Por user | Publicado em 29 de January de 2026 | Última atualização em 17 de April de 2026
The Quantum Biology School was conceived with the purpose of exploring and expanding the limits of knowledge by applying the principles of quantum physics to biological systems.
This emerging field seeks to uncover how quantum processes can influence and explain biological phenomena, from enzyme function and photosynthesis to cognition and consciousness.
The School’s goal is to spark in a new generation of researchers an interest in working at the intersections of quantum physics and biology.
It also aims to stimulate research, train specialists, and foster collaborations.
With a comprehensive curriculum covering theory, experimentation, and computational simulation, the Quantum Biology School aims to prepare students to unravel the mysteries of biological processes through the lens of quantum mechanics, driving research and innovation in a field that promises to revolutionize science and medicine.
Five-day intensive program in Paraty, RJ, with five courses of four hours each, totaling twenty class hours. International seminars of two hours each, including a poster session.
Selected students will have their round-trip transportation costs (departing from São Paulo and Rio de Janeiro) and shared accommodation covered by the organizers during the school.
Foster a collaborative research community:
Bring together established experts and young researchers interested in quantum biology to share methods and findings, advancing collaborative research.
Focus on methodology:
Reinforce the importance of rigorous study, grounded in empirical results and with clear definitions of the phenomena under investigation.
Promote engagement:
Encourage active participation and exchange among researchers through interactive formats, including hands-on poster sessions, fostering a vibrant academic community.
Build and sharpen advanced skills:
Deepen expertise in quantum biology, broadening academic and practical understanding of the field.
Chief Scientific Officer at the Quantum Biology Institute, a quantum engineer focused on the interface between physics and biology at the nanoscale. At the QuBiT Lab, she performs measurements on living sensors to investigate biological processes and open pathways for new scientific applications, such as animal navigation, metabolic therapies, and quantum technologies.
Professor of Mathematical Physics and head of the Department of Applied Mathematics at Unicamp. PhD from UFMG, he researches the foundations of quantum physics, focusing on entanglement, non-locality, and contextuality. He is a member of the Brazilian Academy of Sciences and co-author of more than 50 scientific articles and books.
Associate Professor (livre-docente) at the Institute of Biomedical Sciences (ICB-USP). Recognized for her significant contributions to neuroscience with an emphasis on neural plasticity and pain. She investigates chronic and acute pain and non-pharmacological therapies, and also serves on the experimental animal ethics committee and supervises USP graduate students.
Full Professor at Unicamp, with more than 20 years of experience in research, teaching, and outreach in quantum computing and quantum information. Co-founder of the startup QuaTI, focused on teaching quantum technologies, and researches quantum biology, quantum optics, entanglement of states in continuous variables, and fundamental aspects of quantum information theory.
Professor at the Biophysics Institute of UFRJ, he leads the Laboratory of Molecular Modeling and Dynamics. He works in molecular biophysics with experimental and computational approaches, investigating quantum processes in macromolecules and mechanisms of molecular recognition. He was one of the founders of CAPES's interdisciplinary graduate area.
Clarice Aiello
1. Unpacking What Quantum Biology Is
This introductory course explores the fundamentals of quantum biology, an emerging field that seeks to understand how quantum principles can influence biological processes. Students will be introduced to the core concepts and the main hypotheses shaping this innovative area.
Marcelo Terra Cunha
2. From Classical to Quantum: a journey through the fundamentals
An immersion in the fundamental concepts of physics, from classical mechanics to quantum advances. This course provides the theory needed to understand how classical and quantum physics connect, preparing students for applications in biology.
Marucia Chacur
3. Exploring Life: principles of cellular and molecular biology
In this course, students dive into the key concepts of cellular and molecular biology, understanding the structures and functions that sustain life. The goal is to provide a broad view of the fundamental biological processes that may interact with quantum phenomena.
Marcos César
4. Quantum Sensors and Their Applications in the Life Sciences
This course explores quantum sensor technologies and how they are revolutionizing the life sciences. Students will learn about the applications of these sensors in areas such as medicine, biology, and biochemistry, highlighting their role in detecting and analyzing biological processes.
Pedro Pascutti
5. The Secret Life of Molecules: computational simulations and quantum modeling
Focused on computational simulations, this course shows how quantum modeling is being used to unveil the secrets of molecules. Students will gain a broad view of advanced techniques that enable the simulation of complex molecular interactions, essential for understanding biological systems.
The international lectures and poster sessions will be held together with participants of the IX Quantum Information Workshop, offering a unique opportunity for collaboration and knowledge exchange among researchers from around the world.
The Quantum Biology School is designed to advance knowledge at the intersection of quantum physics and biological processes. We aim to bring together researchers, master’s and PhD students, and outstanding undergraduates in related disciplines such as biology-applied physics, molecular biology, fundamental quantum physics, physical chemistry, engineering, and the health sciences.
With a focus on emerging topics such as photobiology, magnetic navigation in animals, quantum technologies for biological research, and enzymatic reactions, the school offers an environment for learning and collaboration, exploring new scientific horizons.
Get in touch with the committee at: quantumbio@cp-novo.lojahomologacao.com.br
