Vasileios C. Nikolis (@vcnikolis) header
Vasileios C. Nikolis (@vcnikolis) profile picture

Vasileios C. Nikolis

@vcnikolis

Product Manager at @heliatek Former researcher at @tudresden_de working on #OrganicPhotovoltaics

 Dresden, Germany
Joined February 2015
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Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)Photo by Vasileios C. Nikolis (@vcnikolis)
Vasileios C. Nikolis retweeted
Dr Yifan Dong (@YifanD) profile picture
Dr Yifan Dong@YifanD17 Sep 2020
Thanks to all our collaborators for contributing to this exciting work, especially @vcnikolis for initiating this project😎😎! Check out below how organic solar cells can function without an acceptor material!☀️☀️
Durrant Group (@durrant_group) profile pictureDurrant Group@durrant_group16 Sep 2020
Who needs a Bulk Heterojunction when you got α-6T?! @NatureComms paper out now about α-6T homojunction #OPV where differently oriented crystal domains create an interfacial energy offset of 0.4eV! Great collaboration with @tudresden_de and @uhasselt. nature.com/articles/s41467-0…
Orientation dependent molecular electrostatics drives efficient charge generation in homojunction...

Orientation dependent molecular electrostatics drives efficient charge generation in homojunction...

Nature Communications - Though single-material organic solar cells are attractive for next-generation photovoltaic technologies, designing new materials with ideal properties remains a challenge....

nature.com
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Vasileios C. Nikolis retweeted
pv magazine (@pvmagazine) profile picture
pv magazine@pvmagazine16 Apr 2020
Would solar decarbonize French energy – or just replace nuclear?: A thinktank has studied whether increased solar energy would contribute significantly to reducing the carbon footprint of the French and European electricity… dlvr.it/RTtJPp #solarenergy #solarpv #solar
Image from pv magazine (@pvmagazine)
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Vasileios C. Nikolis retweeted
pv magazine (@pvmagazine) profile picture
pv magazine@pvmagazine11 Feb 2020
Greening greenhouses with organic PV: Semi-transparent organic solar cells can reduce the carbon footprint and raise the crop yield of greenhouses while acting as generators and insulation. Scientists in the U.S. say… dlvr.it/RPpB6k #solarenergy #solarpv #solar
Image from pv magazine (@pvmagazine)
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Vasileios C. Nikolis retweeted
European Investment Bank (@EIB) profile picture
European Investment Bank
@EIB3 Dec 2019
Sustainability lies at the 💚 of everything we do. As one of the world’s largest providers of #ClimateFinance, our projects meet strict environmental and social criteria & take carbon footprint into account. 🔖More in our Sustainability Report: bit.ly/2Dolvo9 #COP25
Image from European Investment Bank (@EIB)
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Vasileios C. Nikolis retweeted
Mashable (@mashable) profile picture
Mashable
@mashable9 Nov 2019
Lego is attempting to reduce its carbon footprint nitter.cf/mashable/status/119324…
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Vasileios C. Nikolis retweeted
Bill Gates (@BillGates) profile picture
Bill Gates
@BillGates29 Oct 2019
"This is a solvable problem." @CarbonCure (which I’ve helped fund through @btenergy Ventures) has developed an innovative way to reduce cement's carbon footprint: b-gat.es/2PprBfs

How to make concrete green

Construction materials are a major contributor to climate change. Here’s one company with a clever approach to embedding carbon dioxide in concrete.

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Vasileios C. Nikolis retweeted
Organic Photovoltaics (@Organic_PVs) profile picture
Organic Photovoltaics@Organic_PVs26 Aug 2019
Strong light-matter coupling for reduced photon energy losses in organic photovoltaics -- Vandewal group go.nature.com/2NwTdhJ
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Really happy to see @pvmagfrance presenting our latest research work on #OrganicPhotovoltaics
pv magazine France (@pvmagfrance) profile picturepv magazine France@pvmagfrance23 Aug 2019
Deux miroirs repoussent les limites physiques des cellules organiques dlvr.it/RBm9r4
Image from pv magazine France (@pvmagfrance)
Vasileios C. Nikolis retweeted
Heliatek GmbH (@heliatek) profile picture
Heliatek GmbH@heliatek21 Aug 2019
Prime Minister Michael Kretschmer, Major of Dresden Dirk Hilbert and many guests from our shareholders, press and friends of Heliatek, officially inaugurated the new HeliaFab® series production of organic solar films. #heliafab #organicsolar #heliatek #thefutureislight
Image from Heliatek GmbH (@heliatek)
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Vasileios C. Nikolis retweeted
Organic Photovoltaics (@Organic_PVs) profile picture
Organic Photovoltaics@Organic_PVs4 Apr 2019
Emissive and charge-generating donor–acceptor interfaces for organic optoelectronics with low voltage losses -- Vandewal group go.nature.com/2UpEXLr
Emissive and charge-generating donor–acceptor interfaces for organic optoelectronics with low...

