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Altmetric information on Nat. Commun. publication "CONTROL OF ELECTRONIC TOPOLOGY IN A STRONGLY CORRELATED ELECTRON SYSTEM", opens an external URL in a new window
TOPOLOGISCHE MATERIALIEN WERDEN UMSCHALTBAR, opens an external URL in a new window TU Wien News, 10.10.2022
QUANTENMATERIALIEN - THERMOELEKTRIK UND PHYSIKALISCHE EIGENSCHAFTEN BEI ULTRATIEFEN TEMPERATUREN , opens an external URL in a new windowLab tour by Monika Lužnik at the Infotag Physik, 10.10.2022
Altmetric information on Nat. Phys. publication "TOPOLOGICAL SEMIMETAL DRIVEN BY STRONG CORRELATIONS AND CRYSTALLINE SYMMETRY", opens an external URL in a new window
NEUE QUANTENMATERIALIEN AM COMPUTER ENTWORFEN, opens an external URL in a new window TU Wien News, 19.09.2022
ERC VERGIBT ELF „ADVANCED GRANTS“ NACH ÖSTERREICH, opens an external URL in a new window science ORF.at, 26.04.2022
ERC-GRANT FÜR SILKE BÜHLER-PASCHEN, opens an external URL in a new window APA Science, 26.04.2022
ELF "ADVANCED GRANTS" DES FORSCHUNGSRATS ERC GEHEN NACH ÖSTERREICH, opens an external URL in a new window Der Standard, 26.04.2022
RÉCOMPENSE : L’ERC ATTRIBUE ONZE “ADVANCED GRANTS” À L’AUTRICHE, opens an external URL in a new window News.dayFR, 26.04.2022
ERC-GRANT FÜR SILKE BÜHLER-PASCHEN, opens an external URL in a new window TU Wien News, 26.04.2022
ERC-GRANT FÜR SILKE BÜHLER-PASCHEN, opens an external URL in a new window (idw) Nachrichten Informationsdienst Wissenschaft, 26.04.2022
FWF APPROVES 15 MILLION EUROS FOR FOUR NEW SPECIAL RESEARCH AREAS, opens an external URL in a new window archyworldys, 21.01.2022
QUANTEN, ZELLTEILUNG, MOTOREN UND IT-SICHERHEIT, opens an external URL in a new window Die Presse, 21.01.2022
VIER NEUE SPEZIALFORSCHUNGSBEREICHE STARTEN IN ÖSTERREICH, opens an external URL in a new window FWF Der Wissenschaftsfonds, 20.01.2022
INTERNETSICHERHEIT UND QUANTENMATERIALIEN, opens an external URL in a new window TU Wien News, 20.01.2022
FWF GENEHMIGT 15 MIO. EURO FÜR VIER NEUE SPEZIALFORSCHUNGSBEREICHE , opens an external URL in a new windowAPA Science, 20.01.2022
Editors’ Highlights webpage of recent research called "CONDENSED MATTER" - , opens an external URL in a new windowNature Communications, 11.08.2021
HOCHTEMPERATUR-SUPRALEITUNG VERSTEHEN – MIT ULTRATIEFEN TEMPERATUREN, opens an external URL in a new window technologiewerte.de, 23.07.2021
HOCHTEMPERATUR-SUPRALEITUNG VERSTEHEN – MIT ULTRATIEFEN TEMPERATUREN, opens an external URL in a new window CHEMIE.DE, 23.07.2021
HOCHTEMPERATUR-SUPRALEITUNG VERSTEHEN - MIT ULTRATIEFEN TEMPERATUREN , opens an external URL in a new windowTU Wien, 21.07.2021
UNDERSTANDING HIGH TEMPERATURE SUPERCONDUCTIVITY USING ULTRA LOW TEMPERATURE, opens an external URL in a new window FLORIDA NEWS TIMES, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window ScienceDaily, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window Bioengineer.org, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window SCIENMAG, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window EurekAlert!, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window Mirage News, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window PHYS ORG, 21.07.2021
HOCHTEMPERATUR-SUPRALEITUNG VERSTEHEN – MIT ULTRATIEFEN TEMPERATUREN, opens an external URL in a new window innovations report, 21.07.2021
HOCHTEMPERATUR-SUPRALEITUNG VERSTEHEN – MIT ULTRATIEFEN TEMPERATUREN, opens an external URL in a new window idw - Informationsdienst Wissenschaft, 21.07.2021
