Zientzia eta Teknologia

19th International Symposium on Polymer Electrolytes (ISPE-19)

Eka. 01 - 05. Eka, 2026 Kod. 012-26

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ISPE-19 will take place at Donostia–San Sebastián on 1-5 June, 2026.

Nowadays, there is an urgent need to find efficient and sustainable materials to produce clean energy and to store it in the near future. Polymer electrolytes are key materials in the transition to sustainable and clean energy technologies such as energy storage and conversion. The versability and unique properties of polymer materials lend them the potential to speed up the clean energy transition. This symposium seeks to provide fruitful discussions between chemists, physicists, electrochemists, engineers, etc. from around the world thanks to highlighted scientific talks of next-generation electrochemical devices based on polymer electrolytes.

We are delighted to welcome you to Donostia–San Sebastián, a pioneering city that work and support of over 50 public and private entities from strategic sectors such as biosciences, nanotechnology, energy, and ICT. Its commitment to local policies supporting innovation and scientific excellence promote knowledge exchange and collaborations. The symposium will take place at the Miramar Palace (https://www.miramar.eus/en/the-palace/). It will be five-day program including plenary talks, keynotes, invited talks, oral sessions, poster presentations, and activities specifically designed to support and connect senior and young researchers in polymer electrolyte field.

CONFIRMED SPEAKERS

Michel Armand (CIC Energigune, Spain)
Nitash P. Balsara (University of California, Berkeley, USA)
Sandrine Lyonnard (CEA, France)
Vito Di Noto (University of Padova, Italy)
Louis Madsen (Georgia Institute of Technology, USA)
Steven Holdcroft (Simon Fraser University, Canada)
Daniel Brandell (Uppsala University, Sweden)
Jelena Popovic-Neuber (University of Stavanger, Norway)
Amy Bazylak (University of Toronto, Canada)
Cristina Iojoiu (LEPMI, France)
Yoichi Tominaga (Tokyo University of Agriculture and Technology, Japan)
Claudio Gerbaldi (Politecnico di Torino, Italy)
Renaud Bouchet (Grenoble Alpes University, France)
Jasna Jankovic (University of British Columbia, Canada)

More invited speakers, additional details on the scientific program and travel grants will be announced soon. Stay tuned for further updates.

We look forward to welcoming you to Donostia-San Sebastián!

The Organizers,
Irune Villaluenga & Didier Devaux

IMPORTANT DATES

Abstract submission opens: December 12, 2025
Abstract Submission closes: March 27, 2026

Irakurri gehiago

Helburuak

Promot scientific discussions and knowledge exchange between chemists, physicists, electrochemists, engineers, etc. from around the world to highlight advanced results based on polymer electrolytes for the next-generation electrochemical devices.
Create a warn enviroment for sharing ideas and collaborations in the polymer electrolyte field.

Jarduera nori zuzenduta

Unibertsitateko ikaslea
Profesionalak

Antolakuntza

Lankidetza

Zuzendariak

Irune Villaluenga Arranz

POLYMAT

Irune Villaluenga is an Ikerbasque Associate Professor and Ramon & Cajal Fellow at POLYMAT, University of the Basque Country in Spain. She obtained her PhD in Chemistry at the University of the Basque Country and Tecnalia Research & Innovation (2010). She did post-doctoral stays at CIC Energigune (2011-2012) and Lawrence Berkeley National Laboratory/University of California, Berkeley (2013-2016). Her current research interests include the development and understanding of novel inorganic-polymer hybrids, bio-based polymer and nanostructured block copolymers for energy storage applications.

Didier Devaux

Since 2016, Didier Devaux is a CNRS research scientist at LEPMI lab. (Univ. Grenoble Alpes, Univ. Savoie Mont Blanc, CNRS, Grenoble INP) on electrochemical energy storage devices. He graduated in 2012 with a PhD in materials science on electrochemical and physico-chemical characterizations of polymer electrolytes for Li metal battery. He is focusing on the analysis of the functioning and failure modes of electrochemical energy storage devices by coupling techniques (in-situ and operando methodologies), notably using X-ray and Neutron techniques with electrochemistry and impedance. The objective being to tackle the phenomena at stake at the different relevant length scales typically from the local (nm) to the cell (cm) scale in devices comprising liquid, solid, and hybrid electrolytes.

Kokalekua

Miramar Jauregia

Mirakontxa pasealekua 48, 20007 Donostia

Gipuzkoa

Sustainable development goals

2030 Agenda da nazioarteko garapenerako agenda berria. Nazio Batuen Erakundeak onartu zuen 2015eko irailean eta giza garapen jasangarriaren aldeko tresna eraginkorra izan nahi du planeta osoan. Haren zutabe nagusiak dira pobrezia errotik desagerraraztea, zaurgarritasunak eta desberdintasunak urritzea, eta jasangarritasuna bultzatzea. Aukera paregabea eskaintzen du mundua 2030. urtea baino lehen aldatzeko eta pertsona guztien giza eskubideak bermatzeko.

7 - Energia irisgarria eta ez kutsagarria

Pertsona guztiek energia eskuragarria, fidagarria, jasangarria eta modernoa izango dutela bermatzea. Gai gakoak: eskuragarritasun unibertsala, energia garbien proportzioa handitzea, energia eraginkortasuna, ikerketa, energia azpiegituretan eta teknologia garbietan inbertsioa sustatzea, energia zerbitzu moderno eta jasangarriak.

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