We accelerate quantum technological advances and solidify the scientific leadership of São Paulo and Brazil in sensors, communications and quantum computing.
The FAPESP QuTIa (Quantum Technologies InitiAtive) Program in Quantum Technologies aims to accelerate quantum technological advances and consolidate the scientific and technological leadership of São Paulo and Brazil. This program promises transformative impacts across various areas, from secure communications to information processing.
Mission: To promote the development of a quantum technologies ecosystem to boost the scientific and technological leadership of São Paulo and Brazil in various areas of knowledge. We seek to explore the vast potential impacts of these technologies — from advances in health, agriculture and cybersecurity to solutions for complex computational problems.
Our goal is to position São Paulo as a leader in the development of these technologies, establishing it as Latin America's leading innovation hub for advances in sensors, communications and quantum computing, while fostering startup development and attracting global investment and talent.
Research grants and fellowships awarded under the FAPESP QuTIa Quantum Technologies Program. Projects approved in the 2024 and 2025 calls.
The project will build a system composed of a superconducting qubit, an intermediate acoustic oscillator, and an optomechanical device to realize a full microwave-optical transduction process.
Biblioteca Virtual FAPESP →The proposal presents a feasible two-step project to deploy optical quantum technologies in the state of São Paulo, purposefully exploring the structured light toolbox.
Biblioteca Virtual FAPESP →In this project, we aim to build a linear Paul trap that will open the door for many experiments involving quantum computing, quantum sensing, optical clocks, and quantum machine learning.
Biblioteca Virtual FAPESP →The goal is to take the principle of rf-dressed state developed in collaboration with prof. Thomas Fernholz from University of Nottingham and make it work with high atomic densities to reach high sensitivities for the vector magnetometer.
Biblioteca Virtual FAPESP →In this proposal we aim to develop a single photon source emitting at telecom C-band, extending the LDE fabrication approach from the (In)GaAs/AlGaAs system to the III-Sb material system.
Biblioteca Virtual FAPESP →Collaborative quantum sensing research network selected in the second QuTIa Program call, integrating groups from the main São Paulo universities for the development of second-generation sensing technologies.
Ver chamada FAPESP →Collaborative quantum computing research network selected in the second QuTIa call, bringing together excellence groups to advance the development of quantum computing platforms and algorithms.
Ver chamada FAPESP →Principal Investigators: Gilmar Eugenio Marques and Tatiana Gabriela Rappoport
Ver projetos selecionados →Principal Investigators: Rodrigo Barbosa Capaz and Marcelo Paleólogo Elefteriadis de França Santos
Ver projetos selecionados →Principal Investigators: Thiago Pedro Mayer Alegre and Thiago Barbosa dos Santos Guerreiro
Ver projetos selecionados →Principal Investigators: Marcelo Martinelli and José Augusto Oliveira Huguenin
Ver projetos selecionados →Principal Investigators: Vladimir Jesus Trava-Airoldi and Ivan dos Santos Oliveira Junior
Ver projetos selecionados →ℹ️ Full details of all supported projects are available in the FAPESP Virtual Library.
The manufacturing strategy allows for the production of single and entangled photon emitters with low density, high symmetry, and wavelengths that are more suitable for integrated photonics.
The FAPESP Annual Report records over 27,000 supported projects, an 18% increase over the previous period and a record in the historical series.
Foundation launches program aimed at accelerating creation, training human resources and stimulating scientific and technological leadership in the state of São Paulo and Brazil in the field, with potential impacts on sectors such as health, agriculture, communications and computing.
