Join fellow attendees as we kick off a week of insightful technical exchange and collaboration with drinks and light bites. The ImageSense Congress Reception is where ideas take shape and connections begin.

What is the biggest challenge that limits the impact of remote sensing technology? Is it radiometric accuracy/traceability, algorithm robustness (debates over ML vs. physics-based), complexity of the data, problems with validation and uncertainty quantification, lack of commonly agreed/applied standards, or something else?

Join us for a memorable evening at the historic Château Neercanne, where timeless elegance, scenic surroundings, and exceptional hospitality come together for one of the Congress’s signature social events.

Set just outside the city in a truly distinctive setting, the Walking Dinner at the Château offers attendees the opportunity to experience regional cuisine and thoughtfully selected beverages while exploring the unique ambiance of this landmark venue. Throughout the evening, guests will enjoy a progressive dining experience designed to encourage conversation, connection, and discovery in a relaxed and welcoming atmosphere. The evening will feature fine wines and delicious courses served throughout a progressive dining experience as guests journey through the Château’s atmospheric cave wine cellar before continuing into the sprawling courtyard and gardens for an unforgettable evening of conversation, cuisine, and connection.

Whether reconnecting with colleagues, meeting new peers from across the global community, or simply taking in the historic surroundings, this special evening provides a memorable complement to the scientific program and a chance to experience the charm and culture of the region alongside fellow congress attendees.

Transportation will be provided and attendees can register for a ticket on the congress registration page. Limited Capacity. 

Registered attendees are invited to visit the ETpathfinder R&D Field Lab, a unique cryogenic laser-interferometer facility located on the University of Maastricht campus. The lab supports the development and validation of next-generation technologies for gravitational-wave detection, including precision measurement techniques and innovations in photonics, lasers and optics.

ETpathfinder will be a testing ground for laser interferometry, the technique used to detect and measure gravitational waves. A laser beam is split into two and reflected by mirrors at the ends of the “arms”. The two beams then come together again and are collected on a detector. When they do so, they either cancel out one another on the detector or are amplified. This depends on the difference in length between the arms. When a gravitational wave passes it distorts space-time by a minuscule amount so that one of the arms is very briefly a tiny bit shorter than the other. This produces a flicker in the signal, which the detector picks up: the gravitational wave’s fingerprint.

The laboratory is a short 3-5 minute walk from the Maastricht Convention Center.

RSVP when registering for the Congress!

As the Congress comes to a close, join fellow attendees for a complimentary celebratory Closing Toast as we reflect on an inspiring week of scientific exchange, collaboration and connection. Raise a glass with colleagues and new acquaintances alike as we celebrate the conversations, discoveries, and community that made this year’s Congress memorable. Bubbly beverages will be served immediately following the last sessions in the lobby.