SUPERCONDUCTIVITY IN AN EXTREME STRANGE METAL, opens an external URL in a new window NEWSBREAK, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window newsbeezer.com, 21.07.2021
USING ULTRA-LOW TEMPERATURES TO UNDERSTAND HIGH-TEMPERATURE SUPERCONDUCTIVITY, opens an external URL in a new window NewsLocker, 21.07.2021
HOCHTEMPERATUR-SUPRALEITUNG VERSTEHEN – MIT ULTRATIEFEN TEMPERATUREN, opens an external URL in a new window TuAustria, 21.07.2021
SUPERCONDUCTIVITY IN AN EXTREME STRANGE METAL, opens an external URL in a new window 42papers.com, 21.07.2021
NEW SEMIMETAL HITS QUANTUM BULLSEYE, opens an external URL in a new window CORDIS - EU research results, 21.06.2021
ÜBERRASCHENDE FORM VON „QUANTENKRITIKALITÄT“ KÖNNTE ZU EINEM DESIGN-KONZEPT FÜR NEUE MATERIALIEN FÜHREN, opens an external URL in a new window CHEMIE.DE, 26.05.2021
NEUES QUANTENMATERIAL ENTDECKT, opens an external URL in a new window TU Wien News, 25.05.2021
SCIENTISTS DISCOVERED NEW QUANTUM MATERIAL, opens an external URL in a new window World Today News, 25.05.2021
SCIENTISTS DISCOVERED NEW QUANTUM MATERIAL, opens an external URL in a new window TECH EXPLORIST, 24.05.2021
NEW QUANTUM MATERIAL DISCOVERED, opens an external URL in a new window news(wise).com, 24.05.2021
NEW QUANTUM MATERIAL DISCOVERED – WITH SURPRISING PROPERTIES, opens an external URL in a new window SciTechDaily, 24.05.2021
PRISTINE QUANTUM CRITICALITY FOUND, opens an external URL in a new window EurekAlert!, News Release, 24.05.2021
PRISTINE QUANTUM CRITICALITY FOUND, opens an external URL in a new window Rice University, Current News, 24.05.2021
NEW QUANTUM MATERIAL DISCOVERED, opens an external URL in a new window PhysOrg, 24.05.2021
PRISTINE QUANTUM CRITICALITY FOUND, opens an external URL in a new window ScienceDaily, 24.05.2021
LA SCOPERTA DI UN NUOVO MATERIALE QUANTISTICO, opens an external URL in a new window Amantea online,24.05.2021
NEW QUANTUM MATERIALs FOUND, opens an external URL in a new window MySpace,24.05.2021
ILMUWAN TELAH MENEMUKAN MATERI KUANTUM BARU, opens an external URL in a new window Manadopedia,24.05.2021
NEW QUANTUM MATERIAL DISCOVERED - AMAZING PROPERTIES, opens an external URL in a new window FUNTITECH, 24.05.2021
METALLIC MATERIAL PRODUCES MAGNETIC DEFLECTION WITHOUT MAGNETIC FIELD, opens an external URL in a new window materialstoday, 02.03.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST: STUDY OPENS WINDOW INTO THE LANDSCAPE OF EXTREME TOPOLOGICAL MATTER, opens an external URL in a new window Nanotechnology Now, 02.03.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window RealClear Science, 01.03.2021
From Rice University(US): QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window sciencesprings, 27.02.2021
PHYSICISTS DISCOVERED THE HALL EFFECT IN A NONMAGNETIC QUANTUM MATERIAL, opens an external URL in a new window TECH EXPLORIST, 27.02.2021
SURPRISE IN SOLID-STATE PHYSICS: MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window infosurhoy, 27.02.2021
SURPRISE IN SOLID-STATE PHYSICS: MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window SciTechDaily, 27.02.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window MIRAGE, 27.02.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window SCIENMAG, 26.02.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window NEWSCAF, 26.02.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window Rice University News & Media Relations, 26.02.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window ScienceDaily, Science News, 26.02.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window Bioengineer.org 26.02.2021
