Texas Advanced Computing Center (TACC)’s Post

📄Excited to share my latest paper: "On Variable-Order Fractional Linear Viscoelasticity." We generalize fractional linear viscoelasticity using Scarpi’s approach to variable-order fractional calculus. Our analysis includes a detailed study of a variable-order fractional Maxwell model and provides insights into material functions. Published on: Fractional Calculus and Applied Analysis. 📄 Read more: https://lnkd.in/e6ni433a #Research #Mathematics #Physics #Viscoelasticity #FractionalCalculus #AppliedMathematics #MathematicalPhysics

I am happy to share the publication of my first paper," An efficient approach for blood transport in complex interlinked micro-circulatory network" in the journal "Physics of Fluids"

American Physical Society March Meeting abstracts are due on Oct 25. Consider submitting to "Physics of Liquids" @ApsGsnp @ApsDsoft @ApsDcp. Featuring invited speakers Prof Andrea Liu & Carlos Vega.

Exciting advancements in string theory research! 🚀 Dr. Ksenia Fedosova and her team from the University of Münster have validated a conjecture related to 4-graviton scattering, offering new insights into this theoretical framework. Published in the Proceedings of the National Academy of Sciences, their study delves into the interactions of hypothetical gravitons—particles believed to mediate gravity. By focusing on 4-graviton interactions, the team explored scattering probabilities using mathematical concepts such as modular surfaces and string coupling constants. Their findings challenge previous assumptions, suggesting new starting points for defining partial differential equations in this context. This breakthrough not only enriches our understanding of fundamental forces but also bridges the gap between string theory and number theory. #StringTheory #Physics #ResearchInnovation #Mathematics #ScientificDiscovery

In the latest blog post, we delve into the complexities surrounding string theory, examining the escalating challenges it faces within the scientific community. This thought-provoking analysis offers insights into the implications of these challenges and encourages a deeper understanding of current developments in theoretical physics. Explore the intricacies of this critical issue and gain a fresh perspective on the future of string theory. To read the full post, visit: https://ift.tt/rZStqlG.

I am pleased to share with you our article entitled "Photoionization Study of Iron-Group Elements (Fe, Co, and Ni): Comparison of Theory and Experiment" which was recently published in the "Physics of Particles and Nuclei Letter".

📃Scientific paper: Evaporating Kerr black holes as probes of new physics Abstract: In the string axiverse scenario, primordial black holes (PBHs) can sustain non-negligible spin parameters as they evaporate. We show that tracking both the mass and spin evolution of a PBH in its final hour can yield a purely gravitational probe of new physics beyond the TeV scale, allowing one to determine the number of new scalars, fermions, vector bosons, and spin-3/2 particles. Furthermore, we propose a multi-messenger approach to accurately measure the mass and spin of a PBH from its Hawking photon and neutrino primary emission spectra, which is independent of putative interactions between the new degrees of freedom and the Standard Model particles, as well as from the Earth-PBH distance. Continued on ES/IODE ➡️ https://etcse.fr/gpR ------- If you find this interesting, feel free to follow, comment and share. We need your help to enhance our visibility, so that our platform continues to serve you.

Seminar | This Friday (DECEMBER 6) the International Institute of Physics of the UFRN will host a seminar with Konstantin Zarembo, from @nordita. The seminar will happen in the auditorium of the IIP at 3:00 pm. Members of the local community are invited to participate. TITLE: Boundary states in integrable spin chains and string theory SPEAKER: Konstantin Zarembo, Nordita ABSTRACT: Integrability is a powerful tool to solve many-body systems that has also resurfaced in string theory and holographic duality. I will review the notion of a boundary state in an integrable spin chain (or field theory), and describe how it is used in holographic duality. #IIP #physics #stringtheory

Want to explore Physics with everyday objects? What factors influence gravitational potential energy? How can you visualize conservation of momentum? Does the angle of a ramp affect the force exerted? And much more. Join our online workshop, where we uncover the science with everyday objects! https://lnkd.in/e3-KAENe 

I'm excited to share our latest blog post, which explores the monumental discovery of the Higgs boson. This groundbreaking achievement has profound implications for our understanding of particle physics and the fabric of the universe. Dive into the details of this remarkable scientific milestone and its significance in advancing our knowledge of fundamental particles. Read the full post here: [Yes we did discover the Higgs](https://ift.tt/M701DE2).