Presentation

A word from the director

A group of researchers decides to work together to redefine the interface of biophysics, neuroscience and neurophysiology?

What happens if a group of enthusiasts team up to train the next-generation of researchers? What happens if groups having diverse expertise from optical physics to Medicine join to work together rather than side-by-side?

What happens if fundamental research was not considered an exotic spleen of some long-bearded guys with unruly hair, horn-rimmed spectacles in white lab coats but as indispensable fertile ground for breeding the next generation of ideas?

What happens if cooperation, mutual support, and a true scientific culture provide the conditions for making discoveries rather than incremental, project-driven research.

Next generation. Next ideas. Next discoveries.

Be part of the SPPIN. Join the SPPIN experience. We are hungry for your ideas, your thoughts, share your enthusiasm, your energy. 

Join in. SPPIN is recruiting at all levels.

Martin Oheim is SPPIN’s founding and current managing director.

Martin OHEIM

About SPPIN

The Saints-Pères Paris Institute for the Neurosciences (SPPIN, UMR 8003) is a Joint Research Unit under the supervision of the CNRS and Université Paris Cité, and a CNRS flagship institute for neurophotonics, biophysics, molecular and cellular neuroscience and neurophysiology.

Founded in 2019 as a bottom-up initiative by scientists with expertise in optics, biophysics, molecular and cellular neurosciences and neurophysiology, SPPIN has grown within a few years into a thematically and methodologically coherent institute, recognized at both national and international levels. A hallmark of the institute is its original positioning at the interface of optics, biophysics and fundamental neuroscience, with a strong technological component that provides it with a distinctive identity and visibility.

Our research & scientific axes

SPPIN brings together 8 research teams whose work aims at characterising the mechanisms underlying higher brain functions, from synaptic transmission to neuronal network activity and their translation into specific behaviours. The teams are organized around four major scientific axes, fostering interdisciplinary and collaborative approaches.

The four research axes are:

  • Organelle Biology and Subcellular Signaling
  • Optic and instrumentation
  • Synaptic Physiology and System Neuroscience
  • Neurological and Psychiatric Disorders