HALL-EFFEKT OHNE MAGNETFELD, opens an external URL in a new window pro-physik.de, 26.02.2021
QUANTUM QUIRK YIELDS GIANT MAGNETIC EFFECT, WHERE NONE SHOULD EXIST, opens an external URL in a new window EurekAlert!, News Release, 26.02.2021mag
DER MAGNET-EFFEKT OHNE MAGNET, opens an external URL in a new window IHK, Innovation & Technologie, 25.02.2021
DER MAGNET-EFFEKT OHNE MAGNET, opens an external URL in a new window CHEMIE.DE, 23.02.2021
EXOTIC METAL FOUND TO EXHIBIT GIANT HALL EFFECT WITHOUT ANY MAGNETIC FIELD, opens an external URL in a new window AZO MATERIALS, 23.02.2021
MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window CHEMEUROPE.COM, 23.02.2021
JÄÄRÄPÄINEN JATKO-OPISKELIJA TEKI MITTAUKSET PERIAATTEESTA ERITYISEN TARKKAAN JA LÖYSI VAHINGOSSA UUTTA FYSIIKKAA – SÄHKÖVIRTA TAIPUI SPONTAANISTI KAARELLE ILMAN MAGNEETTIKENTTÄÄ, opens an external URL in a new window Tekniika&Talous, 23.02.2021
MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window SCIENMAG, 22.02.2021
MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window Bioengineer.org, 22.02.2021
MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window PHYSORG.com, 22.02.2021
MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window nanowerk, 22.02.2021
MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window AlphaGalileo, 22.02.2021
DER MAGNET-EFFEKT OHNE MAGNET, opens an external URL in a new window idw - Informationsdienst Wissenschaft, 22.02.2021
DER MAGNET-EFFEKT OHNE MAGNET, opens an external URL in a new window innovations report, 22.02.2021
MAGNETIC EFFECT WITHOUT A MAGNET, opens an external URL in a new window EurekAlert!, News Release, 22.02.2021
DER MAGNET-EFFEKT OHNE MAGNET, opens an external URL in a new window APA Science, 22.02.2021
HORIZON 2020: ERFOLGSGESCHICHTE FÜR TU WIEN, opens an external URL in a new window TU Wien News, 28.01.2021
WÄRME ZU STROM, opens an external URL in a new window Magazin der Technischen Universität Wien, 05/2020, S. 26-27
KOLLEKTIVE VERSCHRÄNKUNG LÄSST »SELTSAMES« METALL ENTSTEHEN, opens an external URL in a new window Spektrum.de, 22.01.2020
EIN NEUER BLICK AUF „SELTSAME METALLE“, opens an external URL in a new window CHEMIE.DE, 20.01.2020
PHYSICISTS OBSERVE ‘BILLIONS OF BILLIONS’ OF ENTANGLED ELECTRONS, opens an external URL in a new window SCI News, 17.01.2020
EIN NEUER BLICK AUF „SELTSAME METALLE“, opens an external URL in a new window myScience, 17.01.2020
EIN NEUER BLICK AUF „SELTSAME METALLE“, opens an external URL in a new window TU Wien News, 17.01.2020
STUDY FINDS BILLIONS OF QUANTUM ENTANGLED ELECTRONS IN ‘STRANGE METAL’, opens an external URL in a new window Rice University, Current News, 16.01.2020
A NEW LOOK AT 'STRANGE METALS', opens an external URL in a new window EurekAlert!, News Release, 16.01.2020
STUDY FINDS BILLIONS OF QUANTUM ENTANGLED ELECTRONS IN 'STRANGE METAL', opens an external URL in a new window EurekAlert!, News Release, 16.01.2020
EIN NEUER BLICK AUF „SELTSAME METALLE“, opens an external URL in a new window APA Science, Natur & Technik, 16.01.2020
"SELTSAME METALLE" KÖNNTEN HOCHTEMPERATUR-SUPRALEITUNG ERKLÄREN, opens an external URL in a new window APA Science, Politik & Wirtschaft, 16.01.2020
