Daytona Beach, Florida (US). From 27 September to 1 October 2026, the Congress will gather scientists, clinicians, engineers, industry partners, and students from across the globe to advance basic and applied electroporation science, to share cutting-edge knowledge, and to foster interdisciplinary collaboration. As in previous years, the Congress will begin with an Educational Session, open especially to students and young researchers wishing to deepen their understanding of electroporation and pulsed electric fields.
This website https://wc2026.electroporation.net/ details programme, social events, information on venue and accommodation, abstract submission, and of course registration. LaPMOS is involved in the Scientific Program Committee.
Come to Daytona Beach—Science at the Sea awaits!
June 3-17, 2026
As part of the Erasmus Mundus Joint Master’s program 'GREENANO', the second edition of GREENANO Summer School is dedicated to the development of nanomaterials for the green and digital transitions. It offers an outstanding educational opportunity for international students. Participants will engage with cutting-edge laboratory tools and advanced theoretical simulations. The curriculum includes the study of self-assembly and on-surface synthesis of organic nanostructures, as well as the fabrication of solar cells and chemical sensors. Key theoretical concepts will be introduced through seminars and explored further through hands-on experiments.
This year it will be possible to visit the Laboratori Nazionali del Gran Sasso (LNGS), the largest underground research center in the world, situated below Gran Sasso Mountain - center Italy.
As usual, a whole day will be dedicated to the development of soft skills in scientific careers. Guest speakers from the worlds of industry, finance, publishing and research will give lectures bringing their experience in the aim to inspire Master students attending the school.
Emanuela Signori is invited lecturer, giving a talk titled: Developing Scientific Skills Across Contexts
June 3-17, 2025
As part of the Erasmus Mundus Joint Master’s program 'GREENANO', the GREENANO Summer School is dedicated to the development of nanomaterials for the green and digital transitions. It offers an outstanding educational opportunity for international students. Participants will engage with cutting-edge laboratory tools and advanced theoretical simulations. The curriculum includes the study of self-assembly and on-surface synthesis of organic nanostructures, as well as the fabrication of solar cells and chemical sensors. Key theoretical concepts will be introduced through seminars and explored further through hands-on experiments.
The visit to the Elettra Laboratory in Trieste, providing a tour at the Elettra synchrotron and the Fermi free-electron laser and two days of hands-on training on four different beamlines, as well as the visit to the “Enrico Fermi Historical Museum of Physics and Research Centre”, and a whole day dedicated to the development of soft skills in scientific career is included into the programme.
Emanuela Signori is invited lecturer, giving a talk titled: Developing Scientific Skills Across Contexts
https://www.ism.cnr.it/en/component/k2/item/820-greenano-summer-school-ism.html
The event is aimed at students, PhD candidates, early-career researchers, and faculty members from the Medical University – Plovdiv, and seeks to promote scientific exchange and interdisciplinary dialogue in the field of translational medicine. Renowned international scientists from seven countries—Germany, France, Italy, Austria, Romania, Greece, and Turkey—will take part in the program.
Emanuela Signori is invited lecturer, giving a talk titled: Electroporation Technology Applied to Personalized Medicine
https://mu-plovdiv.bg/en/international-forum-on-translational-medicine/
Course Description: Explore electroporation-based treatments, understanding key physical principles and recent clinical advances. Learn the crucial role of electric fields and the importance of treatment planning across various therapies.
Key Objectives: Equip researchers and medical professionals with essential skills for effective use of electroporation treatments. Understand mechanisms, electric field distribution, and electrode placement to enhance clinical practice.
Educational Experience: Gain a practical understanding of advancements and future applications in electroporation. Learn about cellular responses to pulsed electric fields, opening new paths for innovative patient care.
Emanuela Signori is invited as President of ISEBTT and lecturer, giving a talk titled: Electroporation: in vitro and in vivo immune response