Exact Sciences School

Huella dactilar La huella dactilar se basa en la exploración del texto de los documentos de investigación relacionados con las personas asociadas. En base a esto, se crea un índice de términos ponderados que define los asuntos clave de la unidad de investigación.

Physics & Astronomy

Aerospace Sciences

galaxies
stars
globular clusters
supernovae
European Southern Observatory
gravitation
Magellanic clouds
telescopes
planets
dwarf galaxies
massive compact halo objects
star formation
spectroscopy
open clusters
orbits
variable stars
Hubble Space Telescope
extrasolar planets
star clusters
galactic evolution
dark matter
active galactic nuclei
quasars
supergravity
elliptical galaxies
cepheid variables
universe

General

metallicity
galactic bulge
metals
density functional theory
ligands
light curve
interactions
electronics
catalogs
electronic structure
energy
radii
transit
proper motion
estimates
simulation
synthesis
explosions
clumps
profiles
color-magnitude diagram
rings
vapor phases
softness
geometry
histories
strings
scalars
ejecta
fragments
charge transfer
extremely high frequencies
trends
defects
curvature
formulations
formalism

Engineering

photometry
spectrographs
time measurement
x rays
infrared photometry
high resolution
magnetic properties

Physics

reactivity
luminosity
radial velocity
halos
color
stellar mass
orbitals
atoms
electrons
kinematics
dust
molecular orbitals
optical properties
ground state
gradients

Chemistry and Materials

copper
molecules
hydrogen
methylidyne
oxygen
cycloaddition
iron
hardness
gases
Diels-Alder reactions

Life Sciences

extinction
chemical evolution

Mathematical and Computer Sciences

tensors
symmetry

Chemical Compounds

Density functional theory
Ligands
Discrete Fourier transforms
Electrons
Atoms
Molecules
Copper
Derivatives
Carbon Monoxide
Electronic structure
Cycloaddition
Metals
Molecular orbitals
Magnetic properties
Ions
Gold
Orbits
Hydrogen bonds
Charge transfer
Cations
Anions
Hydrogen
Substitution reactions
Gases
Carbon
Ground state
Chemical reactivity
Crystal structure
Molecular structure
Electronic properties
Carrier concentration
Potential energy surfaces
Oxygen
Nuclear magnetic resonance
Hardness
Isomers
Regioselectivity
Organometallics
Optical properties
Molecular dynamics
Chemical potential
Protons
Proton transfer
Paramagnetic resonance
Geometry
Alkenes
Polymers
Excited states
Oxidation
Chemical activation
Ethylenes
Iron
Complexation
Nanoparticles
Rhenium
Conformations
Nucleophiles
Water
Solvation
Amines
Dimers
Carbon Nanotubes
Catalysts
Chemical shift
Temperature
Single crystals
Transition metals
Electrostatics
Ionization potential
Cyclic voltammetry
Schiff Bases
Coloring Agents
Decomposition
Absorption spectra
Ruthenium
Catalyst activity
Nitrogen
Benzene
Crystals
Lanthanoid Series Elements
Excitation energy
Singlet Oxygen
Defects
X rays
Boron
Chalcones
Magnetic fields
Adsorption
Vacancies
Tensors
Silicon
Nanotubes
Pharmaceutical Preparations
Nitriles
hydrazine
Hamiltonians
X ray diffraction
Electrodes
Styrene
Chemical analysis

Earth & Environmental Sciences

near infrared
metal
spectroscopy
planet
explosion
diagram
merger
extinction
kinematics
dust
gas
simulation
ejecta
wavelength
observatory
radio
history
luminosity
calibration
accretion
method
lithium
distribution
analysis
parameter
energy
temperature
timescale
erg
point source
iron