STUDY FINDS BILLIONS OF QUANTUM ENTANGLED ELECTRONS IN 'STRANGE METAL', opens an external URL in a new window PhysOrg, 16.01.2020
BILLIONS OF QUANTUM ENTANGLED ELECTRONS FOUND IN 'STRANGE METAL', opens an external URL in a new window ScienceDaily, 16.01.2020
ELEKTRONENEIGENSCHAFTEN EINZELN EIN- UND AUSSCHALTEN, opens an external URL in a new window TU Wien News, 22.08.2019
WIE MAN WÄRMELEITUNG EINFRIERT, opens an external URL in a new window ÖSTERREICH JOURNAL Nr. 182, 04.03.2019
WIE MAN WÄRMELEITUNG EINFRIERT, opens an external URL in a new window CHEMIE.DE, News, 25.02.2019
CLATHRATE, opens an external URL in a new window Ö1 Wissen Aktuell, 25.02.2019
WIE WÄRME IHREN SCHWUNG VERLIEREN KANN, opens an external URL in a new window Die Presse, 23.02.2019
WIE MAN ELEKTRISCH LEITENDEN MATERIALIEN DIE WÄRMELEITFÄHIGKEIT NIMMT, opens an external URL in a new window Der Standard, 22.02.2019
WENIGER ABWÄRME, MEHR STROM, opens an external URL in a new window Science ORF.at, 21.02.2019
HOW TO FREEZE HEAT CONDUCTION, opens an external URL in a new window ScienceDaily, 21.02.2019
HOW TO FREEZE HEAT CONDUCTION, opens an external URL in a new window EurekAlert!, 21.02.2019
WIE MAN WÄRMELEITUNG EINFRIERT, opens an external URL in a new window TU Wien News, Presseaussendung 10/2019, 21.02.2019
100 JAHRE FRAUENSTUDIUM AN DER TU WIEN, opens an external URL in a new window TU Wien, die Tech.nik, 17.01.2019
INFOTAG PHYSIK, LABTOURS WITH MONIKA BUDNOWSKI, "Mikrokelvinlabor - Physikalische Eigenschaften von Materialien bei ultratiefen Temperaturen", opens an external URL in a new window TU Wien, 07.11.2018
HIGH SCHOOL STUDENTS OF THE BG/BRG KEIMGASSE MÖDLING VISIT OUR "Tieftemperaturlabor" TU Wien, 18.10.2018
LANGE NACHT DER FORSCHUNG 2018, opens an external URL in a new window TU Wien, 13.04.2018
WIENER FORSCHER ENTDECKEN MASSELOSE QUASITEILCHEN, opens an external URL in a new window Nachrichten aktuell, 22.12.2017
SCIENTISTS DISCOVER ENTIRELY NEW MATERIAL THAT CANNOT BE EXPLAINED BY CLASSICAL PHYSICS, opens an external URL in a new window The Independent, 21.12.2017
BREAKING NEWS - SCIENTISTS DISCOVER EXTRAORDINARY NEW MATERIAL , opens an external URL in a new windowYouTube, 21.12.2017
RICE U. PHYSICISTS DISCOVER NEW TYPE OF QUANTUM MATERIAL, opens an external URL in a new window Reddit, 20.12.2017
WIENER FORSCHER ENTDECKEN MASSELOSE QUASITEILCHEN, opens an external URL in a new window Krone, 20.12.2017
MASSELOSES QUASITEILCHEN VERHÄLT SICH WIE "LANGSAMES LICHT", opens an external URL in a new window Der Standard, 20.12.2017
FORSCHER ENTDECKEN MASSELOSE ABER LANGSAME QUASITEILCHEN, opens an external URL in a new window AD HOC NEWS, 19.12.2017
FORSCHER ENTDECKEN MASSELOSE ABER LANGSAME QUASITEILCHEN, opens an external URL in a new window Heute News, 19.12.2017
EIN TEILCHEN WIE LANGSAMES LICHT, opens an external URL in a new window Österreich Journal, 19.12.2017
FORSCHER ENTDECKEN MASSELOSE ABER LANGSAME QUASITEILCHEN, opens an external URL in a new window future zone - science, 19.12.2017
MASSELOSE UND DENNOCH LANGSAME QUASITEILCHEN ENTDECKT , opens an external URL in a new windowAPA Science, 19.12.2017
EIN TEILCHEN WIE LANGSAMES LICHT , opens an external URL in a new windowTU Wien News, 19.12.2017
RICE U. PHYSICISTS DISCOVER NEW TYPE OF QUANTUM MATERIAL, opens an external URL in a new window Rice University, current news, 18.12.2017
PHYSIKERIN: "NATURWISSENSCHAFTEN ERSCHIENEN NÜTZLICH", opens an external URL in a new window Der Standard, 18.11.2017
