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GELATO aims at designing highly efficient thermionic cooling nano-devices. It is motivated by the urgent technological need to control Joule heating in nanoelectronics in a context of energy shortage
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  • Tasks
    • Project context and coordination
    • Temperature analysis in double barrier heterostructure
    • Conception of disruptive nanocoolers
    • Dissemination
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    • IM2NP
    • LIMMS
    • LPENS
    • IPVF
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  • Tasks
    • Project context and coordination
    • Temperature analysis in double barrier heterostructure
    • Conception of disruptive nanocoolers
    • Dissemination
  • News
  • Partners
    • IM2NP
    • LIMMS
    • LPENS
    • IPVF
  • Publications

2024

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Publication in Scientific Reports!

Our newsBy Virginie3 December 2024

We investigate evaporative electron cooling in cascading semiconductor double-quantum-well (QW) structures.

3rd GELATO meeting in Paris at LPENS!

Our newsBy Virginie18 October 2024

The third physical GELATO meeting has been held in Paris at LPENS the 17th and 18th of October 2024.

4th CNRS-AMU-UTokyo Workshop – 14th and 15th October, Jardin du Pharo Marseille – co-organization : Dr. Marc Bescond (IM2NP-CNRS-AMU)/Prof. Kazuhiko Hirakawa (UTokyo)

Our newsBy Virginie24 September 2024

4th CNRS-AMU-UTokyo Workshop – 14th and 15th of October, Jardin du Pharo Marseille – co-organisation : Dr. Marc Bescond (IM2NP-CNRS- AMU)/Prof. Kazuhiko Hirakawa (UTokyo)

Publication in Physical Review Applied!

Our newsBy Virginie6 September 2024

We investigate evaporative electron cooling in cascading semiconductor double-quantum-well (QW) structures.

Invited talk of Marc Bescond on cooling devices at NMHT – Girona

Our newsBy Virginie7 June 2024

Nanoscale and Microscale Heat Transfer conference (NMHT) in Girona https://nmht2024.eu/

Publication in Physical Review Applied!

Our newsBy Virginie15 May 2024

Using quantum transport simulations, we study the operating principle of a proposed quantum cascade cooler (QCC), a multiple-quantum-well structure whose cooling capabilities rely on combined resonant tunneling and thermionic-emission filtering.

Publication in Journal of Physical Chemistry C!

Our newsBy Virginie2 April 2024

Solar Refrigeration Based on Impact Ionization in a Transition Metal Dichalcogenides Superlattice.

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