ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON

At present, approximately 780,000 asteroids are known in the Solar System and every year thousand more are being discovered. While the number of asteroid discoveries increases at a high rate, the study of their physical properties like rotation and taxonomic classification do not.  In Mexic...

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Autores principales:	Contreras Martínez, Maru Eugenia, Olguín, Lorenzo, Loera González, Pablo, Saucedo Morales, Julio César, Núñez López, Ramona
Formato:	Online
Lenguaje:	spa
Publicado:	Universida de Sonora 2021
Acceso en línea:	https://epistemus.unison.mx/index.php/epistemus/article/view/152
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spelling	oai:http:--epistemus.unison.mx:article-1522021-12-17T19:58:19Z ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON PERÍODO DE ROTACIÓN DE ASTEROIDES UTILIZANDO EL OBSERVATORIO CARL SAGAN (OCS) DE LA UNISON Contreras Martínez, Maru Eugenia Olguín, Lorenzo Loera González, Pablo Saucedo Morales, Julio César Núñez López, Ramona asteroids rotation minor bodies solar system asteroides rotación cuerpos menores sistema solar At present, approximately 780,000 asteroids are known in the Solar System and every year thousand more are being discovered. While the number of asteroid discoveries increases at a high rate, the study of their physical properties like rotation and taxonomic classification do not.  In Mexico, a group of researchers decided to start in 2015 a national photometry campaign to observe and study asteroids. As an example of the kind of studies that our team is carrying out at Universidad de Sonora, we present the results obtained for five asteroids: 2746 Hissao, 4404 Enirac, 4371 Fyodorov, 5976 Kalatajean and 9671 Hemera . At present, our production and data quality have improved significantly. We are preparing students and teachers from our university as well as from other national institutions. In this way, we will consolidate a group capable of contributing to the international study of asteroids with fundamental information in this developingareainMexico. Actualmente se conocen más de 780,000 asteroides en el Sistema Solar y cada año se descubren miles más. Mientras el número de objetos conocidos se incrementa rápidamente, no así el estudio de sus propiedades físicas (rotación, clasificación taxonómica, etc.). En México, desde el año 2015 iniciamos una campaña nacional de observación y estudio fotométrico de asteroides. Como un ejemplo del trabajo que nuestro grupo lleva a cabo en la Universidad de Sonora, en este trabajo presentamos los resultados obtenidos para cinco asteroides: 2746 Hissao, 4404 Enirac, 4371 Fyodorov, 5976 Kalatajean  y 9671 Hemera. Actualmente, tanto la producción como la calidad de nuestros datos han mejorado significativamente y estamos capacitando a estudiantes y maestros tanto en la UNISON como en otras instituciones del país. Esto permitirá consolidar un grupo que sea capaz de aportar información fundamental en esta novedosa área de investigación en México y colocarnos así en el plano internacional. Universida de Sonora 2021-09-29 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion Research Investigación application/pdf text/xml https://epistemus.unison.mx/index.php/epistemus/article/view/152 10.36790/epistemus.v14i29.152 EPISTEMUS; Vol. 14 No. 29 (2020): Mining, Democracy, Economy, Altruism: How do they affect a country?; 37-44 EPISTEMUS; Vol. 14 Núm. 29 (2020): Minería, Democracia, Economía, Altruismo: ¿Cómo afectan a un país?; 37-44 2007-8196 2007-4530 spa https://epistemus.unison.mx/index.php/epistemus/article/view/152/164 https://epistemus.unison.mx/index.php/epistemus/article/view/152/123 Libre Derechos de autor 2021 EPISTEMUS https://creativecommons.org/licenses/by-nc-nd/4.0
institution	Epistemus
collection	OJS
language	spa
format	Online
author	Contreras Martínez, Maru Eugenia Olguín, Lorenzo Loera González, Pablo Saucedo Morales, Julio César Núñez López, Ramona
spellingShingle	Contreras Martínez, Maru Eugenia Olguín, Lorenzo Loera González, Pablo Saucedo Morales, Julio César Núñez López, Ramona ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON
author_facet	Contreras Martínez, Maru Eugenia Olguín, Lorenzo Loera González, Pablo Saucedo Morales, Julio César Núñez López, Ramona
author_sort	Contreras Martínez, Maru Eugenia
title	ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON
title_short	ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON
title_full	ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON
title_fullStr	ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON
title_full_unstemmed	ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON
title_sort	asteroids´ rotation period using carl sagan observatory from unison
description	At present, approximately 780,000 asteroids are known in the Solar System and every year thousand more are being discovered. While the number of asteroid discoveries increases at a high rate, the study of their physical properties like rotation and taxonomic classification do not.  In Mexico, a group of researchers decided to start in 2015 a national photometry campaign to observe and study asteroids. As an example of the kind of studies that our team is carrying out at Universidad de Sonora, we present the results obtained for five asteroids: 2746 Hissao, 4404 Enirac, 4371 Fyodorov, 5976 Kalatajean and 9671 Hemera . At present, our production and data quality have improved significantly. We are preparing students and teachers from our university as well as from other national institutions. In this way, we will consolidate a group capable of contributing to the international study of asteroids with fundamental information in this developingareainMexico.
publisher	Universida de Sonora
publishDate	2021
url	https://epistemus.unison.mx/index.php/epistemus/article/view/152
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ASTEROIDS´ ROTATION PERIOD USING CARL SAGAN OBSERVATORY FROM UNISON

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