En esta página se resumen los resultados del proceso de evaluación de las propuestas recibidas para la campaña de observaciones 2023-S1 (enero 2 – junio 30, 2023). La descripción del proceso de evaluación por pares y la asignación de grados de prioridad se puede consultar en la página Revisión de propuestas.
Durante la convocatoria 2023-S1 se recibieron 108 propuestas solicitando un total de 1,154 horas de observación. El factor de sobresuscripción para cada comunidad fue: México = 1.1, UMass = 1.5, US = 2.1.
Los grados de prioridad para la programación de observaciones, de acuerdo a la evaluación por los paneles científicos y por comunidades, se listan a continuación.
Grado A
| MX-1 | MX-2 | MX-3 | MX-5 | MX-7 | MX-14 | MX-19 | MX-20 |
| MX-27 | MX-30 | MX-37 | MX-42 | MX-44 | MX-46 | UM-15 | UM-21 |
| UM-22 | UM-23 | US-16 | US-19 | US-20 | US-32 |
Grado B
| MX-16 | MX-21 | MX-22 | MX-23 | MX-24 | MX-26 | MX-28 | MX-33 |
| MX-39 | MX-41 | MX-43 | MX-45 | MX-49 | MX-51 | MX-55 | MX-56 |
| UM-7 | UM-8 | UM-17 | UM-19 | US-12 | US-18 | US-25 | US-27 |
Grado C
| MX-10 | MX-12 | MX-17 | MX-25 | MX-31 | MX-32 | MX-34 | MX-35 |
| MX-36 | MX-40 | MX-47 | MX-52 | MX-57 | MX-59 | UM-9 | UM-10 |
| UM-11 | UM-12 | UM-16 | US-4 | US-8 | US-11 | US-17 | US-21 |
| US-22 | US-28 | US-33 |
Resumen de las propuestas aceptadas
| PI | Title |
|---|---|
| Alenka Negrete Peñaloza, C., | Molecular Emission Detection Program for Seyfert Galaxies |
| Aretxaga, I. | EGS at depth, tracing star formation in a CEERS/CANDELS field |
| Blue Bird, J. | Total Gas Content at High Redshift with CHILES and LMT |
| Carramiñana, A. | A millimeter key to the multi-wavelength characterization of Fast Evolving Luminous Transients |
| Chavez Dagostino, M. | Two belts or one? Toward a complete map of tau Ceti's planetary system |
| Chavez Dagostino, M. | The mass-loss history of Phoenix Giants: toward restrictive constraints on merger models |
| Chavez Dagostino, M. | Understanding the dynamical state of the cold Kuiper-belt-like rings: the case of HR 8799 |
| Cordiner, M. | Ice-Giant Chemistry – A Deep Dive into Neptune's Atmosphere |
| Coudé, S. | Mapping Magnetic Field in the B5 Prestellar Quadruple System |
| Cox, E. | Mapping the Protostellar Magnetic Field of L483 |
| Cruz-Gonzalez, I. | TolTEC Mapping of the Lockman-SpReSO field |
| del Burgo. C. | LMT/TolTEC mapping of the extended debris disc around HD 48682 |
| del Burgo. C. | Deep LMT/TolTEC mm Observations of the Multiplanet Host M- dwarf Gliese 581âs debris disc |
| DeNigris, N. | Studying pressure fluctuations in distant galaxy cluster RX J1226 |
| Dickinson, M. | LMT Spectroscopy of Invisible Monsters at z > 4 |
| Elias Chávez, M. | Observational campaign with TolTEC in the deepest X-ray field observed by XMM-Newton |
| Foo, N. | Exploration of a Lensed z=2.66 Protocluster Discovered by Planck+LMT+ALMA |
| Fritz, J. | Dust in the Whirlpool |
| Fritz, J. | Protoclusters in the Epoch of Reionisation |
| Galvan-Madrid, R. | Establishing the Importance of Magnetic Fields in a Massive Star Cluster in Formation |
| García Pérez, A. | Exploring molecular gas content in FRII radio galaxies |
| Gim, H. | Exploring the evolution of total gas contents with the observations of galaxies within z=0.11-0.17 |
| Gomez-Ruiz, A. | A Multicolor View of the Black Hole Environment in M87 |
| Gomez-Ruiz, A. | Large scale mapping of iCOMs in the prototypical shock laboratory L1157 |
| Gomez-Ruiz, A. | Unraveling the nature of the Cen A jet: From cm to mm on light-day scales |
| Gomez-Ruiz, A. | Revealing the jet launching in 3C84 at the highest detail |
| Heyer, M. | Molecular clouds in the far outer Galaxy |
| Heyer, M. | Molecular clouds in the Fermi Bubbles |
| Hughes, D. | An ultra-deep TolTEC map of the Hubble Deep Field North |
| Hughes, D. | LMT as a Protocluster Machine: TolTEC observations around two bright high-z DSFGs |
