I am joining Google as Research Scientist starting from June✨

I am deeply inspired by the impact of their fundamental research, and excited for the team's great potential to discover paradigms beyond today.

New paper! Happy to share our latest work on implementing dendritic delay computation with analog devices, DenRAM, is now published on Nature Communications!

.Filippo_Moro Tristan Yigit Melika Payvand et al. present a #Spiking #NeuralNetwork #hardware with #dendritic architecture based on #memristive #devices for low-power signal processing with reduced memory footprint.
Now out 👉 Nature Communications nature.com/articles/s4146…

Substantial preprint: we explore how adaptive decoders for brain-computer interfaces influence learning in the brain. We mix theory and experiments to uncover how closed-loop error manipulation shapes neural representations in the brain. Useful to probe learning and improve BCI!

transformers and gpus won't be the last ones.

Turning sand into spice.

I highly recommend Google TPU Research Cloud Programme to researchers. Those TPUs made our COSYNE'24 work on evolving spiking neuron models possible.

We have a long history of supporting responsible open source & science, which can drive rapid research progress, so we’re proud to release Gemma: a set of lightweight open models, best-in-class for their size, inspired by the same tech used for Gemini blog.google/technology/dev…

Learns a new language on forward pass ✨

There is no feeling like coding at late night, fully channelled with a good music in bg.
Need to sleep at some point, you don't care.

Our #OpenScope collaboration with the Allen Institute is now up in J Neurosci!

tl;dr - the responses to violations of a pattern in sequences of images evolve differently in apical dendrites versus somata of V1 pyramidal neurons:

jneurosci.org/content/44/5/e…

Mosaic is selected as one of the 50 best papers recently published in the Devices category in the Nature Comm! ❤️

nature.com/ncomms/editors…