021-2028: major trends and key developments | Rose Mill Co., 3M Company, BryCoat, Inc.

Twisted-angle dependent exciton in heterobilayer of transition metal dichalcogenides

Zhongwei Dai: Exploring the strange quantum world of 2D materials

A new twist on 2D materials may lead to improved electronic, optical devices

Single-atom-thick semiconductor sandwich is a significant step toward ultra-low-energy electronics

This is what a solid made of electrons looks like

The first glimpse of hydrodynamic electron flow in 3D materials

Quantum criticality in twisted transition metal dichalcogenides

Spin photovoltaic effects in magnetic van der Waals heterostructures

Spin-textured Chern bands in AB-stacked transition metal dichalcogenide bilayers

Deciphering asymmetric charge transfer at transition metal dichalcogenide–graphene interface by helicity-resolved ultrafast spectroscopy

This exotic particle had an out-of-body experience; These scientists took a picture of it

Exploring the limits of the combination of light and matter on the nanoscale

Scientists shuffle atomic layers like playing cards to make new quantum materials

New 2D alloy combines five metals, breaks down carbon dioxide

New combination of materials provides progress toward quantum computing

NSF renews funding for Two-Dimensional Crystal Consortium

Light-emitting MXene quantum dots

Graphene oxide nanosheets interact and interfere with SARS-CoV-2 surface proteins and cell receptors to inhibit infectivity

Intersection of 2D materials results in entirely New materials

Transition metal dichalcogenides get weaker when thickness decreases

Intersection of 2D materials results in entirely new materials

Building Reconfigurable Electronics with Van der Waals Heterostructures

Interlayer exciton formation, relaxation, and transport in TMDs van der Waals heterostructures

Global Transition Metal Dichalcogenides (TMDC) market 2020 by manufacturers, regions, type and application, forecast to 2025

Quantum dot array could make ultra-low energy switches

High-order superlattices by rolling up van der Waals heterostructures

Researchers tailor the interaction of electrons in an atomically thin solid

Promises and prospects of two-dimensional transistors

Molecular bridges power up printed electronics

Transition Metal Dichalcogenides (TMDC) market size and forecast (2021-2027) | by top leading players – 3M Company, Rose Mill Co., BryCoat, Micro Surface Corp., Atlantic Equipment Engineers, EdgeTech Industries, LLC

Vibrating 2D materials

Programmable hyperbolic polaritons in van der Waals semiconductors

Filming Phase Changes

Imec introduces 2-D materials in the logic device scaling roadmap

2D Semiconductor Materials Sales Market – Major Technology Giants in Buzz Again | Saint-Gobain, Momentive

Chemical scissors snip 2D transition metal dichalcogenides into nanoribbon

Visualizing Dark Excitons

Strain engineering of 2D semiconductor and graphene

How thin do you want your layered materials for maximum solar cell efficiency?

New 2D materials show promise for future electronic devices

Kick-starting Moore's Law? New 'synthetic' method for making microchips could help

Nanopatterning electronic properties of twisted 2D semiconductors using twist

Particles trapped in twisted materials and quantum fingerprints identified

Two-dimensional layers of gold or silver become semiconductors

Transition Metal Dichalcogenides (TMDC) market 2019 break down by top companies, countries, applications, challenges, opportunities and forecast 2026

Global Transition Metal Dichalcogenides (TMDC) sales and revenue market share by application / types (2015-2020) and forecast (2021-2026)

Measuring a tiny quasiparticle is a major step forward for semiconductor technology

Using chaos as a tool, scientists discover new method of making 3-D-heterostructured materials

This new heated micro-blade can cut 2D material with unmatched precision

Engineers invented a new way to store data using atomically-thin 2D materials instead of silicon chips

Manufacturing Bits: July 14

Experiments confirm light-squeezing 2-D exciton-polaritons can exist

New discovery from McGill could lead to improvements in the optical detectors used in solar cells

Phase engineering of Transition Metal Dichalcogenides with unprecedentedly high phase purity, stability

