Lorem tempor dolor magna sed, amet irure incididunt ea voluptate. Velit reprehenderit, eiusmod ad in cillum, eu consectetur deserunt dolor cupidatat esse ut consequat ipsum ullamco voluptate. Ea sed dolor proident dolor? Nisi magna minim occaecat non in ut nulla fugiat proident culpa officia irure lorem mollit sunt ut mollit sunt? Non ex lorem elit dolor. Lorem tempor dolor magna sed, amet irure incididunt ea voluptate. Velit reprehenderit, eiusmod ad in cillum, eu consectetur deserunt dolor cupidatat esse ut consequat ipsum ullamco voluptate. Ea sed dolor proident dolor? Nisi magna minim occaecat non in ut nulla fugiat proident culpa officia irure lorem mollit sunt ut mollit sunt? Non ex lorem elit dolor.  Patients Patient 034677 Patient 034678 Patient 034679 Patient 034680 Patient 034681 Patient 034682 Patient 034683 Patient 034684  EEG fMRI Reports Analysis Mi3Neuro 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 10 May 2018 12 May 2018 10 May 2018 Dr Christoph Nicolai Lorem tempor dolor magna sed, amet irure incididunt ea voluptate. Velit reprehenderit, eiusmod ad in cillum, eu consectetur deserunt dolor cupidatat esse ut consequat ipsum ullamco voluptate. Ea sed dolor proident dolor? Nisi magna minim occaecat non in ut nulla fugiat proident culpa officia irure lorem mollit sunt ut mollit sunt? Non ex lorem elit dolor. Lorem tempor dolor magna sed, amet irure incididunt ea voluptate. Velit reprehenderit, eiusmod ad in cillum, eu consectetur deserunt dolor cupidatat esse ut consequat ipsum ullamco voluptate. Ea sed dolor proident dolor? Nisi magna minim occaecat non in ut nulla fugiat proident culpa officia irure lorem mollit sunt ut mollit sunt? Non ex lorem elit dolor.  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 10 May 2018 10 May 2018 Dr Christoph Nicolai Lorem tempor dolor magna sed, amet irure incididunt ea voluptate. Velit reprehenderit, eiusmod ad in cillum, eu consectetur deserunt dolor cupidatat esse ut consequat ipsum ullamco voluptate. Ea sed dolor proident dolor? Nisi magna minim occaecat non in ut nulla fugiat proident culpa officia irure lorem mollit sunt ut mollit sunt? Non ex lorem elit dolor. Lorem tempor dolor magna sed, amet irure incididunt ea voluptate. Velit reprehenderit, eiusmod ad in cillum, eu consectetur deserunt dolor cupidatat esse ut consequat ipsum ullamco voluptate. Ea sed dolor proident dolor? Nisi magna minim occaecat non in ut nulla fugiat proident culpa officia irure lorem mollit sunt ut mollit sunt? Non ex lorem elit dolor.  1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 10 May 2018 10 May 2018 Dr Christoph Nicolai Patient 034677 Patient 034678 Patient 034679 Patient 034680 Patient 034681 Patient 034682 Patient 034683 Patient 034684  Patient 034677 Patient 034678 Patient 034679 Patient 034680 Patient 034681 Patient 034682 Patient 034683 Patient 034684  fMRI EEG Reports Patients +
In conjunction with Miami Children’s Hospital, Mi3 is developing a new approach to Epilepsy research.  It uses a unique computing engine that combines the strengths of the human expert with machine intelligence. Mi3 is developing software that enables clinicians and researchers to cross- reference patient datasets, gain higher level understanding from medical literature and interact with complex medical data in transformative ways.  
Mi3 is developing a new approach to designing materials at the atomic level that combines ab initio simulation, machine learning and human intelligence.   With a hand curated database of over one million inorganic and organic compounds, our system aims to learn patterns from the known world of materials, simulate new arrangements of atoms and utilise human expertise in material design.
Human-Machine Intelligence for Healthcare Analytics
Computational Research Ltd
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MINDLOOP
MindLoop is a computing engine that is being developed by Mi3 Computational Research to underpin its research in healthcare analytics and materials science.  It aims to combine the intuition and intelligence of the human mind with the precision and throughput of a computer.  It does this by integrating the human and the computer in a continuous computation cycle that enables the human to control the computation at a high level, with the computer providing detailed low level processing.  The aim is to create a computational paradigm that can exceed the capabilities of both the human brain and the computer.
Mi3
Human-Machine Intelligence for Materials Science
Introducing MindLoop, the Human-Machine Intelligence Platform
Computational Research Ltd
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Mi3
Combining the strengths of human intuition and artificial intelligence
Human-Machine Intelligence