Quantum Communications group Padova

Quantum Communications Italy

Quantum communications group Italy

Padova Quantum Communications

Quantum Communications group Padova

Padova Quantum key distribution

Quantum bounds and device-independent security with rank-one qubit measurements

March 2, 2026

Device-independent (DI) quantum protocols use Bell inequality violations to ensure security or certify quantum properties without assumptions on the devices’…

Quantum bounds and device-independent security with rank-one qubit measurements

PhD defense of 11/02/2026

February 16, 2026

On 11th of February 2026, three previous PhD students from the QuantumFuture group defended their theses in front of an…

High-performance heterodyne receiver for quantum information processing in a laser-written integrated photonic platform

February 15, 2026

Continuous variable quantum key distribution (CV-QKD) and continuous variable quantum random number generation (CV-QRNG) are critical technologies for secure coContinuous…

High-performance heterodyne receiver for quantum information processing in a laser-written integrated photonic platform

PhD defense of 09/01/2026

January 19, 2026

On the 9th of January 2026, Kannan Vijayadharan from the QuantumFuture group defended his thesis in front of an evaluation…

PhD defenses of 31/03/2025

April 1, 2025

On 31st of March 2025, three previous PhD students from the QuantumFuture group defended their theses in front of an…

High-speed source-device-independent quantum random number generator on a chip

February 24, 2025

A wide range of applications require, by hypothesis, to have access to a high-speed, private, and genuine random source. Quantum…

High-speed source-device-independent quantum random number generator on a chip

PhD defense of 30/01/2025

January 31, 2025

On the 30th of January 2025, Matteo Padovan from the QuantumFuture group defended his thesis in front of an evaluation…

Experimental post-selection loophole-free time-bin and energy-time nonlocality with integrated photonics

April 15, 2024

Time-bin encoding has been widely used for implementing quantum key distribution (QKD) on optical fiber channels due to its robustness…

Experimental post-selection loophole-free time-bin and energy-time nonlocality with integrated photonics

PhD defenses of 21/03/2024

March 22, 2024

On 21st of March 2024, three previous PhD students from the QuantumFuture group defended their theses in front of an…

Visit of Prof. Thomas Jennewein’s group

March 1, 2024

Prof. Thomas Jennewein and part of his team from the University of Waterloo, visited the QuantumFuture group on Thursday, 29th…

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https://www.thinkquantum.com/ https://qtech.unipd.it/node/5271

Who we are

The Quantum Communications group from the University of Padova, also known as QuantumFuture, is dedicated to advancing the field of quantum information and communication. With a focus on practical applications, the group has developed expertise in the experimental implementation of Quantum Random Number Generators and Quantum Key Distribution protocols, in particular for earth-satellite communication.