Maciej Koperski

Dr Maciej Koperski is a PI at the Institute for Functional Intelligent Materials at NUS (Singapore) working on the light-matter interactions at nanoscale.

[Maciej Koperski @KoperskiLab]

Our recent study demonstrates a structural phase transition due to Ta intercalation, observable via Raman scattering.

The article was published in the Journal of Colloid and Interface Science by @ElsevierConnect : https://t.co/nidyNNYOW2

#2Dmaterials #materialsscience

[Maciej Koperski @KoperskiLab]

Our recent review provides an overview of nanofiber cathodes used for aluminium-ion batteries.

The article published in the Advanced Fiber Materials by Springer Nature is available at: https://t.co/nKle49KS4R

#battery #energy #sustainability

[Maciej Koperski @KoperskiLab]

Our recent study demonstrated contributions from the Néel vector to second-harmonic generation in CrPS4.

The article published in Nano Letters by @ACSPublications is available at: https://t.co/cTqjCCin7c

#magnetism #2DMaterials #materialsscience #optics #photonics #physics

[Maciej Koperski @KoperskiLab]

We recently demonstrated nanoscale positioning of reproducible blue emitters in hBN via ion irradiation.

The article published in ACS Nano by @ACSPublications is available at: https://t.co/vmrzgYrUhI

#photonics #optics #2Dmaterials #quantummaterials #physics #engineering

[Maciej Koperski @KoperskiLab]

Our recent study shows that gas doping of nanocarbon electrodes can increase the performance of Al-ion batteries.

The full text of the article published in the Journal of Power Sources by @ElsevierConnect is available at: https://t.co/yNM3Vc45I2

#battery #energy #sustainability

[Maciej Koperski @KoperskiLab]

Our recent study demonstrates a new type of ferromagnetic phase in CrBr3.

The full text of the article published in Advanced Science by @WileyGlobal in open access is available at: https://t.co/VVImpabTAR

#2DMaterials #Physics #Magnetism #MaterialsScience #Nanotechnology

[Maciej Koperski @KoperskiLab]

Our recent study of nonlinear dynamics of antiferromagnetic 2D nanodrums was published in @NatureComms as part of @NaturePortfolio.

The full text in open access is available at: https://t.co/P4jAXwtLlS

#nanomechanics #2Dmaterials #physics #magnetism

[Maciej Koperski @KoperskiLab]

Our recent review article on single photon emitters and single electron transistors was published in Materials Science and Engineering: R: Reports by @ElsevierConnect.

The full text of the article is available at: https://t.co/zxf261mEbn

#photonics #electronics #materials

[Maciej Koperski @KoperskiLab]

Our recent study demonstrated the strain tuneability of optical third harmonic generation in anisotropic Nb2SiTe4 films, published in Advanced Functional Materials by @WileyGlobal .

The full text is available at: https://t.co/uXnlqnZrQA

#optics #materials #anisotropy

[Maciej Koperski @KoperskiLab]

Our recent review article on carbon cathodes for aluminum-ion batteries was published in ACS Applied Energy Materials by @ACSPublications.

The article is available at: https://t.co/Xa8SkJss8Y

#battery #energy #sustainability

[Maciej Koperski @KoperskiLab]

Our recent study of the excitonic behavior in LED devices based on monolayer WSe2 was published in Solid State Communications.

The full text at: https://t.co/ZMgM7y8GUF.
@ElsevierConnect @ElsevierNews

#optics #photonics #LED #quantum #2Dmaterials #physics

[Maciej Koperski @KoperskiLab]

Our recent study demonstrating single photon emitters from Nb-doped monolayer WS2 was published in @NatureComms as part of @NaturePortfolio.

The full text in open access is available at: https://t.co/lnJpZQFbwN

#photonics #quantum #2Dmaterials #physics

[Maciej Koperski @KoperskiLab]

Our recent perspective article on quantum light-emitting devices realized with 2D materials was published in @NatRevElectrEng as part of @NaturePortfolio . The full text is available at: https://t.co/GXufjVXPKW
#photonics #electronics #devices #LED #2Dmaterials #physics

[Maciej Koperski @KoperskiLab]

Our review article on ab initio computational methods for defect centers in hBN is available at: https://t.co/wUnsRryiKE

#2Dmaterials #hBN #defects #theory #optics #quantummaterials

[ACS Nano @acsnano]

A team led by @jionglu_NUS and @KoperskiLab of @NUSingapore investigate the properties of individual defects in atomically thin #HexagonalBoronNitride layers through the defect-mediated tunneling of #electrons toward a metallic substrate.

#OpenAccess: https://t.co/FE6SbN15yP

[Maciej Koperski @KoperskiLab]

Our recent work demonstrates the identification and characterization of defect centers in hexagonal boron nitride. The article is available in @acsnano.

#OpenAccess: https://t.co/R2RWkmEBiG

#2Dmaterials #quantummaterials #physics #scanning #optics #sensing

[Maciej Koperski @KoperskiLab]

We demonstrated that thin layers of metal dihalides can be obtained by recrystallization of powders, followed by mechanical exfoliation. The paper published in @acsnano is available at: https://t.co/VFJnofkaor

#2Dmaterials #crystals #crystalgrowth #optoelectronics #magnetism

[Maciej Koperski @KoperskiLab]

Our article on the effects of bubble-induced strain on magnetization in van der Waals ferromagnets is published in the Journal of Physics: Materials by @IOPPublishing. The article is available at: https://t.co/G5JFuIU1GO

#magnetism #2Dmaterials #physics

[Maciej Koperski @KoperskiLab]

Our study demonstrating electroluminescence from defect centers in hBN has just been published in @LightSciAppl by @NaturePortfolio.

#2Dmaterials #devices #LEDs #optoelectronics #materialsscience #quantumphysics

[Maciej Koperski @KoperskiLab]

Our work on arrays of quantum emitters in monolayer WSe2 embedded into light-emitting diodes based on vertical tunneling junctions is available at: https://t.co/6riVtJVnXe

#quantumphysics #2Dmaterials #optics #devices