Behavioral Neuroscience

How can memories remain durable while adapting to new situations? Gisella Vetere examines how the neuronal ensembles encoding a memory change between initial learning and later recall, and how their reorganization across brain networks supports both precise recollection and generalization. Her research combines activity-dependent cell tagging, interventions in neural circuits and analyses across…

The Human Advantage: The Neuroscience of Leadership in the Age of AI examines how brain health and cognitive skills influence leadership, judgment, performance and resilience. With routine cognitive tasks increasingly automated, the summit considers the neural and behavioral foundations of attention, trust, adaptability, creativity, empathy and moral agency. Keynotes and interdisciplinary panels connect neuroscience research with its practical implications for individuals and organizations. Named participants include Kalina Christoff Hadjiilieva, Oriel FeldmanHall and Earl K. Miller. The summit takes place on 6 November 2026 at Jon M. Huntsman Hall, 8th floor, 3730 Walnut Street, Philadelphia. Times are Eastern Standard Time (America/New_York, UTC−5). The agenda begins with registration and breakfast at 08:30, opening remarks at 09:00, and keynote and panel sessions from 09:10. Closing remarks are at 16:05, followed by a reception at 16:15. The registration system lists an overall event window of 08:00–18:00; the agenda may change. Attendance is free and open to all, including students, researchers, educators, healthcare practitioners and business professionals. Capacity is limited and advance registration is required through the event-specific Wharton form.

The Society for Neuroscience annual meeting brings together the global neuroscience community for lectures, symposia, nanosymposia, posters, professional-development sessions and exhibits. The 2026 meeting offers in-person participation in Washington, D.C. and a virtual component with posters and livestreamed featured lectures.

This EMBO Workshop integrates developmental biology, sensory neuroscience, central circuits, motor control, behavior, population genetics, genomics, and ecology to advance comparative insect neuroscience. Early-career researchers are prioritized for selected talks, and all accepted participants present their work.

In the social context, animal species depend on vocal communication throughout their life, as they are the primary source of communication, yet the neurophysiological underpinnings of the perception of intra-specific communication signals are still poorly understood. The brain processes underpinning the capacity to discern between familiar and unfamiliar vocalizations is still in infancy among avian species. Previous studies have demonstrated that zebra finch neurons in the secondary auditory cortex (caudomedial nidopallium or NCM) respond differently to distant calls from familiar conspecifics compared to those from unfamiliar conspecifics. In this study, we investigated the neural responses to contact calls and aggressive encounter calls from familiar and unfamiliar conspecifics in both primary and secondary avian auditory cortex. We use a neural response dataset of anesthetized zebra finches listening to the entire repertoire of vocalizations used by this species. Communication sounds were categorized into nine calls (Wsst, Distress, Thuck, Song, Distance, Tet, Nest, Long-tonal and Begging call) based on their behavioral significance, and brain responses were recorded using two electrode arrays in each hemisphere of six anaesthetized zebra finches. We hypothesize that this difference in magnitude of response between familiar and unfamiliar birds will not be as apparent for aggression/distress calls because contact calls bear strong individual signatures while calls during aggressive encounters are less individualized.

Behavioral time scale synaptic plasticity underlies CA1 place fields

Fund empirical neuroscience and behavioural research into how people form, maintain and change the mental models that shape perception. The call covers agency, interoception and emotion regulation, identity and self-narrative, and meaning or belonging. Projects should test mechanisms rather than only symptom relief. Up to USD 900,000 supports three years, including no more than 15% overhead. Submit an anonymised letter of intent by 5 October 2026 at 11:59 p.m. Pacific Daylight Time. Full proposals in February 2027 require invitation.

Hokto Kazama’s Laboratory for Circuit Mechanisms of Sensory Perception studies how Drosophila neural circuits process sensory information and generate behavior. The part-time researcher will support genetic crosses, experiments and analysis involving anatomy, in-vivo physiology and behavior. Employment begins 1 April 2027, negotiable. The Wako-based appointment pays JPY 1,600–2,200 per hour, with negotiable weekday hours and renewable one-year contracts. Applications are open until filled. Upload the documents through the official link and notify the laboratory as its instructions require.

The Brain-Body Interaction RIKEN ECL Research Team, led by Tomoe Ishikawa and scheduled to be established on 1 December 2026, seeks one or two research scientists or postdoctoral researchers. Research will use mouse models, neurophysiology, biology and immunology to investigate how social behaviour and neural circuits affect responses to pathogen infection. The programme aims to understand brain–body and neuroimmune regulation of physiological functions and whether neural activity can modulate immune responses. The appointment is based at the Wako campus; employment is planned from 1 April 2027 or later, by agreement.