Aleksandar Matkovic (@2D_Mat_Lab) header
Aleksandar Matkovic (@2D_Mat_Lab) profile picture

Aleksandar Matkovic

@2D_Mat_Lab

https://nitter.cf/t.co/chFOxx4g5v…

 Leoben
unileoben.ac.at/matkovics-lab/
Joined November 2021
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  • Following68
  • Followers54
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Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)Photo by Aleksandar Matkovic (@2D_Mat_Lab)
All van der Waals Semiconducting PtSe2 Field Effect Transistors with Low Contact Resistance Graphite Electrodes | Nano Letters pubs.acs.org/doi/full/10.102…
All van der Waals Semiconducting PtSe2 Field Effect Transistors with Low Contact Resistance...

All van der Waals Semiconducting PtSe2 Field Effect Transistors with Low Contact Resistance...

Abstract. Contact resistance is a multifaceted challenge faced by the 2D materials community. Large Schottky barrier heights and gap-state pinning are acti

pubs.acs.org
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Aleksandar Matkovic retweeted
Nature Communications (@NatureComms) profile picture
Nature Communications@NatureComms28 May 2024
Replying to @TCD_physics
@TCD_physics @sofergroup develop transport models and utilise #impedance spectroscopy to quantify the factors limiting conduction in nanostructured networks #Printed #Electronics #2DMaterials #1DMaterials #Junctions #GettingApplied nature.com/articles/s41467-0…
Understanding how junction resistances impact the conduction mechanism in nano-networks

Understanding how junction resistances impact the conduction mechanism in nano-networks

Nature Communications - The electrical properties of nanostructured networks are often dominated by junctions between the particles. Here, Gabett et al. develop transport models and utilise...

nature.com
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Electric Potential at the Interface of Membraneless Organelles Gauged by Graphene | Nano Letters pubs.acs.org/doi/10.1021/acs…
Electric Potential at the Interface of Membraneless Organelles Gauged by Graphene

Electric Potential at the Interface of Membraneless Organelles Gauged by Graphene

Abstract. Eukaryotic cells contain membrane-bound and membrane-less organelles that are often in contact with each other. How the interface properties of m

pubs.acs.org
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Aleksandar Matkovic retweeted
Communications Chemistry (@CommsChem) profile picture
Communications Chemistry@CommsChem15 Aug 2023
Light-mediated catalysis on silver nanoparticles deposited along tungsten diselenide nanoribbon edges via edge-specific on-surface photochemistry. @2D_Mat_Lab @awaiseii nature.com/articles/s42004-0…
Image from Communications Chemistry (@CommsChem)
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Hunting for low-temperature magnetic ordering in 2D minerals: our latest experiment at BESSYII MAXYMUS
Image from Aleksandar Matkovic (@2D_Mat_Lab)
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:D
Austrian Academy of Sciences (@oeaw) profile pictureAustrian Academy of Sciences@oeaw12 May 2023
Gestern durften wir unsere neu gewählten Mitglieder offiziell an der #ÖAW willkommen heißen. Wir freuen uns sehr und gratulieren von Herzen! 🥳
Image from Austrian Academy of Sciences (@oeaw)
Image from Austrian Academy of Sciences (@oeaw)
Image from Austrian Academy of Sciences (@oeaw)
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Aleksandar Matkovic retweeted
Igor Stankovic (@AutNemo) profile picture
Igor Stankovic@AutNemo20 Apr 2023
Preprint is available of our latest work on #water interactions: the #graphene nanoribbons enable anchoring of water clusters on the edges. During a reversal of the external field, the #collective dynamics in clusters result in a #ferroelectric effect. researchgate.net/publication…
Image from Igor Stankovic (@AutNemo)
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Aleksandar Matkovic retweeted
Young Academy OeAW (@ya_OeAW) profile picture
Young Academy OeAW@ya_OeAW4 Apr 2023
Wir freuen uns sehr über unsere 12 neuen Mitglieder - herzlich willkommen in der Jungen Akademie @oeaw! 🥳💐 Und herzliche Gratulation auch an @PaoloSa86346296, der zum korrespondierenden Mitglied der phil.-hist. Klasse gewählt wurde! 👏 oeaw.ac.at/news/oeaw-waehlt-…
ÖAW wählt 31 neue Mitglieder

