In this episode of Signals & Synapses, we explore ultra-low-field MRI and how meaningful brain images can be made with almost no magnetic field. Join Kai Buckenmaier as he tackles the challenges of ultra-low field MRI, pushing the limits of how little magnetic field is needed to produce meaningful images of the brain. Co-host Dana Ramadan offers an ultra-high field perspective for contrast.

In this episode of Signals & Synapses, we explore ultra-low-field MRI and how meaningful brain images can be made with almost no magnetic field. Join Kai Buckenmaier as he tackles the challenges of ultra-low field MRI, pushing the limits of how little magnetic field is needed to produce meaningful images of the brain. Co-host Dana Ramadan offers an ultra-high field perspective for contrast.

In this episode of Signals &amp; Synapses, we explore ultra-low-field MRI and how meaningful brain images can be made with almost no magnetic field. Join Kai Buckenmaier as he tackles the challenges of ultra-low field MRI, pushing the limits of how little magnetic field is needed to produce meaningful images of the brain. Co-host Dana Ramadan offers an ultra-high field perspective for contrast.

MRI (Almost) Without Magnets: Ultra-Low Field Imaging

Insights into neuroscience for cross-disciplinary thinkers and curious minds alike! The series features interviews with researchers discussing their latest research as well as their challenges and ideas for the future. Each episode connects junior researchers with seasoned scientists, offering a fresh and engaging perspective on hot topics in neuroscience.

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MRI (Almost) Without Magnets: Ultra-Low Field Imaging

MRI (Almost) Without Magnets: Ultra-Low Field Imaging