We work in classical and quantum information processing principles with expertise in coding theory and its wide variety of applications in Information and Communication Technology (ICT).
We work on theoretical issues related to solid state quantum computing such as coherent control
and decoherence. We are also interested in the role of entanglement in many-body physics.
The solid state systems we are particularly interested in include semiconductor quantum dots,
donors, and superconducting nanocircuits.
Laboratory of Quantum Information Processing and Cryptography was founded in Autumn of 2004. Research in Laboratory is aimed especially on information aspects of quantum information processing, in particular quantum cryptography, information theory, quantum communication and algorithms. Theoretical aspects of classical cryptography, especially problems solvable with security that can be proved with help of information theory, are studied as well.
We perform theoretical research in Quantum information, Quantum optics, Quantum complexity, Many-body theory, Cold atoms and Quantum phase transitions.
Head: Prof. F. Illuminati
Head:
Marcos Saraceno.
Institution:
TANDAR Laboratory, CNEA, Buenos Aires, Argentina.
Permanent Staff:
Marcos Saraceno, Eduardo Vergini, Alejandro Rivas, Maria Elena Spina,
Gabriel Carlo, Leonardo Ermann.
PhD students:
Juan Pedrosa, Lisandro Raviola
The group works on a very broad spectrum of problems, from standard quantum optics, through physics of matter, to quantum information theory, and physics of ultracold atoms.
