Research on Quantum Science and Technology at the University of Trieste boasts a rich legacy spanning more than four decades. The journey began with pioneering investigations into the foundations of quantum mechanics, utilizing the then-emerging theory of open quantum systems. This early work laid the groundwork for subsequent breakthroughs in a field that was still evolving at the time.
Over the years, the scope of activities in Quantum Science and Technology at the University of Trieste has organically expanded, giving rise to multiple research lines. Today, Trieste stands proudly as a hub with one of the highest concentrations of quantum scientists in Italy. The collective efforts of these researchers are characterized by a commitment to highly interdisciplinary collaboration, fostering a holistic approach to unraveling the mysteries of quantum physics and harnessing its technological potential.
At the heart of this collaborative spirit is “Trieste Quantum”, an ambitious initiative spearheaded by the University of Trieste. This initiative serves as a coordinating force, harmonizing the diverse research and teaching activities within the quantum science and technology domain. The aim is to consolidate and amplify the impact of Trieste’s quantum community, creating a synergy that propels advancements in both theoretical understanding and practical applications of quantum phenomena.
The Trieste Quantum initiative underscores the university’s dedication to pushing the boundaries of quantum research and education. By bringing together experts from various disciplines, it seeks to create a vibrant ecosystem that not only fosters a profound comprehension of quantum physics but also drives the development of cutting-edge technologies rooted in quantum principles. As the legacy of quantum research at the University of Trieste continues to unfold, the collaborative efforts under the Trieste Quantum umbrella promise to be a driving force in shaping the future landscape of quantum science and technology.
The Master’s Degree in Physics at the University of Trieste offers a dedicated Quantum Science and Technology (STQ) curriculum designed to prepare students for the growing quantum industry. With a focus on quantum computing, simulations, sensing, and communication, the program combines academic excellence with practical opportunities. Rooted in Trieste’s strong tradition in quantum research, the curriculum offers three tailored tracks to support your journey into this exciting field.
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Latest ArXiv preprints
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A method to automatically discover symbolic local learning rules
9 November 2026We present a general method for discovering symbolic local learning rules that can replace backpropagation, applicable, in principle, to any deep learning architecture and task. The method automatically discovers local loss functions specific to each layer by (1) constructing a…
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Parametrizations of the solutions of Love equations and their momenta
8 November 2026The Love equation is a paradigmatic example of a Fredholm integral equation of great interest in mathematics and physics, where its applications range from electrostatic problems to exactly solvable models for one-dimensional systems. In this work we propose a method to…
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Periodic Readout Induces a First-Order Generalization Transition in a Quantum Perceptron
7 November 2026Variational quantum classifiers can generate highly structured decision boundaries through the Fourier dependence of observable expectation values on circuit parameters. We show that expressivity can come at a sharp statistical cost, by considering a quantum perceptron whose…
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Quantum Computing through Computational Imaging: Representations, Measurement, and Inference
29 October 2026An algebraic correspondence between an imaging model and a quantum state does not specify a computational method: input access, measurement and decoding determine what can be returned. This exposition develops four distinctions for computational-imaging and engineering readers.…
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Mediated Interactions between Fermi Polarons in the Strongly Interacting Regime
27 October 2026Mediated interactions between quasiparticles lie at the heart of Landau Fermi-liquid theory, yet their behavior in the strongly correlated regime is not fully understood. Motivated by recent experiments [Nat. Phys. 20, 68–73 (2024)], we investigate mediated interactions between…
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