NEUEN MATERIALIEN AUF DER SPUR, opens an external URL in a new window Wissenschaftsfonds FWF, Video, 02.12.2016
DER MATERIE AUF DEN GRUND GEHEN, opens an external URL in a new window Krone der Wissenschaft, 12.07.2016
EIN KÜHLSCHRANK ÜBER DREIEINHALB ETAGEN, opens an external URL in a new window Die Presse, 02.07.2016
MAßGESCHNEIDERTE MATERIALIEN: DOKTORATSKOLLEG VERLÄNGERT, opens an external URL in a new window TU Wien, 04.02.2016
COOLE PHYSIKERIN, opens an external URL in a new window wien.at Forschen & Entdecken 1/2016, S. 14
SILKE BÜHLER-PASCHEN WIRD FELLOW DER APS, opens an external URL in a new window TU Wien, 12.10.2015
TV News: PHSIKERIN SILKE BÜHLER-PASCHEN, opens an external URL in a new window (32:36), ORF3, science.talk, 4.3.2015 21:45 Uhr, © Österreichischer Rundfunk
FRAUENSPUREN, opens an external URL in a new window TU Wien, 15.01.2015
2030 DAS ZUKUNFTSMAGAZIN, opens an external URL in a new window DATUM mono Reihe, 01.2015
EINSAM SCHWINGENDE ATOME LEITEN KEINE WÄRME, opens an external URL in a new window TU Wien News, 16.07.2014
NEUE THERMOELEKTRISCHE MATERIALIEN ENTDECKT, opens an external URL in a new window Markt&Technik, 4.10.2013, © 2013 WEKA FACHMEDIEN GmbH
CRYSTAL-ENCASED ATOMS COULD HARVEST WASTE HEAT TO GENERATE POWER, opens an external URL in a new window ExtremeTech, 25.9.2013, © 1996-2013 Ziff Davis, Inc.
A BIG IMPROVEMENT IN THERMOELECTRIC MATERIAL, opens an external URL in a new window Before It's News, 25.9.2013, Portions copyright © 2013 Before It's News Inc.
CAGING ATOMS FOR EFFICIENT ELECTRICITY GENERATION, opens an external URL in a new window AZoM, 24.9.2013, AZoM™ | The A to Z of Materials and AZojomo - The "AZo Journal of Materials Online"...AZoM™.com Pty.Ltd Copyright © 2000- 2013
EFFIZIENTERE ERZEUGUNG VON STROM, opens an external URL in a new window technica, 24.9.2013
GEFANGENE ATOME KÖNNEN STROM AUS WÄRME ERZEUGEN, opens an external URL in a new window Wiener Zeitung, 24.9.2013, © Wiener Zeitung 2013
NEW MATERIAL TRAPS ATOMS IN INDIVIDUAL CAGES TO CREATE ENERGY MORE EFFICIENTLY, opens an external URL in a new window Nature World News, 23.9.2013, © 2013 NatureWorldNews.com
TU VIENNA TEAM DEVELOPING NEW CLASS OF THERMOELECTRIC MATERIAL: INTERMETALLIC CLATHRATES, opens an external URL in a new window Green Car Congress, 23.9.2013, © 2004-2013 Green Car Congress
EINGESPERRTE ATOME ERZEUGEN STROM, opens an external URL in a new window scinexx Das Wissensmagazin, 23.9.2013, © 1998 - 2013 MMCD NEW MEDIA, Düsseldorf
NEUES THERMOELEKTRISCHES MATERIAL MIT SEHR GUTEN EIGENSCHAFTEN GESCHAFFEN, opens an external URL in a new window Der Standard, 23.9.2013, © derStandard.at GmbH 2013
NEUE THERMOELEKTRISCHE MATERIALIEN ENTDECKT, opens an external URL in a new window elektroniknet.de, 23.09.2013, © 2013 WEKA FACHMEDIEN GmbH
NEUE THERMOELEKTRISCHE MATERIALIEN ENTDECKT, opens an external URL in a new window Energie und Technik, 23.9.2013, © 2013 WEKA FACHMEDIEN GmbH
ATOME IM KÄFIG, opens an external URL in a new window TU Wien News, 23.9.2013
CREATING ELECTRICITY WITH CAGED ATOMS, opens an external URL in a new window Phys.org., 22.9.2013, © Phys.org™ 2003-2013
HEIßE SPUR NAHE DEM ABSOLUTEN TEMPERATUR-NULLPUNKT, opens an external URL in a new window info Nr. 80, 2012, © FWF Der Wissenschaftsfonds
PHYSIKERIN, MODEL, TURNERIN, opens an external URL in a new window science ORF.at, 07.08.2012
