Electrophysiology conferences

Review cardiac electrophysiology through anatomy, mapping, ablation biophysics and clinical decision-making. Dissection demonstrations relate atrial, annular and ventricular anatomy to arrhythmia mechanisms and procedural approaches. The programme compares radiofrequency and pulsed-field ablation, high-density mapping and practical catheter-ablation cases. A second day addresses cardiac implantable devices, leadless and conduction-system pacing, device troubleshooting and electrogram interpretation. Faculty discussions, workshop demonstrations and audience-response cases connect physiological mechanisms with treatment choices and emerging device technologies. Live online sessions on 14 November 2026 from 09:00 to the 17:25 closing discussion, and 15 November from 09:00 to 14:35, Eastern Standard Time (America/New_York, UTC−5). Virtual attendance is open to practicing healthcare professionals at all levels, including trainees. Registration costs USD 75 for physicians and biomedical, pharmaceutical or medical-device employees, or USD 50 for allied health professionals and trainees. The digital pass provides the live stream, faculty interaction, selected workshop stations and on-demand access; CME credits are available.

This meeting examines how the axon initial segment controls neuronal firing and polarized transport. The programme connects axo-axonic synapses and human neuronal physiology with cytoskeletal organization, development, disease and activity-dependent plasticity. Approaches include electrophysiology, proteomics, nanoscale and ultrafast imaging, computational modelling and CRISPR perturbation. Discussions consider how ion channels, molecular scaffolds and synaptic inputs jointly regulate excitability. Sessions begin at 09:00 on 7 December and 09:30 on 8 December 2026, in GMT (Europe/London, UTC+00:00). Monday's poster session runs 15:45–18:15; Tuesday ends with discussion at 17:00. Attendance is free and in person, subject to organizer approval. Applicants must describe their expertise and reasons for attending through the public invitation-request form. Successful applicants receive a registration link. Catering is optional and paid; attendees arrange accommodation after acceptance. Registered participants may propose posters, considered on a rolling basis.

Columbia’s NeuroTechnology Center brings together cellular, systems and computational neuroscientists to examine dendritic computation, cortical circuitry, neuronal cell types and emerging neurotechnologies. The programme connects synaptic physiology and dendritic integration with neuronal morphology, cortical microcircuits, transcriptomics and methods for studying the mammalian brain. Speakers are Peter Jonas, Gábor Tamás, Idan Segev, Henrike Planert, Lida Kanari and Jonathan Ting, with two panel discussions. The online symposium takes place on 10 December 2026, 11:00–16:00 EST (America/New_York, UTC−5), equivalent to 17:00–22:00 CET. Talks run 11:15–12:45 and 13:45–15:15 EST; panels follow at 12:45–13:15 and 15:15–15:45. Register using the event page’s public form; the organizer supplies the Zoom link after registration. A fee and registration deadline are not stated.

The conference explores how muscle architecture coordinates electrical excitation, calcium dynamics and force production. Structural biology, imaging, genomics and computational methods are brought together to investigate excitation–contraction units, transverse tubules, cytoskeletal organization and mitochondrial signalling. Discussion connects molecular mechanisms with organ function and examines how their disruption produces skeletal-muscle and cardiac disease. Translational themes include small molecules, gene therapies and RNA approaches to restoring muscle function. Attendance requires a bachelor’s degree in science or engineering, or an accepted equivalent. Applications are subject to selection and available capacity.