Search form


Home

Search form

Sign in
  • ABOUT
    • THE INSTITUTE
      • IDENTITY
      • 40 YEARS HISTORY
      • FORTH
      • HOW TO REACH IESL
      • CONTACT US
    • ADMINISTRATION
      • ACTING DIRECTOR
      • SCIENTIFIC COUNCIL
      • STRUCTURE
    • SUPPORT UNITS
      • Administration services
      • Computer center
      • Electronics design and development lab
      • Library
      • Machine workshop
    • ACHIEVEMENTS
      • INTERNATIONAL REPUTATION-BIBLIOMETRICS
      • OUR RANKING
    • NEWS
  • RESEARCH
    • RESEARCH DIVISIONS
    • PUBLICATIONS
    • PATENTS
    • SCIENCE PROJECTS
  • PEOPLE
    • ALL
    • RESEARCHERS
    • APPLICATION SCIENTISTS
    • UNIVERSITY FACULTY MEMBERS
    • VISITING RESEARCHERS
    • ADMINISTRATIVE STAFF
    • SUPPORT STAFF
    • RESEARCH ASSOCIATES
    • STUDENTS
  • FACILITIES
    • EUROPEAN FACILITIES
    • NATIONAL FACILITIES
  • EVENTS
    • ALL
    • SEMINARS
    • TRAINING & COURSES
    • CONFERENCES
  • JOBS & TENDERS
    • CALL FOR TENDERS
    • CAREER OPPORTUNITIES
  • Ultrashort Non-linear Interactions and Sources

    Study of intense ultrashort laser pulses in transparent media and related filamentation processe
  • BRIGHTEST ATOM LASER EVER

    The BEC and Matter Waves group of IESL has demonstrated the brightest atom laser to date.
  • Microelectronics

Innovative technique achieving modulation of spin-valley polarization in 2D semiconductors for next generation valleytro
We’re excited to share our latest publication “Spin-Valley Polarization Control in WSe2 Monolayers using Photochemical Doping”, in Advanced Optical Materials.
Συμπόσιο "From electrons to elastic and electromagnetic waves", αφιερωμένο στον Καθηγητή Ελευθέριο Ν. Οικονόμου
Σε κλίμα βαθιάς συγκίνησης πραγματοποιήθηκε σήμερα στο ΙΤΕ, το Επιστημονικό Συμπόσιο «From electrons to elastic and electromagnetic waves” αφιερωμένο στον Καθηγητή Ε. Ν. Οικονόμου, Προέδρο επί Τιμή του ΙΤΕ
Laser 3D Micro-/Nano-Structurization of Luminescent Materials
A new scientific study titled “Laser 3D Micro-/Nano-Structurization of Luminescent Materials”, published in Advanced Optical Materials, presents exciting new findings.
Emerging Ta4C3 and Mo2Ti2C3 MXene Nanosheets for Ultrafast Photonics
The groundbreaking research, titled “Emerging Ta4C3 and Mo2Ti2C3 MXene Nanosheets for Ultrafast Photonics,” published in Advanced Optical Materials, was carried out by scientists at the In

QUICK LINKS

  • Overview
  • Research in IESL
  • Research Projects
  • Publications
  • Call for Tenders
  • Carrer Oportunities
  • Contact Us
  • How to reach us
  • FORTH
  • Search
  • IESL - 40 YEARS HISTORY
  • WEBMAIL@IESL
  • Services
  • Sitemap

CONNECT WITH US

 

Newsletter

Sign up to our newsletter and receive the latest information about our research projects

© 2014-2025 IESL-FORTH. All Rights Reserved.