ULTRA-LOW TEMPERATURES TO UNDERSTAND QUANTUM CRITICALITY, opens an external URL in a new window EU Research Autumn 2012, 15.07.2012, © EU Research 2012
Campaign "Women in Research and Innovation": SCIENCE: IT'S A GIRL THING!, opens an external URL in a new window (01:37), European Commission’s Directorate-General for Research and Innovation, 21.06.2012, © European Union, 1995-2012
TV News: ERFOLGREICHE FORSCHERINNEN, opens an external URL in a new window (02:02), ORF2, Heute in Österreich, 02.02.2012 17:05 Uhr, © Österreichischer Rundfunk
TANZENDEMOLEKÜLE UND EIN EXOTISCHER PUNKT, opens an external URL in a new window Der Standard, 01.02.2012, © derStandard.at GmbH 2012
HOCHDOTIERTE FÖRDERPREISE FÜR FORSCHERINNEN DER TU WIEN, opens an external URL in a new window TU Wien News, 31.01.2012
DAS ENDE DER LANGEWEILE - ELEKTRONEN SIND AUCH IN 3D-STRUKTUREN AKTIV, opens an external URL in a new window APA-ZukunftWissen, 13.01.2012, © APA - Austria Presse Agentur
NEW RESEARCH SHOWS HOW QUANTUM MECHANICS PERVADES OUR MATERIALS WORLD ELECTRONS CAN DANCE IN 3 DIMENSIONS, opens an external URL in a new window News of the Faculty of Science of the University of Johannesburg, 1.01.2012
RICE'S 'QUANTUM CRITICAL' THEORY GETS EXPERIMENTAL BOOST, opens an external URL in a new window Rice University Press Release, 10.01.2012
WIE ELEKTRONEN PARTY FEIERN, opens an external URL in a new window TU Wien News, 09.01.2012
NEUES TIEFTEMPERATURLABOR SOLL „Quantum Puzzle“ LÖSEN HELFEN, opens an external URL in a new window TU Wien News, 22.06.2011
MIT ULTRATIEFEN TEMPERATUREN AUF MATERIALSUCHE, opens an external URL in a new window futurezone.at Technology News, 22.06.2011, © FUTUREZONE GmbH
DIE QUANTEN-SCHWELLE ZUM MAGNETISMUS, opens an external URL in a new window TU Wien News, 17.08.2010
QUANTENWELT LÄSST AUCH WISSENSCHAFTER STAUNEN, opens an external URL in a new window APA-ZukunftWissen, 17.08.2010, © APA – Austria Presse Agentur e.G.
QUANTUM FRACTALS AT THE BORDER OF MAGNETISM, opens an external URL in a new window Rice University Press Release, 28.07.2010, © 2006 Rice University
ROLE MODEL CONTAINER Female Careers in Science, Engineering & Technology, 2008
HAHN GRATULIERT HEIMISCHEN FORSCHER/INNEN ZUR EU-FÖRDERUNG, opens an external URL in a new window BMWF, 05.08.2008
HOCHDOTIERTER FÖRDERPREIS AN TU-FORSCHERIN, opens an external URL in a new window TU Wien News, 04.08.2008
QUANTENEFFEKTE MACHEN DEN UNTERSCHIED, opens an external URL in a new window TU Wien News, 16.02.2007
QUANTENEFFEKTE MACHEN DEN UNTERSCHIED Max-Planck-Gesellschaft Presseinformation PRI C / 2007 (21), 16.02.2007
KÄLTE AUS DER STECKDOSE, opens an external URL in a new window Forschen & Entdecken 04/2006, S. 12
KÜHLSCHRÄNKE OHNE KÜHLMITTEL, AUTOS LIEFERN ENERGIE!, opens an external URL in a new window TU Wien News, 13.11.2006
EXPERTINNEN 2006, opens an external URL in a new window FEMtech, Okt. 2006
BÜHLER-PASCHEN FEMtech-EXPERTIN DES MONATS, opens an external URL in a new window TU Wien News, 20.10.2006
SILKE BÜHLER-PASCHEN - JUNGE PHYSIKPROFESSORIN MIT "DRIVE", opens an external URL in a new window TU Wien News, 24.05.2005
WISSENSCHAFTLER ENTRÄTSELN QUANTENEIGENSCHAFTEN EXOTISCHER MATERIALIEN, opens an external URL in a new window Max-Planck-Gesellschaft Presseinformation C 47 / 2004 (177), 16.12.2004
RESEARCH DEMYSTIFIES QUANTUM PROPERTIES OF EXOTIC MATERIALS Rice University Press Release, 15.12.2004, © 2004 Rice University
MOVERS, opens an external URL in a new window NATURE 431, 21.10.2004, © 2010 Nature Publishing Group