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InterPore2026 Bulletin (10)

Sent on: 02-05-2026

The full program is available in Whova. All registered participants can access the platform via the app or web to explore sessions, build a personalized agenda, and bookmark talks they don’t want to miss. Whova also offers community boards and direct messaging to help participants connect and network, and provides an easy way to learn more about exhibitors and sponsors.

For speakers, the Speaker Hub (accessible via the sidebar) provides session details and ready-to-use promotion tools. Whova also generates shareable graphics and text, making it easy to promote your presentation on LinkedIn, Twitter, and Facebook.


There is still time to register for one of our 2026 Conference Courses, taking place in person on Monday, 18 May, ahead of the main conference.

All courses are offered as half-day sessions and are open for registration as part of the conference registration process. The following courses are available:


Tickets to the welcome reception and conference dinner for accompanying guests are available for purchase separately below. The welcome reception and conference dinner are included in the fees for conference registrations. Guests are also welcome to join us on Wednesday evening for the Nantes Social Walk. Please note that guests will not have access to coffee breaks, lunches, student events and workshops, the DEI forum, nor the scientific portions of the event.


We are happy to provide a limited number of local transport passes for InterPore2026 participants. Passes can be picked up at the registration desk.

As quantities are limited, we kindly ask participants to take a pass only when needed and return it when not in use, so others can benefit as well.

Photo credit: Cramos, CC BY-SA 3.0


Space is still available for the Porous Media: From Physics to Art Tour on Monday, 18 May (14:00–18:00). This free excursion combines science, sustainability, and art in Nantes. 

Interested participants should contact conference2026@interpore.org.


The Water and Environment team at the Geotechnics, Environment, Natural Hazards and Earth Sciences (GERS) research unit conducts research into the application of hydrological sciences to the urban water cycle, the study of hydrological risk and the environmental chemistry of human-made environments. They study the transport of contaminants within porous materials, such as urban soils, at various scales ranging from sustainable urban drainage systems in the field to laboratory column-scale experiments. A variety of investigative methods are employed, most of which involve analytical techniques at some point, including experimental techniques such as breakthrough curves and magnetic resonance imaging, as well as computer simulations.


The American Rock Mechanics Association (ARMA) is a professional and international engineering and scientific society, which promotes interaction among specialists, practitioners, scholars, and educators in rock mechanics and geomechanics. We advocate for individuals and firms in all aspects of rock mechanics and geomechanics, including multi-disciplinary rock physics and rock engineering technology advancement and technological applications for civil engineering, mining engineering and tunneling, oil and gas recovery, and geo-related socioeconomic problem-solving. We provide a forum and information resources for our members, related organizations, and the public, while our strong student membership ensures future continuity.


We are delighted to welcome Hiden Isochema as an exhibitor at InterPore2026 in Nantes.

A longtime supporter of InterPore, Hiden Isochema has been a key partner in advancing research within the porous media community. Based in the UK, the company is a world leader in gas and vapor sorption instrumentation, supporting research, development, and industrial applications in surface chemistry and materials science.

We are also excited to welcome RX Solutions as a first-time exhibitor at InterPore2026 in Nantes.

Based in France, RX Solutions is a leading developer of high-performance X-ray and CT imaging systems, enabling non-destructive 3D characterization of materials across scales—from micro to nano resolution.


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