How sticky gold could “pull off” the next big thing in semiconductor technology

Kitchen-fridge temperature supercurrents from stacked 2D materials

2D materials grow directly on optical fibres

Chemical scissors snip 2-D transition metal dichalcogenides into nanoribbon


Molybdenum Disulfide

Facile fabrication of MoS2 and MoSe2 layered structures on Mo foil for the efficient photocatalytic dye degradation and electrocatalytic hydrogen evolution reaction

Wafer-Scale epitaxial molybdenum disulfide ultrathin film on sapphire prepared by low-energy reactive magnetron sputtering

Korean scientists develop tech for sub-nanometer chip

Top-down nanostructured multilayer MoS2 with atomically sharp edges for electrochemical hydrogen evolution reaction

Phosphorus-doped molybdenum disulfide as counter electrode catalyst for efficient bifacial dye-sensitized solar cells

Revolutionizing microchip efficiency: Argonne National Laboratory's leap towards sustainable computing

Probing impact on magnetic behavior of cobalt layer grown on thick MoS2 layer

An architecture for sub-picowatt logic computing based on self-biased molybdenum disulfide transistors

2D Materials beyond graphene: Properties and potential

Coal: A game changer in the semiconductor industry

Integrating dimensions to get more out of Moore’s Law and advance electronics

Large-Scale integration of 2D materials as the semiconducting channel in an in-memory processor (EPFL)

Researchers safely integrate fragile 2D materials into devices

Researchers use 2D material to reshape 3D electronics for AI hardware

Improved electrochemical performance of bio-derived plasticized starch/ reduced graphene oxide/ molybdenum disulfide ternary nanocomposite for flexible energy storage applications

First large-scale in-memory processor with over 1000 transistors

A modelling approach to well-known and exotic 2D materials for next-gen FETs

Researchers develop unique 'Electronic tongue' using graphene and MoS2

High temperature anomalous Raman and photoluminescence response of molybdenum disulfide with sulfur vacancies

Studying the mechanical response of single-layer molybdenum disulfide nanoribbons

Beyond Graphene: A new “Metallic” 2D material – molybdenene

Molybdenum Disulfide (MoS2) For Future Chip Revolution

Pioneering beyond-silicon technology via residue-free field effect transistors

Researchers develop novel DNA biosensor for early diagnosis of cervical cancer

China makes breakthrough in mass production of 12-inch 2D semiconductor wafer

Empowering advanced electronics with layered materials and wide-bandgap semiconductors

Global Molybdenum Disulfide Market expected to reach $43 billion by 2030, driven by government initiatives in manufacturing and automotive sectors

Characterizing atomic defects in 2D materials to determine suitability as quantum emitters

How to fine-tune large-area Molybdenum Disulfide atomic layer deposition at 150°C

Enhanced oxygen reduction reaction activity and biperiodic trends of lanthanide-doped molybdenum disulfide

CEA-Leti and Intel to develop atomically thin 2D TMDs on 300mm wafers

High-tech lubricant forms by itself when needed

In-plane gate graphene transistor with epitaxially grown molybdenum disulfide passivation layers

MIT engineers “grow” atomically thin transistors on top of computer chips

From sheets to stacks, new nanostructures promise leap for advanced electronics

Researchers look beyond silicon to potentially double solar cell efficiency

2D material to compute or store data

Emerging TMDs in supercapacitors: The case of MoS2

Microwave-driven exfoliation of MoS2 produces large flakes with high yields

New method gets better performance out of atomically thin transistors

Closing in on next-generation atom-thick photonic devices

New insights into APCVD grown monolayer MoS2 using time-domain terahertz spectroscopy

Researchers at IIT Roorkee are able to record Ultrafast photoresponse in SIS heterojunction-based NIR photodetectors

Could sensors help detect Alzheimer's disease?

