Gocho Sharlanov’s Post

Our final story in our Research Impact video series is Dr Carmem Gilardoni with breaking down the barriers of complex systems, published in the New Journal of Physics (IOP Publishing) ⚛️ Watch the full video here 📽️ https://lnkd.in/efvgWgYA #ResearchImpact

Check out this fantastic research published in the New Journal of Physics!

Relativistic Quantum Mechanics written by Paul Strange is a great book I used beside my course book "Relativistic Quantum Mechanics and Field Theory" written by Gross, when I studied Relativistic Quantum Mechanics at Department of Physics, Stockholm University in 2007, I found it very useful in studying that course. I recommand this book to students in this branch of Physics. This book is from Cambridge.

I am excited to share that our work on polarization imaging has featured on the cover of Physics Today, 'the most influential and closely followed physics magazine in the world' by the American Institute of Physics (AIP). Johanna Miller's excellent article on our work can be found here: https://lnkd.in/g8TnF4gc . I hope it inspires scientists from other fields, industry professionals, and physics students to learn more about the potential of polarization imaging. 🙂 Link to the original paper: https://lnkd.in/gn6zERgK

🔬🔭 Call for Manuscripts: Bridging Theory and Experiment in Physics Research 🔭🔬 Are you conducting research that bridges theoretical physics with experimental findings? We're inviting submissions for a special issue dedicated to interdisciplinary approaches that drive innovation and discovery in the field of physics. Manuscript topics may include: Novel experimental techniques and instrumentation Theoretical frameworks for interpreting experimental data Computational methods in physics research Collaborative efforts between theorists and experimentalists Share your insights and contribute to the synergy between theory and experiment. Submit your manuscript today and be part of transformative discoveries! #Interdisciplinary #Physics #CallForPapers

Our comprehensive review paper on machine learning for anomaly detection in particle physics for Reviews in Physics is published! Very proud of PhD students Patrick Odagiu and Vasilis Belis for their excellent work on this. Find the full text at  https://lnkd.in/df3c7apK

🌌 New Publication Alert! 🌌 We are excited to announce the latest manuscript by Friedhelm M. Jöge, titled "Time is Energy and Dynamic Information", published in Advances in Theoretical & Computational Physics (ATCP). In this groundbreaking work, Jöge explores the deep relationship between time, energy, and information dynamics, offering a fresh perspective on how these fundamental concepts intertwine in the framework of modern physics. Dive into the full article to discover more about this innovative approach and its potential implications for the future of theoretical physics! 🔗 Read the full paper [https://bit.ly/3zfmTdu] #Physics #QuantumTheory #Energy #Time #ScientificResearch #ATCP #TheoreticalPhysics #NewPublication #DynamicInformation

An amazing read that took me too long to read titled "The Mechanism Behind Probability" by Sydney Ernest Grimm. This paper delves into the origins and applications of probability theory in the context of quantum mechanics, providing a unique perspective on how nature itself operates under the principles of probability. Key Insights and Takeaways: Fundamental Role of Probability: The paper discusses how changes within observable reality, especially at the quantum level, adhere to probability theory, highlighting its foundational role in the structure of the universe. Historical Context: Starting with macroscopic examples like dice throwing, the paper illustrates how probability has always been a part of scientific inquiry and how it scales down to the quantum level. Quantum Mechanics: In physics, probability theory predicts the outcomes of experiments involving quantum interactions, where causality is assigned to probabilistic models rather than deterministic ones. Non-Local Universe: One of the intriguing aspects discussed is the non-local nature of the universe, where local changes influence other local changes instantaneously, suggesting a universe of interconnected probabilities. Practical Implications: The insights from this paper enhance our understanding of probability in quantum mechanics, which is crucial for advancements in fields like quantum computing and theoretical physics. Understanding these fundamental principles helps us appreciate the complex interplay of forces at the smallest scales of reality, providing a deeper insight into the nature of the universe. For those interested in diving deeper into this topic- https://lnkd.in/gE-UkS-S #Probability #QuantumMechanics #Physics #ScientificResearch #ContinuousLearning

My first paper with Nelly Ng is now published in New Journal of Physics! Check out the condensely formatted version (with half the pages compared to arXiv one) in https://lnkd.in/gKY9bwCE

Check out this great free access article on "Lagrange points and regionally conserved quantities" published in the latest issue of the American Journal of Physics. https://ow.ly/KKP050Skkzk #PhysicsTeachers #PhysicsEducation #AJP