The Brains behind Mindtooth

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The system has been funded by EU Horizon 2020 and is now distributed in the market in partnership between BrainSigns and Brain Products.

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Applications

The Brains behind Mindtooth

Aviation

Training and expertise are key aspects in aviation. A traditional way of evaluating operator (i.e. pilots, air traffic controllers) expertise is to measure performance output; however, this approach provides a narrow view of the operator’s capacity, especially with regard to the cognitive profile.

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The Brains behind Mindtooth

Automotive

The human element of driving remains the main cause of traffic accidents and fatalities. Real-time measurement of workload and vigilance provided by Mindtooth neurometrics enable better training and improved performance, thereby reducing the risk of accidents.

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The Brains behind Mindtooth

NeuroAesthetics

The Mindtooth system was validated through studies within the Accademia dei Lincei and the Basilica of San Pietro in Vincoli in Rome to measure the appreciation of various works of art: the recitation of passages from Dante’s Divine Comedy or the observation of the Moses statue by Michelangelo.

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The Brains behind Mindtooth

Virtual Reality Integration

The Mindtooth Touch headset can be worn together with head-mounted VR systems without inducing signal interference. The system has been tested by BrainSigns in a research study, which assessed workload and approach-withdrawal during VR in different scenarios. This solution is offered in collaboration with Myndek that developed an SDK for VR and Neurometrics integration.

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Giulia Cartocci

R&D Project Manager

Giulia Cartocci BrainSigns

Dr. Cartocci obtained her Bachelor Degree in Biology and her Master Degree in Neurobiology with honors in 2007 and 2009 respectively at Sapienza University of Rome.

Giulia Cartocci BrainSigns

In 2014 she obtained her PhD in Clinical Experimental Neuroscience, Auditory Pathology curriculum, at the same University.

From 2015 Dr. Cartocci collaborates with BrainSigns and she is involved in the clinical application of the technological protocols for the acquisition of human biosignals (Electroencephalogram mainly) developed by BrainSigns, in particular aiming at measuring the approach/withdrawal motivation towards stimuli and the cognitive efforts related to the execution of particular tasks.

Furthermore, Dr. Cartocci is involved in the phase of writing and submission of national and international research proposals (mainly in the framework of European Projects) and scientific publications concerning BrainSigns research topics (Clinical Trials, Neuroaesthetics and Neuromarketing.

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