SF State research closes in on next-generation atom-thick photonic devices

Chemically modified nanosheets for biomedical applications

Physicists predict exotic new phenomena and give 'recipe' for realizing them

Hamilton Introduces New U-Grooved Industrial Track Wheels

Real-life 'quantum molycircuits' using exotic nanotubes

SUTD researchers developed novel 2D material with virus to kill cancer cells

New method to determine how 2D Materials expand

Highly performing lithium sulfur batteries based on metallic molybdenum disulfide nanosheets

Insect-inspired night-time collision detector based on atomically thin and light-sensitive memtransistors

A method to reliably fabricate transition metal dichalcogenide field-effect transistors on a wafer-scale

Planetary transmission performance tests at very low temperatures

Intel charts course to trillion-transistor chips: 2D transistor materials, 3D packaging research

Experimental nanosheet material marks a step toward the next generation of low-power, high-performance electronics

Low cost sodium sulfur battery shows promise

How to fire projectiles through materials without breaking anything

Various graphene technologies to be tested during moon and space missions

Researchers build a working camera out of atomically thin semiconductors

Atomic transistors based on seamless lateral metal-semiconductor junctions with sub-1-nm transfer length

Generality vs. specificity: unraveling the electric double layer structure of highly ionic liquid electrolytes

TSMC approaching 1 nm with 2D materials breakthrough

$1.25M grant to advance control of 2D materials

Artificial intelligence powers record-breaking all-in-one miniature spectrometers

TSMC heads below 1nm with 2D transistors at IEDM

Artificial intelligence powers record-breaking all-in-one miniature spectrometers

SMENA Catalysis AB develops layered materials with bespoke edges for gas sensing and hydrogen catalysis

How are 2D heterostructures used for chemical sensing?

Streamlining reporting and benchmarking of forthcoming field-effect transistors

High-quality growth

Researchers develop nanosheets for hydrogen generation and pptoelectronic applications

Greek milestone for graphene perovskite solar panels

Chinese scientists find nanosheet to kill anaerobic microbes

In-fibre second-harmonic generation with embedded two-dimensional materials

Microscopic color converters move small laser-based devices closer to reality

Robust approach analyzes complex processes on a femtosecond scale

Tribological, oxidation and thermal conductivity studies of microwave synthesised molybdenum disulfide (MoS2) nanoparticles as nano-additives in diesel based engine oil

Scientists design new inks for 3D-printable wearable bioelectronics

How cross-border collaboration underpins the nanoscience revolution

A flexible sensor for real-time temperature detection using MoS2

First-ever images of atoms 'swimming' in liquid have been captured

Water can’t touch this sanded, powdered surface

Researchers give 2D electronics a performance boost

Physicists capture images of single atoms ‘Swimming’ in liquid

Smart chip senses, stores, computes and secures data in one low-power platform

Split-Gate FETs (SG-FETs)

Future of Graphene and MXenes in flexible electronics compared

Using lattice distortions to improve carrier mobility in 2D semiconductors

Researchers discuss graphene flexible photodetectors

Using lattice distortions to improve carrier mobility in 2D semiconductors

New optoelectronic device can detect optical signals and convert them into electrical signals

Photonic synapses with low power consumption and high sensitivity

Researchers develop AI technology that mimics the human eye

Large-area graphene-perovskite solar modules with better temperature coefficient

Activation of nitrogen species mixed with Ar and H2S plasma for directly N-doped TMD films synthesis

Atomically thin semiconductors for nanophotonics

New electrocatalyst offers hope for less expensive hydrogen fuel

Microfluidics and nanomaterials for energy storage applications

Alfa chemistry: printing inks are perfect for organic and printed electronics

Machine learning-based optimization of chiral photonic nanostructures: evolution- and neural network-based design

Scalable approach to fabricate memristor arrays at wafer-scale

6G Component Provides Speed, Efficiency Needed for Next-Gen Network

Intermediate-state imaging of electrical switching and quantum coupling of molybdenum disulfide monolayer

Thermal and mechanical characterization of nanoporous two-dimensional MoS2 membranes

Biomolecule detection in biofluids made flexible in new research

New transistors integrating high-k perovskite oxides and 2D semiconductors

Korea develops wireless brain neurochemical system to study Parkinson’s disease

Uniform nucleation and epitaxy of bilayer molybdenum disulfide on sapphire

Mg-Li battery-suitable highly dispersed MoS2 nanoflowers created

Transparent and flexible passivation of MoS2/Ag nanowire with sputtered polytetrafluoroethylene film for high performance flexible heaters

