SUPERVENICE

Scientific Unit for Physics and Engineering Research in Venice

Graphene Meets MoS₂: New Path to Control Light at the Nanoscale

19/05/2025 by Domenico De Fazio

Graphene Meets MoS₂: New Path to Control Light at the Nanoscale
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In a study just published in ACS Nano, the team investigated what happens when monolayer MoS₂ — a direct-gap semiconductor j...

Securing the Future: A Review of Key Management in QKD Networks

23/04/2025 by Peppino Fazio

Securing the Future: A Review of Key Management in QKD Networks
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Secure communication is essential to modern digital infrastructure, enabling safe data exchange across global telecommunication networks. As computational capabilities grow, s...

Introducing the Ferro-Power MOSFET

03/04/2025 by Giovanni Salvatore

Introducing the Ferro-Power MOSFET
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Power MOSFETs are key to modern electronics, enabling efficient power conversion and control in a wide range of applications.  However handling short-circuit events remains a challenge—especially f...

Wigner crystal for elongated colloids observed and explained

12/03/2025 by Achille Giacometti

Wigner crystal for elongated colloids observed and explained
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In 1934 Nobel Prize winner Eugene Wigner predicted the existence of a crystal formed by electrons at low density stabilized by strong electrostatic repulsions. Up to date, this crystal has never be...

SUPERVenice Shines at Orientation Event

22/01/2025 by Domenico De Fazio

SUPERVenice Shines at Orientation Event
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On January 17, 2025, SUPERVenice, the group of engineering and physics innovators, left a lasting impression at the sixth edition of Professione Scienziate. He...

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