QRNG based on state's indistinguishability published

The semi-device independent QRNG based on time-bin encoding and state indistinguishability was published

QRNG based on weak measurements published

The new protocols for the generation of random numbers by sequential weak measurements was published

Field-trial QKD published

The QKD field-trial empowered by QRNGs was published

New QRNG based on Quantum State's Indistinguishably

In this manuscript, we present a semi-device independent QRNG based on time-bin encoding.

SDI-QRNG manuscript published

The new Heterodyne-based Semi-Device-Independent QRNG was published on Physical Review Applied.

Tommaso Bertapelle joined QUASAR.

New field-trial QKD

In this manuscript, we study a QKD field-trial empowered by QRNGs which exploits a low-complexity self-stabilized hardware and a novel synchronization technique.

Maryam Ehsanpour joined QUASAR.

New POVM-based QRNG

In this manuscript, a new Heterodyne-based Semi-Device-Independent QRNG that guarantees both security and fast generation rates is presented.

New many-outcome QRNG

In this manuscript, we study a semi-device independent QRNG based on the energy assumption and a many-outcomes scheme

New SDI-QRNG

In this manuscript, a new Heterodyne-based Semi-Device-Independent QRNG that guarantees both security and fast generation rates is presented.

Francesco Santagiustina joined QUASAR.

Marco Avesani joined QUASAR.

QUASAR kick-off!

The official start of the project.