Our Replica Symmetry Breaking experiments in the motivations of the Nobel Prize to Giorgio Parisi !!!

The main goal of the Light and Complexity project (ERC StG 2007) was to observe replica symmetry breaking (a process predicted by Giorgio Parisi) in random lasers and nonlinear waves.

After our successful experiments in 2015 and 2017, the results are now cited in the motivations of the 2021 Nobel Prize to Giorgio Parisi !

https://www.nobelprize.org/uploads/2021/10/sciback_fy_en_21.pdf

See also

Deep learning, nonlinear optics, and physical unclonable keys for intrinsic security

https://www.degruyter.com/view/journals/nanoph/ahead-of-print/article-10.1515-nanoph-2020-0368/article-10.1515-nanoph-2020-0368.xml

Physical unclonable functions (PUFs) are complex physical objects that aim at overcoming the vulnerabilities of traditional cryptographic keys, promising a robust class of security primitives for different applications. Optical PUFs present advantages over traditional electronic realizations, namely, a stronger unclonability, but suffer from problems of reliability and weak unpredictability of the key. We here develop a two-step PUF generation strategy based on deep learning, which associates reliable keys verified against the National Institute of Standards and Technology (NIST) certification standards of true random generators for cryptography. The idea explored in this work is to decouple the design of the PUFs from the key generation and train a neural architecture to learn the mapping algorithm between the key and the PUF. We report experimental results with all-optical PUFs realized in silica aerogels and analyzed a population of 100 generated keys, each of 10,000 bit length. The key generated passed all tests required by the NIST standard, with proportion outcomes well beyond the NIST’s recommended threshold. The two-step key generation strategy studied in this work can be generalized to any PUF based on either optical or electronic implementations. It can help the design of robust PUFs for both secure authentications and encrypted communications.

Press release on the AI of waves

https://www.uniroma1.it/it/notizia/lintelligenza-delle-onde-1

https://www.cnr.it/en/press-release/9652/l-intelligenza-delle-onde

https://www.phys.uniroma1.it/fisica/archivionotizie/theory-neuromorphic-computing-waves

https://www.virgilio.it/italia/enna/notizielocali/l_intelligenza_delle_onde-63443731.html

https://www.virgilio.it/italia/enna/notizielocali/l_intelligenza_delle_onde-63443731.html

https://it.finance.yahoo.com/notizie/da-cnr-modello-intelligenza-artificiale-che-sfrutta-onde-124603891.html

https://www.e-gazette.it/sezione/tecnologia/incredibol-sapienza-cnr-studiano-intelligenza-onde

https://electomagazine.it/lintelligenza-delle-onde-e-il-risparmio-energetico/
Electomagazine.it

https://ilcorrieredelweb.blogspot.com/2020/09/scienza-cnr-lintelligenza-delle-onde.html

https://www.lescienze.it/news/2020/09/22/news/l_intelligenza_delle_onde-4800586/

https://it.notizie.yahoo.com/da-cnr-modello-intelligenza-artificiale-che-sfrutta-onde-124603891.html

Nuove Direzioni numero 62, Nov-Dic 2020, pag. 75 “L’intelligenza delle onde”

Messaggero, 5 October 2020

Interview of Claudio Conti (podcast)

https://rbe.it/2020/10/22/allenare-le-intelligenze-artificiali-con-le-onde/