OCTOBER 15

From Single Neuron to Behavior

----------------------------(8:30am-12:25pm)--------------------------

Kamil Ugurbil, Welcoming remarks

Gordon Smith, Cellular basis of neural coding and information processing as foundation for functional connectomics

Natalia Petridou, Hemodynamic fingerprints of high-resolution fMRI signals 

Wei Chen, Simultaneous optical and functional imaging

Lonike Faes, Modeling for untangling high resolution fMRI signals

Proffered Abstract, Guy Shlomo Baz, Correlation between striatal subregion activity and motor performance revealed by precision mapping fMRI using 7T fast-TR imaging and NORDIC denoising

----------------------------15-Minute Break----------------------------

Rainer Goebel, Measuring MT effects- separating axis and direction of motion

Esther Kuehn, Translational applications of layer-specific multi-modal MRI for aging and neurodegeneration

Thomas Naselaris, The dynamics of visual representation in the human brain

Eline Kupers, Principles of intensive human functional MRI

Evan Gordon, Precision fMRI

----------------------Lunch (12:30pm-1:30pm)-----------------------

Pushing the Technical Limits

----------------------------(1:30pm-5:20pm)---------------------------

Vendor Presentation, GE HealthCare, Rob Peters

Stephan Orzada, Key technologies to make 7 T a true clinical system

Michael Garwood, Rapid technological progress continues: But can we do better?

Peter Dietz, Pushing gradient technology to its limits

Brian Rutt, PNS limits for gradients

----------------------------15-Minute Break----------------------------

Vendor Presentation, United Imaging

Mehmet Akcakaya, The future of physics-Informed machine learning approaches in MR and, in particular, UHF

Krishna Nayak, Demystifying image quality at low field: What is the ground truth?

Alexander Beckett, New opportunities and discoveries from the NexGen 7 T

Reception and Dinner

----------------(Reception at 6pm, Dinner at 7pm)----------------

Aaron Chou, The use of high field magnets for dark matter research