ÖAW wählt 31 neue Mitglieder

Frauenanteil liegt bei über 50 Prozent. Faßmann: "Die Akademie wird weiblicher und jünger."

oeaw.ac.at
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Our second set of synchrotron experiments @HZBde :)
Image from Aleksandar Matkovic (@2D_Mat_Lab)
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Low Temperature transport measurements by @Awaisei @iue @tu_wien
Image from Aleksandar Matkovic (@2D_Mat_Lab)
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LFM: Our team needs reinforcements! Open Positions: Postdoc, PhD and Student workers. If you are interested in experimental physics, working on 2D devices with focus on novel device concepts, send us your CV . More info:unileoben.ac.at/matkovics-la…
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Condensate Biology at the Synapse: Dr. Dragomir Milovanovic #DZNE_de : on behavior of proteins and their condensates. In our joint collaboration we look how we can implement 2d materials to better understand charge governed processes in molecular biology.
Image from Aleksandar Matkovic (@2D_Mat_Lab)
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Aleksandar Matkovic retweeted
Asylum Research AFM (@asylumafm) profile picture
Asylum Research AFM@asylumafm13 Dec 2022
Researchers used #AtomicForceMicroscopy to show polarized light can be used to control charge propagation of organic #semiconductors. Discovery has huge implications for next-generation applications in electronics, optics, & sensing! Study details here 👉 okt.to/n1HRDz
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Congratulations to the @oepg_at members, who received an ERC Starting Grant! Aleksandar Matkovic (@2D_Mat_Lab from Montanuniversität Leoben) and Christian Prehal (@ChrisPrehal from Paris Lodron Universität Salzburg)
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Beyond grateful, happy and honored for receiving #ERCStartingGrant for my POL_2D-PHYSICS project! #ERC_Research Thanks to my group members, collaborators and friends, and host @unileoben for continuous support, understanding, inspiration and motivation!
European Research Council (ERC) (@ERC_Research) profile pictureEuropean Research Council (ERC)
@ERC_Research22 Nov 2022
More than 3,000 ambitious young researchers entered the 2022 competition for ERC Starting Grants. 🎊 Congratulations to the 408 who were selected for 🇪🇺#EUfunded support this time! Maybe you know one? List ➡️ bit.ly/StGlaureates #ECR #PhDLife #PhDChat #AcademicChatter
Image from European Research Council (ERC) (@ERC_Research)
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Aleksandar Matkovic retweeted
Mariya Gabriel (@GabrielMariya) profile picture
Mariya Gabriel@GabrielMariya22 Nov 2022
💡We are proud to empower young #researchers to follow their curiosity. That’s why we support them with ERC Starting Grants worth €636M. 408🆕laureates bring a remarkable wealth of scientific ideas. Hear more at 16:00 CET @ERC_Research Twitter Space 👉bit.ly/ERCspace
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Hear first-hand from some of the successful candidates of #ERCStG grant competition, learn about their amazing science, and maybe even get application tips! nitter.cf/i/spaces/1MYGNgQrNVvJw
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Aleksandar Matkovic retweeted
Andras Kis (@andras_ks) profile picture
Andras Kis@andras_ks2 Nov 2022
New paper in #npj2dmaterials @Nature_NPJ: Single-crystalline nanoribbon network field effect transistors from arbitrary two-dimensional materials by Muhammad Awais Aslam et al. rdcu.be/cYEze
Image from Andras Kis (@andras_ks)
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Aleksandar Matkovic retweeted
Igor Stankovic (@AutNemo) profile picture
Igor Stankovic@AutNemo30 Sep 2022
71st Meeting of the Austrian Physical Society, 26.-30.9.2022, Leoben, Austria Our collaboration with the University of Leoben involves creating, measuring, and modelling ferroelectric graphene nanoribbons. I appreciated the hospitality! @ULTIMATE_I_MSCA @2D_Mat_Lab @awaisei
Image from Igor Stankovic (@AutNemo)
Image from Igor Stankovic (@AutNemo)
Image from Igor Stankovic (@AutNemo)
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Our group's contribution to OePG 2022 -Presenting ferroelectric graphene nanoribbons @Awaisei @oepg_at
Image from Aleksandar Matkovic (@2D_Mat_Lab)
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