Emissive and charge-generating donor–acceptor interfaces for organic optoelectronics with low...

Nature Materials - Charge-transfer states with comparable recombination and charge-splitting rates are shown to be a key ingredient for donor–acceptor organic blends that perform well in both...

nature.com
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Our recent publication in #NatureMaterials demonstrates that organic heterojunctions can combine efficient charge generation with high radiative efficiency. This is the point where #OPV and #OLEDs actually meet! go.nature.com/2UpEXLr
Emissive and charge-generating donor–acceptor interfaces for organic optoelectronics with low...

Emissive and charge-generating donor–acceptor interfaces for organic optoelectronics with low...

Nature Materials - Charge-transfer states with comparable recombination and charge-splitting rates are shown to be a key ingredient for donor–acceptor organic blends that perform well in both...

nature.com
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Vasileios C. Nikolis retweeted
Organic Photovoltaics (@Organic_PVs) profile picture
Organic Photovoltaics@Organic_PVs6 Nov 2018
Self-powered ultra-flexible electronics via nano-grating-patterned organic photovoltaics go.nature.com/2RFnqtP
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Vasileios C. Nikolis retweeted
Science Magazine (@ScienceMagazine) profile picture
Science Magazine
@ScienceMagazine11 Aug 2018
Organic solar cells have reached a record-setting 17% efficiency—with further improvements possible in the future: ($) scim.ag/2Mh5NkS
Image from Science Magazine (@ScienceMagazine)
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Great result! Huge progress for OPV in 2018. #OrganicPhotovoltaics #SustainableFuture
Organic Photovoltaics (@Organic_PVs) profile pictureOrganic Photovoltaics@Organic_PVs11 Aug 2018
Organic and solution-processed tandem solar cells with 17.3% efficiency -- Chen group bit.ly/2vALdlV
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Congrats to my good friends at @bakulingroup, amazing work! nitter.cf/bakulingroup/status/10…
Ultrafast OE Group (@bakulingroup) profile pictureUltrafast OE Group@bakulingroup16 Jul 2018
Congratulations Tom, Jiangbin, Artem and all our collaborators for publishing "Design rules for minimizing voltage losses in high-efficiency organic solar cells" in @NatureMaterials #OPV #NFA #ultrafastspectroscopy nature.com/articles/s41563-0…
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Having a great time at #TOA18 enjoying #art with #solar panels
Image from Vasileios C. Nikolis (@vcnikolis)
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Vasileios C. Nikolis retweeted
WeLoveWearableLED (@wearableLED) profile picture
WeLoveWearableLED@wearableLED14 Jun 2018
Foot steps sensing LED floor
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Vasileios C. Nikolis retweeted
Irimitech (@irimitech) profile picture
Irimitech@irimitech24 May 2018
Transparent Flexible OLED display demonstrated by LG #DisplayWeek18
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Vasileios C. Nikolis retweeted
Organic Photovoltaics (@Organic_PVs) profile picture
Organic Photovoltaics@Organic_PVs14 May 2018
A Wide Band-Gap Polymer with a Deep HOMO Level Enables 14.2% Efficiency in Polymer Solar Cells bit.ly/2jUsfR9
A Wide Band Gap Polymer with a Deep Highest Occupied Molecular Orbital Level Enables 14.2% Effici...

A Wide Band Gap Polymer with a Deep Highest Occupied Molecular Orbital Level Enables 14.2% Effici...

Abstract. To simultaneously achieve low photon energy loss (Eloss) and broad spectral response, the molecular design of the wide band gap (WBG) donor polym

pubs.acs.org
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Vasileios C. Nikolis retweeted
LOPEC (@LOPECMunich) profile picture
LOPEC@LOPECMunich17 May 2018
#OLED is both a powerful and energy efficient light source. The @Fraunhofer Institute has developed flexible OLED screens that could lead to completely new application possibilities, even for cars. (German content) mdr.de/mediathek/video-17550…
Image from LOPEC (@LOPECMunich)
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