Dr. ALBERTO NIGOCHE NETRO
Resumen curricular:
Es maestro en ciencias (Astronomía) por la Universidad Nacional Autónoma de México y doctor en ciencias físicas (Astrofísica) por la Universidad Complutense de Madrid. Realizó estancias postdoctorales en el Instituto de Astrofísica de Canarias y en el Instituto de Astrofísica de Andalucía. Actualmente es investigador Asociado C de la Universidad de Guadalajara. Es miembro del Sistema Nacional de Investigadores en el nivel II y nivel IX del programa de estímulos al desempeño docente de la Universidad de Guadalajara. Es coordinador del Coloquio Internacional de Astronomía Universo y Sociedad que se realiza cada año en la Feria Internacional del Libro de Guadalajara. Su principal campo de investigación es la formación y evolución del Universo. Se dedica particularmente al estudio de la materia oscura y las relaciones estructurales de galaxias de distintos tipos morfológicos. En sus artículos publicados ha demostrado, entre otras cosas, que los parámetros de las relaciones estructurales de las galaxias de tipo temprano dependen del rango de magnitud en el que se considere la muestra. También ha encontrado que la materia oscura dentro de las galaxias de tipo temprano depende de la masa, del redshift y del medio ambiente. Además de lo anterior ha publicado trabajos científicos sobre las propiedades estructurales de las galaxias enanas azules y sobre las propiedades estructurales de cúmulos globulares galácticos. Los resultados anteriores tienen implicaciones entorno a la formación y evolución del Universo.
Perfil de Investigador SNII:
Bases de datos bibliográficas:
Publicaciones del académico:
- Transformations between the Gaia GBP, G and GRP and the Johnson-Cousins Photometric System1
- Are Kronberger 80 and/or Kronberger 82 regions PeVatron candidates for LHAASO J2108+ 5157?
- Transformations between the Gaia GBP, G, and GRPand the Johnson-Cousins photometric system
- Transformations between the Gaia GBP, G, and GRP and the Johnson–Cousins photometric system
- CCD PHOTOMETRY OF TRAPEZIA STARS I1
- CCD PHOTOMETRY OF THE GLOBULAR CLUSTER NGC 58971
- Identification of planetary and proto-planetary nebulae candidates through akari infrared photometry
- CCD Photometry of Trapezia Stars I
- Collision of molecular outflows in the L1448-C system
- Collision of molecular outflows in the L1448–C system
- Collision of molecular outflows in the L1448–C system
- Collision of molecular outflows in the L1448–C system
- Collision of molecular outflows in the L1448-C system&DAG;
- CCD Photometry of the Globular Cluster NGC 5897
- Spatially resolved properties of early-type group-dominant galaxies with MUSE: gas content, ionization mechanisms, and metallicity gradients
- Virial masses of late-type galaxies from the SDSS DR16
- Radial stellar populations, kinematics, and photometry of the cD galaxy NGC 6086 in Abell 2162
- Dark matter content of ETGs and its relation to the local density of galaxies
- Ultracompact H ii regions with extended emission: the case of G43.89–0.78 and its molecular environment
- Application of Artificial Neural Networks for the Automatic Spectral Classification
- Ultracompact H ii regions with extended emission: The case of G43.89-0.78 and its molecular environment
- Ultracompact H ii regions with extended emission: the case of G43.89–0.78 and its molecular environment
- Galaxy Evolution and Feedback across Different Environments
- Ultracompact H ii regions with extended emission: the case of G43.89–0.78 and its molecular environment
- The interaction of the halo around the butterfly planetary nebula NGC650-1 with the interstellar medium
- Detecting metal-poor gas accretion in the star-forming dwarf galaxies UM 461 and Mrk 600
- Unveiling the hot molecular core in the ultracompact H II region with extended emission G12.21-0.10
- The interaction of the halo around the butterfly planetary nebula NGC 650-1 with the interstellar medium
- Unveiling the hot molecular core in the ultracompact H II region with extended emission G12. 21-0.10
- Cosmic Ray Astrophysics using the High Altitude Water Cherenkov (HAWC) Observatory in México
- Cosmic Ray Astrophysics using The High Altitude Water Cherenkov (HAWC) Observatory in México
- The interaction of the halo around the butterfly planetary nebula NGC 650-1 with the interstellar medium
- Cosmic Ray Astrophysics using The High Altitude Water Cherenkov (HAWC) Observatory in México
- The interaction of the halo around the butterfly planetary nebula NGC 650-1 with the interstellar medium
- THE TIDAL FILAMENT OF NGC 4660
- Spitzer IRS spectroscopy of planetary nebulae
- Variation of the Tully-Fisher relation as a function of the magnitude interval of a sample of galaxies
- Dark matter inside early-type galaxies as function of mass and redshift
- Spitzer mid-infrared spectroscopic observations of planetary nebulae*
- Spitzermid-infrared spectroscopic observations of planetary nebulae
- On the properties of the interstellar medium in extremely metal-poor blue compact dwarf galaxies. A VIMOS-IFU study of the cometary galaxy and Ly α absorber Tol 65
- CCD photometry of the globular cluster NGC 6093
- Spitzer mid-infrared spectroscopic observations of planetary nebulae
- How much dark matter is there inside early-type galaxies?
- On the properties of the interstellar medium in extremely metal-poor blue compact dwarf galaxies. A VIMOS-IFU study of the cometary galaxy and Ly α absorber Tol 65
- Dark matter in early-type galaxies. Dependence on mass
- New structures found in WISE imaging of Planetary Nebulae
- Diffracto-Astrometry measurements: the Technique
- Diffracto-Astrometry Measurements: Kinematics of the Orion Trapezium