OFTNAI

Official Twitter Account of The Oxford Foundation for Theoretical Neuroscience and Artificial Intelligence

[James Isbister @james_isbister]

Pleased to share a theory of neural coding in @SciReports. We show that cortical spike time patterns are time-warped (stretched/compressed) on single trials. Time-warped multi-neuron single spike patterns may be an atomic unit of cortical representation. https://t.co/vlsldARV4u

[Machine Learning Street Talk @MLStreetTalk]

Self-organised behaviour, complex information processing, invariant sensory representations and hierarchical feature binding which emerges when you build biologically plausible neural networks w/ temporal spiking dynamics. @oftnai @ykilcher @ecsquendor https://t.co/K4sAaqEph7

[University of Oxford @UniofOxford]

Enormous congratulations to Professor Penrose! 🎉
Read more about his fascinating work here:
https://t.co/sjgWUXuGri

[T&F Medicine & Healthcare @tandfmedicine]

Affiliated with @oftnai, this international journal invites researchers to publish their work on theoretical neuroscience supported by experimental data with a focus on new technologies.
#PublishYourResearch @ https://t.co/3oDsrylEif
#neuralsystem #ArtificialIntelligence

[Tanya Beckett @bbctanyabeckett]

The Inquiry: how can social media manipulate elections?

[Oxford Vision Group (OxVis) @OxVisGroup]

See you all there!

Please RT... @OxExpPsy @NDCNOxford @oftnai @OxfordWIN @OxNeuro

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[Oxford Vision Group (OxVis) @OxVisGroup]

Refreshments will be provided – see program below.

OxVis is sponsored by @oftnai.

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[Oxford Vision Group (OxVis) @OxVisGroup]

Join us for an afternoon of vision talks at the @OxVisGroup fall meeting.

When? 14 October 2019, 2-5 pm
Where? @PembrokeOxford, University of Oxford

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[OFTNAI @oftnai]

We are thankful for the major donation from @HSFCharity to fund new computing resources for our research laboratory - https://t.co/JBP0JyegAq

[Royal Institution (now on Bluesky) @Ri_Science]

DRUMROLL PLEASE 🎉 Our 2019 Christmas Lecturer is the one and only @FryRsquared!

In the ‘Secrets and lies’ #XmasLectures, Hannah will unveil the hidden numbers, rules and patterns that govern our daily lives.

Read all about it at @guardianscience - https://t.co/F91vbhQ0y0

[Prof Nick Colosimo🚀🌌🌘 @NGRColosimo]

@techreview ...the technology's name is... spiking neural networks involving polychronization with emergent temporal hierarchical structures. Thus explainable, GAN resilient, robust AI.

#justsaying

[Society for Neuroscience (SfN) @SfNtweets]

“Our study shows touch information is coded as very precise spike patterns and the exact pattern is modulated by the network activity,” says Bartosz Telenczuk @CNRS. Read more from this @SfNJournals study: https://t.co/IpZmUuiH6k

[OFTNAI @oftnai]

New publication: Self-organising coordinate transformation with peaked and monotonic gain modulation in the primate dorsal visual pathway https://t.co/cYwodHzpvS - https://t.co/yUSyc9Y2rL #biorxiv_neursci #openscience #PLoS

[Oxford Vision Group (OxVis) @OxVisGroup]

Don't forget to attend the upcoming Oxford Vision Group meeting.
👇

[Oxford Vision Group (OxVis) @OxVisGroup]

Upcoming @OxVisGroup Meeting:
Monday 8th October 2018, 2-5 pm
Harold Lee Room, Pembroke College (@PembrokeOxford)

Exciting list of speakers!

https://t.co/6chE3ExmGV

[bioRxiv Neuroscience @biorxiv_neursci]

Self-organising coordinate transformation with peaked and monotonic gain modulation in the primate dorsal visual pathway https://t.co/zuHzIumkyU #biorxiv_neursci

[OFTNAI @oftnai]

Have you read today's @thetimes article on AI breakthroughs by @oftnai's Dr Simon Stringer yet? #oftnai #thetimes #AI #ArtificialIntelligence #Neuroscience

[PropAI @propaiuk]

Incredible AI breakthroughs by our partner Dr Simon Stringer and OFTNAI are discussed in The Times today / Intelligent machines are starting to catch up

https://t.co/CgAYMmWUqL

[OFTNAI @oftnai]

Congratulations @irinavlh! 😎👊 https://t.co/WDjGfiH6nj

[Oxford ExpPsychology @OxExpPsy]

Higgins, Stringer, Schnupp, "A Computational Account of the Role of Cochlear Nucleus and Inferior Colliculus in Stabilizing Auditory Nerve Firing for Auditory Category Learning", Neural Computation, doi: 10.1162/neco_a_01085, https://t.co/gaoh7yZUXO