American Institute of Physics’ Post

In combination with the recent roadmap on space-time optics that I was a part of, this roadmap on structured waves is very interesting. This amount of output underscores how much structured light still has to grow in the coming years.

If this Summer is too wet, too windy, too hot or just too much, then you may find time and interest in this book from “European Physics Society on Grand Challenges: Physics for Society in the Horizon 2050”. My contribution is on “Energy Storage”. Open access: https://lnkd.in/gJusHVf4

What are the biggest challenges facing society in the coming decades and how can physics address them? A new open access ebook from the European Physical Society looks at how physics can tackle the major issues affecting humanity. Physics for society in the Horizon 2050 is now free for the public. for access details, DM me.

The second paper from my PhD has just been published on Physics of the Earth and Planetary Interiors! 🎉 Have a look at the full text here: https://lnkd.in/eAMy_7rW. This paper demonstrates how important it is for tomography models to be accompanied by uncertainty and resolution information, especially when interpreting together different physical properties. We have built our models using the SOLA method (based on a Backus-Gilbert approach) applied to normal modes, showing the huge potential of both this innovative inversion method and type of data. Many thanks to my co-authors Christophe Zaroli and Paula Koelemeijer

Excited to share that our latest article, 'Majorana stellar representation of twisted photons,' has been published in Physical Review Research's July - September 2023 issue! You can read more about it and find a link to the full article on my blog https://lnkd.in/d_F5ESj5

From dance-infused physics to innovative adult division techniques, these top 5 publications sparked your interest and fueled your professional growth. https://hubs.la/Q0200rHr0

📢 New Paper Alert! Our latest research from the Complex Dynamical Systems Laboratory (https://lnkd.in/e934CrP7) is out now! Published in the Journal of Physics: Complexity, our paper titled "Validating a data-driven framework for vehicular traffic modeling". This research, made possible by the NSF CAREER Award, introduces a novel framework integrating information theory and SINDy to detect models from data. We showcase the efficacy of this innovative approach specifically within the context of vehicular traffic modeling, with potential applications spanning diverse complex systems. 🔗 Link to the paper https://lnkd.in/eMuk8Pr5 #NSFCAREER #ComplexDynamicalSystems #TrafficModeling

I'm pleased to share a new review article on the application of machine learning in anomaly detection for particle physics. The post provides insights into the state-of-the-art techniques and successful applications in this field. If you're interested in this intersection of machine learning and particle physics, you can find the full article here: https://bit.ly/41y6YRf.

I feel glad to share with all of you our recent ArXiv on "Topological phase transitions via attosecond X-ray absorption spectroscopy". We present theoretical calculations of attosecond X-ray absorption in the paradigmatic topological Haldane model -- recently experimentally realized in condensed matter phase. The results show interesting a time-delay dependence of the absorption for different topological phases. Here, it is the link if your curiosity spirit is willing and open to new exciting ideas into Attosecond Physics applied to condensed matter physics. https://lnkd.in/g49atwGN

https://t.co/G9Tzg3coeA The thesis aims to characterize the emergent intelligence of disordered systems through statistical physics and uncover principles for designing intelligent systems. https://t.co/lxNldENHUq