Davide Rindori, Ph.D. Email & Phone Number

Lugano, Ticino, Switzerland

Key Responsibilities:• Leading research and development of innovative statistical models for audience estimation.• Designing and implementing new solutions to enhance existing methodologies.• Developing Python-based prototypes and conducting rigorous experiments to validate models.• Sharing findings through clear documentation and engaging presentations to diverse audiences.• Actively participating in conferences to stay abreast of the latest trends and applications in the field.Key Achievements:• Patented algorithm that has become a cornerstone of our company's top product (US 11991404 B2).• Developed a scalable methodology supporting a business valued over $200 million.• Enhanced the quality and cost-efficiency of our company's flagship product through innovative solutions.• Coordinated global teams to achieve key milestones aligned with our established roadmap.• Clients include leading media companies like Google, YouTube, Amazon and, soon, Netflix and Disney.

Lugano, Ticino, Switzerland

Leveraged PhD in Physics and exceptional communication skills to ghostwrite complex scientific content for academic audiences. Authored the first graduate textbook on Relativistic Quantum Statistical Mechanics in collaboration with a leading expert, ensuring clarity and adherence to publisher standards. Collaborated closely with the author to tailor content and conducted ongoing research to maintain relevance.

Florence, Tuscany, Italy

As Professor of Mathematics and Physics at a high school, I've earned the distinction of being recognised as the best instructor by all my classes. This acknowledgment is reinforced by the consistent upward trajectory in student performance and motivation. Through this role, I've honed my natural communication skills and strengthened my abilities in effective time-management and decision-making, contributing to a positive and dynamic learning environment.

Research Visiting, Theoretical Physics

I was part of an international research team with the goal of advancing in the theory of non-equilibrium relativistic quantum fluids.

Phd, Theoretical Physics

My research investigated the topic of entropy production in relativistic quantum fluids, a field relevant to understanding heavy-ion.

Master'S Degree, Theoretical Physics, 110/110

My thesis focuses on the behavior of the holographic entanglement entropy in AdS4/BCFT3, a multidisciplinary topic connecting string.

Erasmus Exchange, Theoretical Physics

I carried out research activity for my master's thesis and established new relationships with researchers at the Nordic Institute.

Bachelor'S Degree, Physics And Astrophysics, 106/110

My thesis focuses on the Blandford-Znajek process, a phenomenon that lets rotating black holes convert rotational energy.