Become A Partnering Project

Current Partnering Projects

 

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TVB-CD

Building a Personalized Virtual Brain with Neurodegenerative Disease to Guide Clinical Decisions.

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TVB-Cloud

We create a cloud-based brain simulation platform for neurodegenerative disease. 

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SHERPA

Investigating ways in which smart information systems (SIS; the combination of artificial intelligence and big data analytics) impact ethics and human rights issues.

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Brainsynch-Hit

To study directional interactions between brain areas in healthy controls and in patients with stroke to understand the neural mechanisms of neuropsychological deficits.

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Brains on Board

Reverse engineering the honeybee brain to develop efficient AI for robot behaviour. 

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MOSAIC

MOSAIC is a project funded by Sapienza University of Rome. The overall goal is to describe how cortical networks dynamics is modulated across brain and behavioral states.

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HIPPOPLAST

Understanding how rigid and plastic circuits contribute to hippocampal function and spatial learning and memory.

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HBP-SciUnit

SciUnit is a validation framework for assessing the agreement between computational models and experimental data.

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SoRoN

StillSuit: The RIKEN-AIST joint project to develop the endoskeletal robot suit for the biological human augmentation.

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CHAMPMouse

Investigating multi-areal visual perception in the mouse.

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CerebNEST

Large-scale network models of the cerebellum for sensorimotor robotic control.

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RobotBodySchema

Studying the mechanisms of how the brain represents the body to make robots more autonomous and safe.

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InterneuronAxon

Our project aims to determine the functional properties of hippocampal and neocortical inhibitory interneuron axons.

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Async-Prop

Propagating Activity in Isolated Cortical Networks at the Edge of Asynchrony.

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DOMINO

Investigating how information from different types of sensory systems are integrated within our nervous system, how this process develops from birth to adulthood, and to what extent this process is disrupted in autism spectrum disorders.

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HA-CTion

HA-Ction will provide experimentally testable hypotheses to guide future research in humans.

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SENSEI

SENSEI aims at developing image processing tools along with innovative imaging modalities dedicated to 3D neuronal segmentation and morphometrics.

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Macaque vision

Biologically meaningful simulation of early visual data processing in macaque cerebral cortex.

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HPN-H&D

Human Projection Neurons in Health & Disease

EpiCARE

European Reference Network for rare and complex epilepsies

CORTICITY

Comparative Investigation of the Cortical Circuits in Mouse, Non-human primate and Human

NeuroReact

Neural real-time planning for reactive industrial robots

MILEDI

Multiscale Modelling of Impaired LEarning in Alzheimer’s Disease and Innovative Treatments.

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EpiSensor

EpiSensor is the epilepsy component of RADAR-CNS a platform and infrastructure for real-time data streaming from wearable devices and smartphone apps, to allow data related to clinical events to be associated with contextual information.

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NeuronsReunited

Data and software to reconstruct long-range projection neurons from brain tissue, place them in a digital reference brain with high precision, and model their interactions

SMART BRAIN

Advanced Morphological Reconstruction of Human Brain Tissue by Multimodal Fusion of Multiscale Optical Imaging Technologies

SoundSight

SoundSight uses a cross-species, multi-level approach to study how vision shapes the development of auditory inputs to the occipital cortex.

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RGS@HOME

Scaling ICT based neurorehabilitation to personalized 24/7 home care

MoDeM

MoDeM aims to advance knowledge on the psychophysiological mechanisms through which environmental stimuli influence decision-making.

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Past Partnering Projects

 

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SHADOW-HBP

The goal of this project is to integrate Shadow hardware on the HBP Neurobotics Platform to explore the possibilities offered by neuroscience for motor control, especially with spiking neural networks and reinforcement learning.

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ADNeuronModel

Modeling neuron dysfunction in Alzheimer’s disease.

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CREACTIVE

Focused on conducting a prospective, longitudinal, non-randomised clinical study on Traumatic Brain Injury patients; It is one of two leading projects on TBI in Europe and one of the key projects in the field globally.

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CANON

Shedding light on the multiscale organisation of cortical computation by integrating neuronal and population activities with inter-areal interactions.

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MULTI-LATERAL

Analysis of Brain Lateralization for Language.

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NEST Desktop

An interactive application for computational neuroscience.

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SloW-Dyn

Slow Wave Dynamics: from experiments, analysis and models to rhythm restoration.

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FUSIMICE

Ultrafast Functional Ultrasound (fUS) Imaging for Highly -Resolved Targeted Mapping of Functional Connectivity in the Awake Mouse Brain.

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FIIND

Developing a Ferret Interactive Integrated Neurodevelopment Atlas.

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SpinnCer

Neuromorphic hardware simulations of cerebrocortical-cerebellar loop.

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MoCo-Ti

Motor Control and Timing in the Cerebellum: Spatio-Temporal Integration in Complex Neuronal Networks.

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HippoPlasticity

The project aims at integration and testing of multiscale hippocampal models for synaptic plasticity in data-driven hippocampal microcircuit models.

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IHAVTVB

Interaction between Human Atlas Viewer and The Virtual Brain

MAPS

Mapping Brain Circuits in Spatial Navigation

 

 @HbpProjects

 

Interviews

 

Recent news

CerebNEST: Alice Geminiani was awarded the Massimo Grattarola award for the best PhD thesis in Italy in the field of neuroengineering and biotechnology. She is working with CerebNEST and HBP/SP6

Brains on Board: These Insect-Inspired Robots Don't Need GPS For Orientation

CerebNEST: New neuronal model with potential to tackle spinocerebellar ataxias disease

FUSIMICE: New ultrasound technique shows the brain of rodents in action

CHAMPMouse: Investigating circuitous networks of connections

MULTI-LATERAL: Brain images refute language domain theory from the 60s

CANON: The brain is still ‘connected’ during non-REM sleep

MoCoTi: ‘Low cost android’ to study the brain