Supercomputing, paper cutting underpin stretchable electronics research

MoS2-Wrapped SWNTs synthesized with space-confined method

Eco-Friendly method to create customizable multifunctional MoS2 nanocomposites

Ancient art meets AI for better materials design

Advancements in nanotechnology and their impact across multiple areas of human health

Neuromorphic chip integrated with a large-scale integration circuit and amorphous-metal-oxide semiconductor thin-film synapse devices

New, more sustainable catalyst developed for fine chemicals industry

SLM-processed MoS2/Mo2S3 nanocomposite for energy conversion/storage applications

Disease diagnosis through 2D nanomaterial-based breath sensors

Nanoribbons boost hydrogen sensing for rapid detection of gas leaks

Vertical MoS2 transistors with sub-1-nm gate lengths

Laser-Fabricated 2D molybdenum disulfide electronic sensor arrays for rapid, low-cost, ultrasensitive detection of influenza A and SARS-Cov-2

Retina-inspired sensors for more adaptive visual perception

NGI uses twist to engineer 2D semiconductors with built-in memory functions

Core-shell nanocomposite of flower-like molybdenum disulfide nanospheres and molecularly imprinted polymers for electrochemical detection of anti COVID-19 drug favipiravir in biological samples

Ultrathin films for stretchable and sturdy bioelectronic membranes

MoS2 and Fe2O3 co-modify g-C3N4 to improve the performance of photocatalytic hydrogen production

Erythrocyte membrane-enveloped molybdenum disulfide nanodots for biofilm elimination on implants via toxin neutralization and immune modulation

Simple method to improve high-k dielectric integration for 2D electronics

Transparent ultrasound chip improves cell stimulation and imaging

How to design a sail that won’t tear or melt on an interstellar voyage

Innovative reflective materials to accelerate space probes light years away

Understanding conductivity in printed films for flexible electronic devices

Modified gold nanoparticles improve photodetector performance

Emerging nanomaterials-based biosensor for detecting SARS-CoV-2

'Significant breakthrough' in bionic eye development

2D Semiconductors stalk Silicon at the edge of Moore’s Law

Rice University: Nickel’s need for speed makes unusual nanoribbons

Hole doping effect of MoS2 via electron capture of He+ ion irradiation

2D material sensor ‘detects cancer with 70% fewer cells than other electronic sensors’

A two-dimensional outlook

Creating a 2D transistor from inorganic molybdenum disulfide

Plasma assisted chemical vapor deposition to grow graphene on MoS2 substrates

Researchers identify ultrafast dynamics in monolayer MoS₂/ReSe₂ heterostructures

Controlling environmental pollutants with heterogeneous catalysts

The highest amplification in tiny nanoscale devices

Atomic scale “Lasagna” controls heat flow at the nanoscale

Electrospun PCL/MoS2 nanofiber membranes combined with NIR-Triggered photothermal therapy to accelerate bone regeneration

Anisotropic thermal conductors to solve electrical component overheating

UChicago scientists create material that can both move and block heat

PolyU develops groundbreaking and highly effective targeted osteoarthritis pain reliever

Hidden particle interactions exposed by peeling layers of graphene

The future of thermoelectric energy harvesting

Groundbreaking visualization of atomic movements

Molten salt metal-air batteries may be the successor to lithium-ion batteries

Electrical characterization of 2D transition metal dichalcogenides via SPM

Composite piezoelectric materials extracted from common waste products

Ultrathin semiconductors are electrically connected to superconductors for the first time

Stanford’s breakthrough new manufacturing technique for ultrathin, flexible electronics

Proliferation of EVs based on high-performance, low-cost sodium-ion battery

Stanford researchers develop new manufacturing technique for flexible electronics

Changing a 2D material's symmetry can unlock its promise

Lab peers inside 2D crystal synthesis

Resourceful solid-state nanopores: From blue energy production to big data processing

