Skip navigation
  • Barrierefreiheit
  • Contacts
  • Downloads
  • Impressum
  • Privacy
 
Skip navigation
  • News
    • Vacancies
    • Open Calls
      • Associate Member Application
  • About cfaed
    • Motivation & Approach
    • Vision & Mission
    • Executive Board
    • Program Office
      • IT Support
    • Infrastructure
  • People & Institutions
    • cfaed Groups - Full Members
    • cfaed Associated Members
    • cfaed Chairs
      • Chair of Compiler Construction
        • About
        • Staff
          • Dr. Steffen Köhler
        • Research
        • Teaching
        • Publications
        • Collaborations
        • Vacancies
        • News
        • Contact
      • Chair of Emerging Electronic Technologies
        • About Us
        • Group
        • News
          • Twitter News
        • Research
        • Publications
        • Ongoing Projects
        • Contact Details
      • Chair of Knowledge-Based Systems
        • About Us
        • Contact Details
      • Chair of Molecular Functional Materials
        • About Us / News
        • Research
        • Staff
        • Vacancies
        • Publications
        • Collaborative Projects
        • Contact Details
        • AM30 Symposium Dresden
          • Welcome
          • Speakers
          • Program
          • Registration
          • Visitors Guide
          • Contact
      • Chair of Network Dynamics
        • About
        • Team
        • Research
        • Teaching
        • Publications
        • News
        • Contact
      • Chair of Organic Devices
        • About Us
        • News
        • Research
        • Group
        • Teaching
        • Publications
        • Contact Details
      • Chair of Processor Design
        • About-News
        • Team
        • Collaborations-Grants
        • Publications
        • Student Theses/Projects
        • Vacancies
        • Teaching
        • Tools
        • Contact
    • cfaed Research Group Leaders
      • Carbon Nano Devices - Hermann Group
        • Home
        • Research
        • Group Members
        • Publications
        • Contact
        • Vacancies
      • MESO3D - Mesoscopic 3D Systems - Kirchner Group
        • Home
        • Publications
        • Group Members
        • News
        • Vacancies
        • Startup Project
        • Contact Details
      • Single Molecule Machines - Moresco Group
        • Home
        • Research
        • Group Members
        • Publications
        • ESiM Project
        • News
        • About me
        • Contact
  • Research & Projects
    • CRC Transregio 404 "Active 3D"
    • Research Training Group 2767
    • Projects
    • Publications
    • Excellence Cluster phase 2012-2019
      • Results & Impact
      • Research Paths
        • Silicon Nanowire Path
          • NanoBioSensor Conference
            • Welcome
            • Program
            • Organiser
        • Carbon Path
          • Introduction
          • Investigators
          • Overall Goal + Justification
          • Research Approach
          • Recent Achievements
          • Publications
        • Organic / Polymer Path
          • Introduction
          • Investigators
          • Overall Goal + Justification
          • Research Approach
          • Recent Achievements
          • Publications
        • Biomolecular-Assembled Circuits
        • Chemical Information Processing Path
        • Orchestration Path
          • Introduction
          • Investigators
          • PhDs and PostDocs
          • Overall Goal + Justification
          • Research Approach
          • Path Activities
          • Recent Achievements
          • Publications
        • Resilience Path
          • Workshop on Resilient Systems
            • About
            • Workshop program
            • Keynote talks
            • Student talks
            • Registration
        • CRC 912 (HAEC)
        • Biological Systems Path
          • Summer School Micromotors
            • Welcome
            • Speakers
            • Program
            • Participating Labs
            • Registration
            • Travel and Visa Information
      • Investigators & Participating Institutions
  • Dresden Center for Nanoanalysis
    • Home
    • Equipment
    • References
    • Publications
    • Open Positions
    • Projects
      • DFG Project Vortex-EMCD
      • DFG Project within GRK 2767
      • DFG Project within SPP 2137
      • IMPRS-CPQM Project
      • DFG Project "Skyrmionen in 3D"
      • DFG Project "Forschungsgroßgeräte"
      • BMWi Project
      • Labs@Location with Zeiss
      • EFRE Project
      • BMBF Project
    • Events
      • 2020: EMC2020
      • 2018: Microscopy and Microanalysis
      • 2017: Electron Microscopy Symposium
      • 2015: FCMN
      • 2015: 3rd DNS
      • 2014: 2nd DNS
      • 2013: Nanoanalytik-Kolloquium
      • 2013: EUROMAT
      • 2013: 1st DNS
      • 2013: Grand Opening DCN
    • Team
  • Public Relations
    • Press Releases / Pressemitteilungen
    • Scientific Image Contests
    • Downloads
    • Media Review
    • Projekt Visiomat
  • CRC/TRR 404 Active-3D
    • Home
    • Vacancies
    • People
      • Principal Investigators
      • Management Board
      • PhD Students
      • Support Services
    • Projects
      • Research Area A
      • Research Area B
      • Research Area C
      • Supporting Projects
    • Publications & Awards
    • News & Events
    • IRTG
  • Microelectronics Academy (DMA)
    • Event Information
    • Registration
    • Program
    • Impressions
    • Sponsors
    • About Us
    • Contact
  • Events
    • cfaed Distinguished Lecture Series
    • cfaed Seminar Series
    • DCN Seminar
    • Upcoming Events
 
  • cfaed
  • Public Relations
  • Press Releases / Pressemitteilungen

Press Releases / Pressemitteilungen

Researchers from TU Dresden and CiQUS Obtain Decacene, the Largest Acene Synthesised Ever

Published on Mon, 14 Aug 2017 in PRESS RELEASES

STM picture of a single Decacene molecule. Copyright: TU Dresden

[Press release from TU Dresden, 14 August 2017]

Acenes are molecules formed by the linear fusion of special carbon-based hexagons, widely known as ‘benzene rings’. In spite of its structural simplicity, these molecules have attracted huge attention due to their unique electronic properties; pentacene, for example, a member of this family with five linear rings, is considered as one of the most relevant organic semiconductor to build photoelectronic devices, while larger acenes present intriguing properties that have fascinated scientists for decades. However, long acenes are unstable molecules, which cannot be found in natural sources. The obvious alternative is to access these molecules by chemical synthesis, but this approach becomes more challenging as the length of the molecule increases. In fact, nonacene (nine rings linearly fused) was the largest acene detected to date in 2010.