| Isabella Vargas Sanchez, E. | Dust in the bulgeless face-on galaxy NGC3938 |
| Jiménez-Andrade, E. | TolTEC observations of the JWST/GTO Cluster PLCK G165.7+67.0 |
| Keenan, R. | Dust to Gas Ratios Across the Galaxy Population |
| Koch, E. | First Cloud-Scale Dust Polarization Detections in M33 |
| Lia Longinotti, A. | AGN feedback: connecting molecular outflows and X-ray fast winds in NL Seyfert 1 Galaxies |
| Luan, L. | Mapping dust, free-free, and synchrotron emissions of edge-on galaxies |
| Manning, S. | Ultra-Distant, Dusty, or Dead? Breaking the Degeneracy with LMT/TolTEC Observations of a Strong Lens Cluster |
| Mayya, D. | Mapping the emission of molecular gas in metal-poor nearby galaxies |
| Mayya, D. | A search for recently formed dust and molecules in the circumstellar nebula of WR140 |
| McCrakan, M. | TolTEC Observations of the Dwarf Galaxy NGC 4449 |
| McKinney, J. | CEERS/ToLTEC: The dusty nature of z>3 galaxies |
| Montaña, A. | Identifying Dusty Star-Forming Galaxies in the Early Universe |
| Montaña, A. | Confirming and Characterizing Galaxy Proto-Clusters |
| Montaña, A. | Multichroic, High Resolution SZ Imaging of the X-ray cavities of MS 0735.6+7421 with TolTEC |
| Montaña, A. | A New âFrontierâ for the LMT: Dust-obscured Activity in Galaxies that Dominate the Cosmic Star Formation History |
| Moravec, E. | LMT+TolTEC observations of the highest redshift cluster merger shock |
| Narayanan, G. | 2023 Event Horizon Telescope Observations on the LMT |
| Sánchez-Argüelles, D. | Resolving Polarization in Sgr A* with LMT + GMVA + ALMA |
| Sánchez-Argüelles, D. | A sample of black holes at <100 R_g scales: accretion flows, jets, and shadows |
| Omar Serrano Bernal, E. | Search of cold dust around the Pre-Planetary Nebula Frosty Leo |
| Peng, B. | Characterizing Overdensity in a DSFG System |
| Pope, A. | The impact of AGN on the cold and warm dust in distant dusty galaxies |
| Quirós Rojas, M. | Physical Properties of the Molecular Gas in Early Dusty Starburst Galaxies |
| Ricci, C. | Probing the X-ray corona with 100GHz LMT/GMVA observations |
| Rodriguez Montoya, I. | Confirming the high-z nature of lensed galaxies in the Hershel-ATLAS survey |
| Román Zúñiga, C. | Structure and Kinematics of Embedded Star Cluster Envelopes in Cygnus-X DR 15 |
| Román Zuñiga, C. | Tracing Ambipolar Diffusion in a Protostellar Clump |
| Román Zúñiga, C. | The magnetic properties of a low-mass, young protocluster |
| Rosa Gonzalez, D. | Molecular Gas Reservoir in a Sample of Nearby Bulgeless Galaxies |
| Sabin, L. | Mapping magnetic fields in evolved intermediate mass stars |
| Schap, W. | Determining the Mass and Spectral Index of Peter Pan Disk J0501 |
| Schap, W. | Determining the Spectral Index of Orion YSOs |
| Schloerb, P. | Comet Composition Survey: Observations of C/2022 E3 (ZTF) |
| Shirley, Y. | Probing The Central Region of the Prestellar Core L183 |
| Srinivasan, S. | 12CO and 13CO SEQUOIA mapping of nearby evolved stars |
| Trejo, A. | TolTEC mapping of U Ant |
| Wang, D. | Probing the Interstellar Medium of Dusty Star-forming Galaxies in a Protocluster at Cosmic Noon |
| Wang, D. | Origin and evolution of molecular gas in the ram pressure stripped galactic tail of NGC4388 |
| Ward-Duong, K. | A Deep Search for Circumplanetary Dust Around a Rogue Planet in Taurus |
| Whitaker, K. | Detecting Dust in a Sample of Lensed Quiescent Galaxies at Cosmic Noon |
| Yun, M. | LMT Study of Planck-selected Luminous Star Forming Galaxies |
| Zaragoza Cardiel, J. | Molecular Gas in the Antennae Tidal Dwarf Galaxy |
| Zaragoza Cardiel, J. | Dust in nearby galaxy halos |
| Zaragoza Cardiel, J. | Dust and Gas in the Dwarf Galaxy NGC 4656 |
Un proyecto conjunto entre el Instituto Nacional de Astrofísica, Óptica y Electrónica y la University of Massachusetts.
El GTM forma parte de la red de Laboratorios Nacionales de CONACYT.
Todos los derechos reservados © Gran Telescopio Milimétrico Alfonso Serrano.
