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Quantum Computing for Chemistry – The Next Revolution
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Prof. Shannon Whitlock is professor at the University of Strasbourg (UNISTRA) and the director of the Exotic Quantum Matter laboratory at the European Center for Quantum Sciences. Shannon's expertise concerns the experimental manipulation of atoms prepared at nearly absolute zero temperature using laser cooling and trapping. He is strongly involved in major research and training programmes at the national and European levels and is coordinator of the new public infrastructure for quantum computing aQCess - Atomic Quantum Computing as a Service, supported by the “Plan d’Investissment d’Avenir” of the "Agence National de la Recherche" and the “Programme et Equipements Prioritaire de Recherche Quantique” (PEPR) within the French national quantum strategy. He earned his PhD at Swinburne University of Technology in Melbourne Australia, and has since held several research positions in Amsterdam, Heidelberg, and Strasbourg and received several awards including a Marie Curie individual fellowship, an Emmy Noether grant of the German Physical Society and the "Chaire attractivité recherche” prize as part of the research chair programme of the Initiative d'Excellence (IdEx) at UNISTRA.
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Prof. Emmanuel Fromager is professor at the University of Strasbourg and researcher in the quantum chemistry laboratory at the Institut de Chimie. His expertise concerns the development of quantum chemical methods based on wave function and density-functional electronic structure theories, with a particular focus on strong electron correlation in ground and excited states. His current research topics are ensemble density-functional theory for charged and neutral electronic excited states and the Householder transformed density-matrix functional quantum embedding theory. Emmanuel earned his PhD in Chemical Physics at Stockholm University in Sweden and Toulouse University in France.
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Dr. Saad Yalouz is a senior postdoctoral researcher in the quantum chemistry laboratory at the University of Strasbourg. Saad is an expert on the development and use of quantum algorithms to solve the electronic structure problems from chemistry on near term quantum computers. He also has a strong interest in the study of open quantum system dynamics and the delocalization of electronic excitons in molecular networks coupled to phononic baths and external continuum. Saad earned his PhD in physics at the Université de Franche-Comté in France.
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Dr. Jiabao Chen is a research software engineer at QunaSys with wide experience in NISQ algorithm development & theoretical physics.
His current research work focuses on developing algorithms and industry applications for quantum computing systems. He collaborates with QPARC's members helping them to get quantum ready, test use case applicability, benchmark algorithm suitability for near-term computers, and enabling their workforce (more than 70 employees from the 40+ companies) to get proficient in quantum computing. His educational syllabus includes quantum computer and quantum chemical calculations basic knowledge up to advanced trial use-case development of systems. He is fluent in Chinese, English, and conversational Japanese. Dr. Chen received his Ph.D. in Physics from the Okinawa Institute of Science and Technology Graduate University and has published several articles in the American Physical Society journal.
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Dr. Karim Essafi is a research software engineer at QunaSys with wide experience in complex systems, algorithm development, and magnetic systems.
His recent research focused on the study of classical and quantum frustrated magnets using a combination of analytical and computational methods. He works with corporations helping them to get quantum ready, test use case applicability, and enabling their workforce to get proficient in quantum computing. His educational syllabus includes quantum computing, gaussian approximation, spin dynamics, and numerical methods. He is fluent in English, French, Swedish and Arabic, and he has a beginner level in Spanish and Japanese. Dr. Essafi received his Ph.D. in Theoretical Physics from the University Pierre & Marie Curie (Sorbonne University), a postdoc from Okinawa Institute of Science and Technology and was a Marie Curie Fellow at the Paul Scherrer Institute. He has published several articles in high impact journals (9 publications with ~ 200 citations).
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Dr. Andreas M. D. Thomasen is a research software engineer at QunaSys with wide experience in NISQ algorithm development, theoretical physics, and quantum cryptography. He is also an expert in Machine Learning, HPC and Data Processing. His current research work focuses on benchmarking algorithms and developing industry applications over quantum computing systems. He has published several articles in Physics Journals (APS, Journal of Physics, Optics). He collaborates with QPARC’s members helping them to get quantum ready, test use case applicability, benchmark algorithm suitability for near-term computers, and enabling their workforce (more than 70 employees from the 50+ companies) to get proficient in quantum computing. His educational syllabus includes quantum computer and quantum chemical calculations basic knowledge up to advanced trial use-case development of systems. He is fluent in English, Danish, and conversational in Japanese.
Dr. Thomasen received his Ph.D. in Physics from the Okinawa Institute of Science and Technology focused on Topology in Condensed Matter. He holds a Master of Engineering in Optics and Electronics from Aarhus University in Denmark focused on Quantum cryptography.
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