Man

Luis Ogaldo Palma Chilla

ACADÉMICO/DIRECTOR

Universidad de La Serena

LA SERENA, Chile

Líneas de Investigación


PROPIEDADES ELECTROMAGNÉTICAS Y TERMODINÁMICAS DE MATERIALES PECULIARES, METAMATERIALES LEFT-HANDED. TAMBIÉN PROPIEDADES TERMODINÁMICAS DE GRAPHENE. EN RESUMEN, MATERIA CONDENSADA O FÍSICA DEL ESTADO SÓLIDO.

Educación

  •  FÍSICA, UNIVERSIDAD DE TARAPACA. Chile, 2014

Experiencia Académica

  •   ACADÉMICO/DIRECTOR Full Time

    UNIVERSIDAD DE LA SERENA

    CIENCIAS

    LA SERENA, Chile

    1988 - A la fecha

Experiencia Profesional

  •   ACADÉMICO Full Time

    UNIVERSIDAD DE LA SERENA

    LA SERENA, Chile

    1988 - A la fecha

Formación de Capital Humano


Alta experiencia de administración de la docencia como Coordinador de carrera y Director de Departamento. Experiencia en Aula desde 1988, a la fecha.


Difusión y Transferencia


Alta participación en eventos científicos, particularmente en seminarios en la propia universidad de La Serena y con experiencia en la difusión de las ciencias a nivel local y regional.



 

Article (18)

Direct/Dual electronic termal conductivity on Graphene: Gate-potential and Ripples
Entropy bahavior of isolated systems containing bounded and unbounded states: latent heat at the infection point
Dst Index Forecast Based on Ground-Level Data Aided by Bio-Inspired Algorithms
Dirac fermions duality in grapheme: Ripples and fractional dimensions as function of temperature
Thermal properties of an electron gas with non-standart dispersion relation: Left-handed and right-handed systems
Negative heat capacity in left-handed system
Impact of Noise on a Dynamical System: Prediction and Uncertainties from a Swarm-Optimized Neural Network
Theoretical Thermodynamics connections between Dual (Left-Handed) and Direct (Right-Handed) systems: Entropy, temperature, pressure and heat capacity
Connections between the dissipated energy of right-handed and left-handed systems: electric and magnetic origin
Electrical Conductivity in the Right-Handed and Left-Handed Systems: Interrelation and Conductivity-Window
Interrelated responses for a class of material-metamaterial: Polarization, magnetization and opposite-sign-window
New group contribution method for the prediction of normal melting points
Application of particle swarm optimization to model phase equilibrium of complex mixtures
Elementary excitations for right and Leith handed electrical Systems: Thermal-fluctuations comparison
Hybrid neural network–particle swarm method to predict global radiation over theNorte Chico (Chile)
Gas-solid phase calculations of binary mixtures using optimization of evolutionary algorithms
Particle swarm modeling of vapor-liquid equilibrium data of binary systems containing CO2 + imidazolium ionic liquids based on bis[(trifluoromethyl)sulfonyl]imide anion
The L mode in electromagnetic proton-cyclotron waves in plasmas modelled by a Lorentzian distribution function
18
Luis Palma

ACADÉMICO/DIRECTOR

FÍSICA Y ASTRONOMÍA

Universidad de La Serena

LA SERENA, Chile