Read more … Researchers from TU Dresden and CiQUS Obtain Decacene, the Largest Acene Synthesised Ever

Stadt Dresden und Technische Universität Dresden sind ein Gewinnerteam

Landeshauptstadt unterstützt Exzellenz-Bewerbung der TU Dresden - Landing Page freigeschaltet

Published on Mon, 07 Aug 2017 in PRESS RELEASES

Foto: Dresden Marketing GmbH / André Wirsig

[Gemeinsame Pressemitteilung von Landeshauptstadt Dresden und Technischer Universität Dresden, 3. August 2017]

Die Landeshauptstadt setzt ihre Standortkampagne zum Wirtschafts- und Wissenschaftsstandort ein, um die Exzellenzbewerbung der Technischen Universität Dresden (TUD) zu unterstützen – und holt die Dresdnerinnen und Dresdner mit ins Boot. Ziel ist es, die Dresdner Stadtgesellschaft über die TUD-Exzellenzbewerbung zu informieren und für „ihre“ Exzellenzuniversität zu mobilisieren. Dafür hat die Landeshauptstadt die Website dresden.de/exzellenz gestartet. Während des gesamten Bewerbungsprozesses wird die Landeshauptstadt Dresden gemeinsam mit den Bürgerinnen und Bürgern dabei helfen, dass die TU Dresden ihren Exzellenzstatus behält. Deshalb stehen in der PR-Kampagne seit diesem Jahr die zukunftsweisenden Forschungsthemen der Exzellenzuniversität TUD und deren aktuelle Bewerbung in der neuen Exzellenzstrategie des Bundes und der Länder im Fokus.http://datas.weichertmehner.com/ddexzellenz.zip

Read more … Stadt Dresden und Technische Universität Dresden sind ein Gewinnerteam

Hamburg Science Award 2017 goes to Klaus Müllen and Xinliang Feng

PRESS RELEASE of the Academy of Sciences and Humanities in Hamburg / 26 June 2017

Published on Thu, 29 Jun 2017 in PRESS RELEASES

[Deutsche Version unter 'read more']

Klaus Müllen of Max Planck Institute for Polymer Research (MPI-P) in Mainz and Xinliang Feng of Center for Advancing Electronics Dresden / Technische Universität Dresden will be awarded the Hamburg Science Award 2017, which this year is dedicated to the subject of energy efficiency. The Academy of Sciences and Humanities thus honours the two chemists’ research in the field of graphene research. This functional material, which – due to its various properties – has since its discovery in 2004 been considered as the material of the future, is especially suitable to be used in batteries and supercapacitors.

Read more … Hamburg Science Award 2017 goes to Klaus Müllen and Xinliang Feng

Synthesis of Molecular Hydrogen: Novel Method Sets Benchmark for Platinum-free Electrocatalysts

cfaed PRESS RELEASE / 18 May 2017

Published on Thu, 18 May 2017 in PRESS RELEASES

[Deutsche Version unter 'read more']

A paper from cfaed’s Chair for Molecular Functional Materials co-authored by researchers at universities and institutes in Germany, France and Japan has been published in Nature Communications on 17th May 2017. The paper titled “Efficient hydrogen production on MoNi4 electrocatalysts with fast water dissociation kinetics” describes a new approach to revolutionize the production of molecular hydrogen. This gas is considered to be one of the most promising energy carriers of the future.

Read more … Synthesis of Molecular Hydrogen: Novel Method Sets Benchmark for Platinum-free Electrocatalysts

Avantgarde in Dresden — damals und heute. Die Villa Ida Bienert in Fotografien von Uta Caroline Thom

Pressemitteilung vom 18.04.2017

Published on Tue, 18 Apr 2017 in PRESS RELEASES

teasergrafik "hier"

Der Forschungscluster cfaed ist über viele Gebäude verteilt – und mindestens eins davon ist eine ganz besondere Perle mit einem großen Nachhall an bewegter und spannender Geschichte, deren Spuren heute u.a. bis ins Museum of Modern Art nach New York führen. Die Rede ist von der Villa Ida Bienert in Dresden-Plauen, dem derzeitigen cfaed-Verwaltungssitz und gleichzeitig auch Forschungsstandort mit den Laboren des cfaed-Lehrstuhls für Organische Bauelemente. Auch die HighTech Startbahn Sachsen ist hier angesiedelt.

Read more … Avantgarde in Dresden — damals und heute. Die Villa Ida Bienert in Fotografien von Uta Caroline Thom

Page 18 of 31

  • First
  • Previous
  • 15
  • 16
  • 17
  • 18
  • 19
  • 20
  • 21
  • Next
  • Last

EVENTS

UPCOMING EVENTS

27 to 29 October 2025

11. MikroSystemTechnik Kongress 2025

DCN SEMINAR

Click the headline above to see archive of former events.
Skip navigation
  • Contacts
  • Downloads
  • Impressum