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Find similar grantsGatsby Computational Neuroscience Unit: PhD in Neuroscience & Machine Learning is sponsored by Gatsby Charitable Foundation. Offers PhD studentships in neuroscience and machine learning, focusing on computational neuroscience.
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Neuroscience Grants & Funding | Gatsby Charitable Foundation . text-strong]:text-[--tw-prose-bold] [&>. heading]:text-[--wysiwyg-headings-colour] [&>.
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checklist-item)]:mb-2 [&>p:has(+_. checklist-item)]:mt-10 wysiwyg-invert"> Advancing experimental and theoretical neuroscience research . text-strong]:text-[--tw-prose-bold] [&>.
heading]:text-[--wysiwyg-headings-colour] [&>. icon-link]:text-[--tw-prose-body] [&>. icon-link]:no-underline [&>p:has(+_.
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checklist-item]:no-underline [&>p:has(+_. checklist-item)]:mb-2 [&>p:has(+_. checklist-item)]:mt-10"> Our mission is to support the work of neuroscientists to fully reveal the structure of the brain, and inform groundbreaking new treatment options for mental illnesses.
. text-strong]:text-[--tw-prose-bold] [&>. heading]:text-[--wysiwyg-headings-colour] [&>.
icon-link]:text-[--tw-prose-body] [&>. icon-link]:no-underline [&>p:has(+_. icon-link)]:mb-2 [&>p:has(+_.
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checklist-item)]:mb-2 [&>p:has(+_. checklist-item)]:mt-10"> Our focus is on fundamental research, with a portfolio that spans genes to behaviour, investing in science that is not driven by one single disorder or the pursuit of a cure for mental illness. Our challenge is in identifying, observing and ultimately understanding the circuits that generate behaviour.
The knowledge accumulated through these studies will underpin many of the future breakthroughs in the treatment of functional neurological disorder. In addition to funding research that will advance knowledge in experimental and theoretical neuroscience, we support a range of related activities that help develop the wider neuroscience sector.
For example, we support conference series for sharing the latest data and networking, as well as advanced training workshops to disseminate the latest research methods as well as nurture the research leaders of the future. Creating centres of excellence . text-strong]:text-[--tw-prose-bold] [&>.
heading]:text-[--wysiwyg-headings-colour] [&>. icon-link]:text-[--tw-prose-body] [&>. icon-link]:no-underline [&>p:has(+_.
icon-link)]:mb-2 [&>p:has(+_. icon-link)]:mt-10 [&>. checklist-item]:text-[--tw-prose-body] [&>.
checklist-item]:no-underline [&>p:has(+_. checklist-item)]:mb-2 [&>p:has(+_. checklist-item)]:mt-10"> Developing some of the world’s leading institutes for neuroscience research Creating an experimental research portfolio .
text-strong]:text-[--tw-prose-bold] [&>. heading]:text-[--wysiwyg-headings-colour] [&>. icon-link]:text-[--tw-prose-body] [&>.
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checklist-item]:text-[--tw-prose-body] [&>. checklist-item]:no-underline [&>p:has(+_. checklist-item)]:mb-2 [&>p:has(+_.
checklist-item)]:mt-10"> Supporting cutting-edge fundamental research in neuroscience Supporting neuroscience theoreticians . text-strong]:text-[--tw-prose-bold] [&>. heading]:text-[--wysiwyg-headings-colour] [&>.
icon-link]:text-[--tw-prose-body] [&>. icon-link]:no-underline [&>p:has(+_. icon-link)]:mb-2 [&>p:has(+_.
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checklist-item)]:mb-2 [&>p:has(+_. checklist-item)]:mt-10"> Fostering collaborations with other institutes around the world Developing the neuroscience sector . text-strong]:text-[--tw-prose-bold] [&>.
heading]:text-[--wysiwyg-headings-colour] [&>. icon-link]:text-[--tw-prose-body] [&>. icon-link]:no-underline [&>p:has(+_.
icon-link)]:mb-2 [&>p:has(+_. icon-link)]:mt-10 [&>. checklist-item]:text-[--tw-prose-body] [&>.
checklist-item]:no-underline [&>p:has(+_. checklist-item)]:mb-2 [&>p:has(+_. checklist-item)]:mt-10"> Investing in strategic programmes to develop the sector Forming strategic partnerships .
text-strong]:text-[--tw-prose-bold] [&>. heading]:text-[--wysiwyg-headings-colour] [&>. icon-link]:text-[--tw-prose-body] [&>.
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checklist-item]:text-[--tw-prose-body] [&>. checklist-item]:no-underline [&>p:has(+_. checklist-item)]:mb-2 [&>p:has(+_.
checklist-item)]:mt-10"> Collaborating with like-minded organisations to support neuroscience research . text-strong]:text-[--tw-prose-bold] [&>. heading]:text-[--wysiwyg-headings-colour] [&>.
icon-link]:text-[--tw-prose-body] [&>. icon-link]:no-underline [&>p:has(+_. icon-link)]:mb-2 [&>p:has(+_.
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checklist-item)]:mb-2 [&>p:has(+_. checklist-item)]:mt-10"> Gatsby’s pioneering investments in neuroscience began in the 1990s in the area of theoretical neuroscience with the establishment of the Gatsby Computational Neuroscience Unit at University College London (UCL).
In 2007, the Trustees decided to expand the investment in this exciting field, and embarked on an ambitious programme of funding experimental research projects in the area of neural circuits and behaviour. Activity was delivered via supporting consortia around the world and building a major new research institute, the Sainsbury Wellcome Centre for Neural Circuits and Behaviour, at UCL.
The Centre opened in 2016, and hosts a diverse group of experts from different disciplines including computation, physics, chemistry and engineering. The shared mission of these individuals is to progress our understanding of how behaviour is generated from the complex patterns and properties of neurons. .
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checklist-item)]:mt-10"> We are assisted in our neuroscience programmes by Dr Sarah Caddick, CEO of Thalamic Ltd. Our funding is directed and proactive. We do not accept unsolicited applications; however we are always keen to establish strong links with other funders, programmes and centres that share our goal of advancing neuroscience research, and complement our current investments. The Gatsby Charitable Foundation .
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checklist-item)]:mt-10"> Gatsby is a foundation set up by David Sainsbury to realise his charitable objectives. We work across a number of other sectors across the globe. Explore our full portfolio
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EPSCoR Research Infrastructure Improvement Program: Focused EPSCoR Collaborations Program (FEC) is sponsored by U.S. National Science Foundation. The FEC program builds interjurisdictional collaborative teams of EPSCoR investigators in STEM focus areas. Projects are investigator-driven and must include researchers from at least two EPSCoR eligible jurisdictions with complementary expertise to address challenges. The program aims to drive discovery and build sustainable STEM capacity. Tennessee is an EPSCoR-eligible jurisdiction.
Engineering of Biomedical Systems (EBMS) Program is sponsored by U.S. National Science Foundation (NSF). The EBMS program supports fundamental and transformative research at the interface of engineering and biomedical sciences to solve biomedical problems. Projects should focus on high-impact, transformative methods and technologies, including the development of validated models (living or computational) of normal and pathological tissues and organ systems, and advanced biomanufacturing of three-dimensional tissues and organs.