Molybdenum disulfide vertical transistors with channel lengths down to one atomic layer

New class of hydrogels can enable precise drug delivery

Bharat Ratna professor rao receives prestigious international award in energy research

New printable electronic circuits could lead to lower-cost wearables

Advance may enable “2D” transistors for tinier microchip components

Ultralow contact resistance between semimetal and monolayer semiconductors

NUS scientists create a new type of intelligent material

New water-based approach to manufacturing semiconductors

What is MoS2 powder and its performance

KIST develops new batteries 40% cheaper, stronger than lithium-ion batteries

Scientists now able to map defects in 2D crystals in liquid

IIT Mandi develops anti-bacterial material for face masks & PPE equipment

Taiwan develops biosensor to screen fetal Down’s Syndrome

Reactive molecular dynamics reveals fundamental mechanism of resistive switching in 2D materials

Nanomaterials support water treatment with industrial waste – summaries

Molybdenum disulphide, a new carbon capture catalyst

IC design: going back to 2-D?

Bioinspired mechano-photonic artificial synapse based on graphene/MoS2 heterostructure

2D Heterostructures Rolled Like Sushi May Lead to Ultra Miniaturized Electronics

Instrument at BESSY II shows how light activates molybdenum disulfide layers to become catalysts

Spintronic computing breakthrough: Taking 2D materials for a spin

Molybdenum disulfide ushers in era of post-silicon photonics

Process adds graphene and 2D materials to semiconductor lines

A scalable method for the large-area integration of 2D materials

Transistors built from ultra-thin 2D materials take a step forward

From heat to spin to electricity: Understanding spin transport in thermoelectric devices

Laser-writing method quickly converts a single starting material to circuit components

Rice 'flashes' new 2D materials

2D material controls light twice stronger

Atom-thin transistor uses half the voltage of common semiconductors, boosts current density

Light-Based tool may lead to advanced energy technologies, quantum computers

USP and Unesp produce technology that eliminates dye and carcinogenic metal from water

World’s smallest atom-memory unit created

2D material helps next-gen computer chip store, process data like neurons

Researchers obtain atomically thin molybdenum disulfide films on large-area substrates

The superpowers of super-thin materials

Producing electricity at estuaries using light and osmosis

Twisting 2-D materials uncover their superpowers

Ferromagnetic semiconductor could be used for quantum bits applications

Development of electrode material improving the efficiency of salinity gradient energy

Ultrafast optical response and ablation mechanisms of molybdenum disulfide

Mohali institute develops new laser tech for making nano-structures

Texas A&M researchers light cells using manosheets for cancer treatment

Oil-free, nanoscale solid lubricant creates ultra-slippery layer between sliding surfaces in machinery

Process for 'two-faced' nanomaterials may aid energy, information tech

The superiority of single-layer molybdenum disulfide for water desalination

How to cut atom-sized 2D materials

Active-matrix organic light-emitting diode display on human skin

Metal-breathing bacteria could transform electronics, biosensors, and more

'Etch-a-Sketching' critical p-n nano-junctions for 2D Semiconductor diode

A new process for precision perforation of material layers

Highly sensitive dopamine detector uses 2D materials

A highly light-absorbent and tunable material

New wearable gas sensor based on reduced Graphene Oxide/MoS2 composite

First 2D neural network

The right formula for scaling production of promising nanomaterial to decontaminate water

Development of haptic touch sensor that works by static electricity

The art of making tiny holes: processing surfaces on an atomic scale

World’s first graphene-enabled perovskite solar farm trial up and running

An innovative pattern: scientists rewrite rules for 2D electronics

New method to synthesize and exfoliate 2D semiconductors

Can two-dimensional semiconductors created using liquid metals forestall Moore’s law's demise?

