Cambridge Quantum Computing
Cono Di Paola is a research scientist at Cambridge Quantum, a position they have held since 2021. Previously, they were a Scientific Consultant/Freelance and Postdoctoral Researcher Associate in Thermoelectrics Materials at King's College London from 2016-2021. Before that, they were a Postdoctoral Researcher Associate in High-Pressure Earth Sciences at University College London from 2012-2016. Cono was also a Research Associate in fuel cell applications at King's College London from 2009-2012, a Research Associate Dept. of Material in collaboration with KAUST (Saudi Arabia) at Imperial College London from 2009-2009, a Research Associate in QM/MM methods at King's College London from 2008-2008, a Research Associate at Università degli Studi dell'Insubria from 2006-2008, and a Pre Doctoral Fellow at Consejo Superior de Investigaciones Científicas from 2002-2006.
Cono Di Paola has an extensive education history. Cono obtained their PhD in Chemistry from Sapienza Università di Roma in 2006, with a field of study in Theoretical Quantum Chemistry. Cono also obtained a Laurea (5 years) MSc from Sapienza Università di Roma in Chemistry and Physics. In 2020, they obtained a Udacity Nanodegree in Deep Learning, with a field of study in Artificial Intelligence and deep neural networks. Additionally, they have obtained several certifications, including Time Series Analysis with Python3.x from Udemy, Python Object-Oriented Programming from LinkedIn, Applied Data Science with Python - Level 2 from IBM, Deep Learning from IBM, Machine Learning with Apache Spark from Coursera, Scalable Machine Learning on Big Data using Apache Spark from Coursera, and Machine Learning with Python - Level 1 from IBM.
This person is not in the org chart
Cambridge Quantum Computing
Founded in 2014, CQC is a global leader in quantum software and quantum algorithms that help our clients get the best out of existing and developing quantum computers. Over the past several years, our team has grown to 70 + accomplished scientists focused on creating the best quantum software and enabling systems in the world. Our technologies help the world’s most innovative chemical, energy, financial and material science companies to harness the transformative impact of quantum computing.