|
- To scale experimental quantum communication protocols, notably
quantum teleportation, entanglement swapping and entanglement quantum
cryptography, towards longer distances, in particular to explore the
physical resource of entangled states of multiple photons lacking a
counterpart in classical physics.
- To experimentally demonstrate quantum communication protocols for
cryptographic applications in point-to-point and multiparty quantum
cryptography, using entangled quantum states to achieve an increased
level of security compared to faint-pulse quantum cryptography.
- To validate optical quantum communication technologies in an
application context through various field tests of the developed
concepts and technologies.
- To identify and transfer "spin off" results from quantum
communication
technologies to industries, or to industries-to-be,
notably SMEs.
Back to
QuComm startpage |