Shedding light on moiré excitons: A first-principles perspective

Flexible and transparent electronics fabricated using a two-dimensional semiconductor

Research lays groundwork for ultra-thin, energy efficient photodetector on glass

Low friction coatings market segmentation by qualitative and quantitative research incorporating impact of economic and non-economic aspects by 2027

Tailoring 2D materials to improve electronic and optical devices

Imitating the brain to make computers more efficient


Molybdenum Diselenide


Molybdenum Ditelluride

Tungsten Diselenide

New combination of materials provides progress toward quantum computing

Stacking 2 2D materials in solar cells makes for super powerful performance

‘Twisting’ atomic materials may convert light into electricity

CCNY team makes single photon switch advance

Experimental measurement of the intrinsic excitonic wave function

Foldable solar cell can be bent perfectly more than 10,000 times without breaking

Switching nanolight on and off

Tungsten Diselenide industry market size 2020 demand, global trend, news, business growth, top key players update, business statistics and research methodology by forecast to 2027

Biological Systems Inspire Image Preprocessing Solutions

Atoms-thick transistors get faster using less power

Spontaneous chemical functionalization via coordination of Au single atoms on monolayer MoS2

Neural hardware for image recognition in nanoseconds

A new design strategy to fabricate 2-D electronic devices using ultrathin dielectrics

Physicists' finding could revolutionize information transmission

Transistor sets a new standard for energy efficiency

Observation of intervalley transitions can boost valleytronic science and technology

Tungsten Diselenide to exhibit healthy growth through forecast period; market likely to mitigate COVID-19’s financial impact

Novel "dual-resonant method" in 2D materials can spur advances in the field of photonics

Tech: Tiny bubbles make a quantum leap

Black phosphorus-based van der Waals heterostructures for mid-infrared light-emission applications

New reconfigurable circuits for a wide range of applications

Nanophysics: Spectral classification of excitons

Anisotropic plasmons in quasi-metallic 2-D materials

Global Tungsten Diselenide market report to cover industrial chain analysis, manufacturing cost structure, process analysis


New analysis method developed for nano and quantum materials

New analysis method developed for nano and quantum materials

Graphene and tungsten diselenide combination can boost superconductivity

Microscopy images could lead to new ways to control excitons for quantum computing

Electronic bridge allows rapid energy sharing between semiconductors

A transistor? memory? wait, it's both!

A reconfigurable device based on 2D van der Waals heterostructures that works both as a transistor and memory

Exploring truly chiral phonons in bulk 3D materials

New Quasiparticle discovered in Moiré patterns

Researchers study exciton dynamics at unprecedented resolution

A crystalline attoclock: Ultrafast motion of free electrons in solids tracked to within attoseconds

Tokyo Institute Of Technology: 2022 Suematsu Award “Fundamentals And Developments Of Digital Technology” winners announced

Building blocks of the future for photovoltaics

Tuning moiré excitons and correlated electronic states through layer degree of freedom

Excitonic insulators are created in moiré superlattices

More optically-active 2D heterostructures from Monash University

New way to control spin currents at room temperature

Alignment of quantized levels in valleytronic materials

Lithography-Free process to make quantum emitters for 2D semiconductors

p-type 2D transistors mean atomically-thin CMOS is not far away

Control of trion-to-exciton conversion in monolayer WS2 by orbital angular momentum of light

Researchers employ van der Waals heterostructures for nano-opto-electro-mechanical devices

Tunable nanophotonic interface simplifies PIC integration

Ultra-compact integrated photonic device could lead to new optical technologies

Structure of the moiré exciton captured by imaging its electron and hole

2D semiconductors make progress, but slowly

ARPES gives first observation of dispersive excitons in a low-dimensional metallic system

‘Exciton surfing’ could enable next-gen energy, computing and communications tech

Reversible tuning of excitons possible with nanogap device

'Crazy' light emitters: Physicists see an unusual quantum phenomenon

A New Flexible Solar Cell Approach with 2D Transition Metal Dichalcogenides

Magnetic surprise revealed in “Magic-Angle” graphene – potential quantum computing applications

New solar materials developed by Stanford scientists could usher in ultrathin, lightweight solar panel

