Latest

SeminarNeuroscience

The Picower Institute Spring 2023 Symposium "Environmental and Social Determinants of Child Mental Health

Cecile Richards (Keynote - fmr President of Planned Parenthood), Gregory Bratman, PhD, Annie Belcourt, PhD, Paul Dworkin, MD, Byungkook Lim, PhD, Sarah Milligan-Toffler, Catherine Jensen Peña, PhD, Ravi Raju, MD. PhD, Robert Sege, MD, PhD, Marc Weisskopf, PhD, ScD, Nsedu Obot Witherspoon, MPH
May 11, 2023

Studies show that abuse, neglect or trauma during childhood can lead to lifelong struggles including with mental health. Fortunately research also indicates that solutions and interventions at various stages of life can be developed to help. But even among people who remain resilient or do not experience acute stresses, a lack of opportunity early in life due to poverty or systemic racism can still constrain their ability to realize their full potential. In what ways are health and other outcomes affected by early life difficulty? What can individuals and institutions do to enhance opportunity?" "This daylong event will feature talks by neuroscientists, policy experts, physicians, educators and activists as they discuss how our experiences and biology work together to affect how our minds develop and what can be accomplished in helping people overcome early disadvantages.

SeminarNeuroscience

The Picower Institute 20th Anniversary Exhibition: Two Decades of Discovery & Impact

Ben Auerbach (Illinois), Joel Blanchard (Mt. Sinai), Emery N. Brown (MIT), Jerry Chen (BU), Steven Flavell (MIT), David Foster (UC Berkeley), Myriam Heiman (MIT), Sung-Yon Kim (Seoul National University), Jeong Tae Kwon (MIT), Earl K. Miller (MIT), Zachary Piccioli (Moderna), Mriganka Sur (MIT), Susumu Tonegawa (MIT)
Sep 22, 2022

On September 22, 2022 we will celebrate the 20th anniversary of The Picower Institute for Learning and Memory with an Exhibition Symposium — a day-long hybrid event highlighting "Two Decades of Discovery & Impact" since the launch of the Institute by a transformational gift from Barbara and Jeffry Picower. The symposium will feature a range of lay-friendly brain science talks from Picower Institute faculty and their alumni with opportunities to informally interact at lunch and at the reception that will follow the talks.

SeminarNeuroscience

Cognition is Rhythm

Earl K. Miller
Picower Institute for Learning and Memory at the Massachusetts Institute of Technology
Nov 2, 2021

Working memory is the sketchpad of consciousness, the fundamental mechanism the brain uses to gain volitional control over its thoughts and actions. For the past 50 years, working memory has been thought to rely on cortical neurons that fire continuous impulses that keep thoughts “online”. However, new work from our lab has revealed more complex dynamics. The impulses fire sparsely and interact with brain rhythms of different frequencies. Higher frequency gamma (>35 Hz) rhythms help carry the contents of working memory while lower frequency alpha/beta (~8-30 Hz) rhythms act as control signals that gate access to and clear out working memory. In other words, a rhythmic dance between brain rhythms may underlie your ability to control your own thoughts.

SeminarNeuroscience

The Picower Institute Fall 2021 Symposium, Dendrites: Molecules, Structure, and Function

Marla Feller (UC Berkeley), Fritjof Helmchen (University of Zurich), Masanori Murayama (RIKEN Center for Brain Science), Richard Naud (University of Ottawa), Corette Wierenga (Utrecht University)
Oct 12, 2021

Dendrites play a central role in neuronal computation, and many complex mechanisms shape their structure, function, and connectivity. Dendrites can undergo plastic changes during development and learning, as well as during neurodevelopmental and neurodegenerative disease. We will discuss how the molecular and electrophysiological properties of dendrites enable them to perform complex computations important for sensory-motor processing and higher cognitive function, and how these can go awry.

SeminarNeuroscienceRecording

Working Memory 2.0

Earl Miller
Picower Institute, MIT
May 7, 2020

Working memory is the sketchpad of consciousness, the fundamental mechanism the brain uses to gain volitional control over its thoughts and actions. For the past 50 years, working memory has been thought to rely on cortical neurons that fire continuous impulses that keep thoughts “online”. However, new work from our lab has revealed more complex dynamics. The impulses fire sparsely and interact with brain rhythms of different frequencies. Higher frequency gamma (> 35 Hz) rhythms help carry the contents of working memory while lower frequency alpha/beta (~8-30 Hz) rhythms act as control signals that gate access to and clear out working memory. In other words, a rhythmic dance between brain rhythms may underlie your ability to control your own thoughts.

Picower Institute coverage

6 items

Seminar6
Domain spotlight

Explore how Picower Institute research is advancing inside Neuro.

Visit domain