Wegmans Hall, University of Rochester — Rochester, New York, USA
CompleNet 2027 will be held in Wegmans 1400, the largest lecture space in Wegmans Hall on the University of Rochester's River Campus. The room seats up to 160 attendees — an ideal fit for CompleNet's single-track, plenary-only format.
Wegmans Hall is home to the University's Goergen Institute for Data Science and Artificial Intelligence, a fitting setting for an international conference on complex networks. The room is fully equipped for presentations and lecture capture, with an installed projection and sound system and ceiling cameras and microphones for recording.
Rochester is a vibrant mid-sized city in western New York with a rich cultural and scientific heritage.
Rochester is served by the Frederick Douglass Greater Rochester International Airport (ROC), with direct connections to major US hubs. Amtrak service is also available from New York City and other cities.
A range of hotels are available near campus and downtown Rochester. A block of rooms at a discounted conference rate will be announced closer to the event.
International attendees who require a visa to enter the United States should apply well in advance. Invitation letters for visa purposes can be requested from the organizers after registration.
Rochester is home to the George Eastman Museum, the Strong National Museum of Play, the Rochester Philharmonic Orchestra, and a thriving food and arts scene along the Genesee River.
The University of Rochester has a long tradition of interdisciplinary research bridging the natural and social sciences.
The University of Rochester consistently ranks among the top research universities in the United States. Its academic culture encourages collaboration across departments and disciplines, making it a natural home for the interdisciplinary spirit of CompleNet.
The university's strong traditions in computational science, mathematics, physics, social science, and biology provide an ideal intellectual environment for a conference dedicated to the science of complex networks.