Transition metal dichalcogenide solar cell with 5.1% efficiency

Ultra-thin crystals as light sources in lasers

Strongly correlated excitonic insulator in atomic double layers

With a little twist, researchers delve into a quantum physics puzzle

Physicists snap first image of ‘ice’ purely made of electrons

Monolayer strain sensor sets new record

Effect of electrons with negative mass in novel semiconductor nanostructures

Auburn University engineers create device that instantly reveals COVID-19 test results

Researchers realize spin field effect transistors at room temperature

Single photon switch advance: “Rydberg States” in solid state materials

New study presents tip-induced nano-engineering of strain, bandgap, and exciton funneling in 2D semiconductors

Kitchen temperature superconductivity from stacked 2D materials

Directly visualizing the momentum-forbidden dark excitons and their dynamics in atomically thin semiconductors

Building a quantum network one node at a time

Programmable electronics based on the reversible doping of 2-D semiconductors

Physicists devise a brilliant way to make and observe elusive electron crystals

Technion makes revolutionary light source on single atomic layer

Direct-write quantum calligraphy in monolayer semiconductors

Chips hit a new low with 'Valleytronics'

Saving Moore’s law

2D semiconductors found to be close-to-ideal fractional quantum hall platform

2D semiconductors found to be close-to-ideal fractional quantum hall platform

Scientists observe fractional quantum hall states in monolayer 2D semiconductors

Electronics tuned in twisted bilayer graphene

Can nanotechnology help us combat future pandemics?

Korean team makes 2D light-emitting FETs

Electrical control of the “Valley”

Kitchen-temperature supercurrents from stacked 2-D materials

Do the twist: Making two-dimensional quantum materials using curved surfaces

Building a quantum network one node at a time

Tungsten Disulfide

On route to 3D printing with atomic resolution (w/video)

Sensing of C-Reactive protein using an extended-gate field-effect transistor with a tungsten disulfide-doped peptide-imprinted conductive polymer coating

LED development twists light in quantum computing breakthrough

Tungsten Disulfide market to witness robust expansion by 2028 | Rose Mill Co., BryCoat, Inc.

Physicists take first image of a solid made of electrons

Ultra-short or infinitely long: It all looks the same

Future of quantum information processing: Twisting light that switches direction at room temperature

LED material shines under strain

Tungsten Disulfide market size and growth 2021-2028 | Key players – Rose Mill Co., BryCoat, EdgeTech Industries, LLC, Micro Surface Corp., Atlantic Equipment Engineers, ALB Materials, Skyspring Nanomaterials

Imec builds working forksheet transistors for 2nm, 1nm

Folding 2D materials gives them new properties useful for quantum communications – new research

'Target identified': teaching a machine how to identify imperfections in 2D materials

Tungsten Disulfide to flourish with an impressive CAGR during 2021-2030

Moiré patterns facilitate discovery of novel insulating phases

Ultra-Fast Gas Flows Through Tiniest Holes in One-Atom-Thin Membranes – Validates Century-Old Equation of Fluid Dynamics

'Valley states' in this 2D material could potentially be used for quantum computing

Petronas considers investing 400 million USD in a new lubricants plant, the use of Tungsten Disulfide as the best oil additive will increase significantly

Tungsten Disulfide helps organic solar cell reach 17% efficiency

Exciton resonance tuning of an atomically thin lens

World coronavirus dispatch: Tungsten disulfide nanoparticles market insights analysis 2019-2025

When imaging atoms, blurrier is better

Thirsty Bird (SK, Canada) Unveils New Nanotechnology-based Line of Industrial Fluids & Lubricants

Tungsten Disulfide Nanoparticles Market 2020 | Strategic Assessment by Top Players like Tribotecc, American Elements, Nanoshel, EdgeTech Industries, Atlantic Equipment Engineers, ALB Materials, Skyspring Nanomaterials, Xinglu Chemical Technology, and More?

An electrical trigger fires single, identical photons

Shedding light on moiré excitons: A first-principles perspective

Tungsten Ditelluride


Titanium Diselenide


Van Der Waals Crystals


Tin Disulfide

Indium Gallium Arsenide



Portuetxe 51, 3º Oficina 311
20018 Donostia - San Sebastián


Drop us line

Contact Us