L. Velazquez (0000-0001-6303-9664)

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Biography

L. Velazquez received Ph.D. degree on Physical Sciences from the Higher Institute of Technologies and Applied Sciences of Havana in 2007. Since 2008, he has been working at Department of Physics, Universidad Católica del Norte, Antofagasta, Chile. He has specialized on statistical mechanics and its interrelations with other disciplines, such as astrophysics, condensed matter, computational physics and mathematical physics.

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Universidad Católica del Norte: Antofagasta, II, CL

2010-02-01 to present | Associate professor (Departamento de Física)

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L. Velazquez

https://orcid.org/0000-0001-6303-9664

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Biography

Activities

Employment (2)

Universidad Católica del Norte: Antofagasta, II, CL

University of Pinar del Río: Pinar del Río, CU

Education and qualifications (3)

Instituto Superior de Tecnologías y Ciencias Aplicadas: La Habana, La Habana, CU

Instituto Superior de Tecnologías y Ciencias Aplicadas: La Habana, La Habana, CU

Instituto Superior de Tecnologías y Ciencias Aplicadas: La Habana, La Habana, CU

Funding (9)

Impacto del diseño curricular en los índices de calidad de funcionamiento de los grados de la Escuela Técnica Superior de Ingeniería del Diseño (ETSID)

UCN‐VRIDT 035/2021 ‐ Caos y relajación en sistemas dinámicos no‐lineales

UCN‐DGPRE 040/2021 ‐ ¿Qué hacen nuestros estudiantes? Reconstruyendo la carga académica en modalidad no presencial a partir de registros de actividad en plataformas digitales

CONICYT‐PAI 79150075 ‐ Estudio Geodinámico sobre la inestabilidad dinámica de los plasmas no‐neutrales

FONDECYT 1170834 ‐ Astrophysical systems in mutual interaction and their related thermodynamic notions and phenomena

CONICYT‐ACT1204 ‐ Conversión de energía solar y térmica basada en sistemas nano‐estructurados

FONDECYT 1130984 ‐ Improvement of optical absorption of solar cells by intercalation of copper and iron nano‐particles

CONICYT‐UCN PSD‐65 – Física de la materia condensada del Norte

FONDECYT 3080003 ‐ Ensemble inequivalence: A challenger within the thermodynamic description of nonextensive Hamiltonian systems

Works (50 of 62)

Quasi-stationary distributions for the collective motions of a binary astrophysical system: A Langevin dynamics approach

RELATIONSHIP BETWEEN QUALITY ASSURANCE PERFORMANCE INDICATORS AND CURRICULUM DESIGN

An adaptive methodology for curriculum redesign based on performance indicators of the student progression

Complex systems and inter/transdisciplinary research: A review

Geodynamic study of the dynamical instability of a low dimensional system of coupled anharmonic oscillators

Incidence of evaporation on the thermodynamics of astrophysical systems: γ -exponential models

Barometric characterization of a draining container

Fermionic King model: critical masses resulting from the competition of quantum and evaporation effects

Langevin equation for the collective motions of a binary astrophysical system

Quantitative methods to determine the student workload. I. Empirical study based on digital platforms

Quantitative methods to determine the student workload: II. Statistical models for the microcurricular performance indicators

Asymptotic model for a bi-component system with a very large mass ratio mh/ml of their constituting particles

The Geometry of Thermodynamics III

Monte Carlo Simulation of a Modified Chi Distribution with Unequal Variances in the Generating Gaussians. A Discrete Methodology to Study Collective Response Times

New Bounds for the Mass of Warm Dark Matter Particles Using Results from Fermionic King Model

A pure non-neutral plasma under an external harmonic field: equilibrium thermodynamics and chaos

A pure non-neutral plasma under an external harmonic field: equilibrium thermodynamics and chaos

Stability of a modified Jordan-Brans-Dicke theory in the dilatonic frame

Truncated γ-exponential models: evaporation and mass-segregation effects in the bi-component system

Stability of a modified Jordan-Brans-Dicke theory in the dilatonic frame

Theoretical and experimental study of the normal modes in a coupled two-dimensional system

Remarks about the thermodynamics of astrophysical systems in mutual interaction and related notions

Riemannian geometry of fluctuation theory: An introduction

Thermo-statistical study of evaporation effects in a non neutral plasma under an imperfect magnetic confinement

Thermodynamics of gravitational clustering phenomena: N-body self-gravitating gas on the sphere S-3 subset of R-4

Truncated gamma-exponential models for tidal stellar systems

Extended canonical Monte Carlo methods: Improving accuracy of microcanonical calculations using a reweighting technique

Thermo-statistics of Rotating 2D Non-screened Plasma under an Imperfect Magnetic Confinement

Smart physics with smartphone sensors

Truncated <i>γ</i> -exponential models for tidal stellar systems

Using a smartphone acceleration sensor to study uniform and uniformly accelerated circular motions

A quantitative analysis of coupled oscillations using mobile accelerometer sensors

Curvature of fluctuation geometry and its implications on Riemannian fluctuation theory

Improving the efficiency of Monte Carlo simulations of systems that undergo temperature-driven phase transitions

Molecular dynamics study of one dimensional nanoscale Si/SiO2 interfaces

Remarks on Thermo-statistical Description of Gravitational Clustering Phenomenon in Cosmology

Using a mobile phone acceleration sensor in physics experiments on free and damped harmonic oscillations

Fluctuation geometry: a counterpart approach of inference geometry

Principles of classical statistical mechanics: A perspective from the notion of complementarity

SELF-SIMILAR BEHAVIOR IN SEMICONDUCTOR SUPERLATTICES

Developing computer use skills for problem solving in engineering students from the first year physics course

Developing computer use skills for problem solving in engineering students from the first year physics course

Geometric aspects in extended approach of equilibrium classical fluctuation theory

Understanding critical behavior in the framework of the extended equilibrium fluctuation theorem

Equilibrium fluctuation theorems compatible with anomalous response

Extending canonical Monte Carlo methods: II

Extending canonical Monte Carlo methods

UNCERTAINTY RELATIONS OF STATISTICAL MECHANICS

Geometrical aspects and connections of the energy–temperature fluctuation relation

On the thermodynamic stability of macrostates with negative heat capacities

Peer review (10 reviews for 6 publications/grants)