Manan Vyas

Instituto de Ciencias Físicas

Investigador

Fenómenos No Lineales y Complejidad



Email:
manan@icf.unam.mx , mananvyas2@gmail.com

Teléfono:
Cuernavaca - 3291743

Conmutador:
(777) 329-17-77

Red UNAM:
27743

Red UNAM Laboratorio:
27743

Artículos en revistas con arbitraje indizadas (Web of Science, JCR, SCOPUS)

1.- COVID anomaly in the correlation analysis of S&P 500 market states Liga a la publicación

2.- Two-species k-body embedded Gaussian unitary ensembles: q-normal form of the eigenvalue density Liga a la publicación

3.- Non-linear correlation analysis in financial markets using hierarchical clustering Liga a la publicación

4.- Statistical nuclear spectroscopy with q-normal and bivariate q-normal distributions and q-hermite polynomials Liga a la publicación

5.- Non-linear correlation analysis in financial markets using hierarchical clustering Liga a la publicación

6.- Wavefunction structure in quantum many-fermion systems with k-body interactions: conditional q-normal form of strength functions Liga a la publicación

7.- Distribution of higher order spacing ratios in one- plus two-body random matrix ensembles with spin symmetry Liga a la publicación

8.- Bivariate q-normal distribution for transition matrix elements in quantum many-body systems Liga a la publicación

9.- Manan Vyas and V. K. B. Kota Quenched many-body quantum dynamics with k-body interactions using q-Hermite polynomials Journal of Statistical Mechanics: Theory and Experiment 2019 103103 2019 Liga a la publicación

10.- S. K. Haldar, N. D. Chavda, Manan Vyas and V. K. B. Kota, J. Stat. Fidelity decay and entropy production in many-particle sysmtems after random interaction quench. Mech.: Theory and Experiment 2016, 043101/1-23 (2016). Liga a la publicación

11.- Harinder Pal, Manan Vyas and Steven Tomsovic. Generalized Gaussian wave packet dynamics: Integrable and chaotic systems. Physical Review E 93, 012213/1-15 (2016); arXiv:1510.08051  

12.- Adrian Ortega, Manan Vyas and Luis BenetQuantum efficiencies in finite disordered networks connected by many-body interactions. Ann. Phys. (Berlin) 527, 748--756 (2015).     Liga a la publicación

13.- V.K.B. Kota and Manan VyasRandom matrix theory for transition strength densities in finite quantum systems: Results from embedded unitary ensembles. Ann. Phys. (N.Y.) 359, 252--289 (2015)
  Liga a la publicación