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Friday, February 3, 2017
Looking toward Calibration Hill from the LSST Facility Building, November 2016

February 3, 2017 – Construction is progressing quickly on Cerro Pachón, not only on the main LSST Facility Building but also on the concrete foundation for the Auxiliary Telescope.  This 1.2-meter telescope will measure atmospheric conditions at the site and provide information necessary to calibrate the LSST data throughout the survey.  [Read More …]

The 1.2-meter Auxiliary Telescope, formerly known as the Calypso telescope while it wassitedon Kitt Peak, was generously donated to LSST in 2008 by its proprietor, astrophysicist and entrepreneur Dr. Edgar Smith.  After a significant refurbishment by Tucson-based Astronomical Consultants and Equipment, Inc., the telescope will be ready to start its new life with LSST. 

Friday, January 13, 2017
Again the backdrop of Cerro Pachón, a Telefonica/Cobra technician installs the AURA/LSST fiber optic cable from the AURA Gatehouse to the summit.  Telescopes on the summit, L-R, SOAR, Gemini-S, LSST.

January 13, 2017 – During LSST operations, data will flow from the summit of Cerro Pachón, beginning with the data acquisition interface between camera and telescope subsystems, through to the data products accessed by end users.  To facilitate the first step of this journey, installation of the dedicated fiber-optic cable from the summit to base facility is well underway.  The cable goes from Cerro Pachon to the AURA gatehouse on the telescope site, across and down highway 41 to La Serena, then in town to the LSST Base Facility on the AURA Recinto.  The AURA Recinto is a 33 acre compound hosting offices, laboratories, administration and facilities support staff.  The fiber-optic work is progressing on schedule, with an anticipated complete date of January 2017.

 

Thursday, October 20, 2016

October 20, 2016 – The first LSST hardware integration between vendors took place today on Cerro Pachón, a major milestone! This image shows the lowering of a steel base plate for the dome azimuth track (from EIE in Italy) atop the concrete wall of the lower enclosure (from Besalco in Chile). This  plate, the first of 16, weighs about one and a half tons and is lifted by crane over 50 feet in the air for installation. The plates and their anchor bolts will be installed and precisely aligned/level and then left for a curing period of 90 days. After that 3-month curing of the concrete, EIE will return to more precisely level and install grout under the base plates, which will provide the foundation for the continued integration of the dome azimuth track system. 

Friday, March 3, 2017

PROJECT NEWS - Para español, vea abajo

The annual LSST Joint Technical Meeting (JTM) will take place in Glendale, CA, next week, with over 170 participants from the distributed technical teams.  This year, Verification, Commissioning, and Operations Planning are priorities, as are cross-cutting work sessions between subsystems.  In addition, the LSST Science Advisory Committee will meet prior to the meeting start, to discuss topics of interest to the science community including commissioning plans and observing strategy.

Version 1.0 of the Observatory Control System (OCS) Scheduler has been released by the LSST Telescope & Site team to the Systems Engineering Simulations team. This important milestone marks the first version of the Scheduler that has all the functionality necessary to implement the five science proposals in the current survey baseline: Wide Fast Deep, North Ecliptic Spur, South Celestial Pole, Galactic Plane, and Deep Drilling. The software will now be validated through a series of simulated surveys and analysis, while the development continues to incorporate the remaining features described in the requirements and construction plan. This effort was completed by OCS Team Lead Francisco Delgado (who developed the observatory model, area distribution algorithms, time distribution algorithms and cost functions), Dave Mills from OCS (who developed the DDS based Middleware interface), and from the Project Systems Engineering group, Peter Yoachim (who developed the sky brightness model), and Michael Reuter (who developed the simulation environment and reviewed the OpSim integration effort).

Daylight Saving Time begins on March 12th however, Arizona remains on Standard Time year around.  Since the LSST Project uses Pacific Time as the standard, start times for many of our standing meetings will change by one hour for those in Arizona, but not change at all for others!  This is an annual source of confusion; check with your meeting organizer for clarification. 

Systems Engineers Brian Selvy and Kathryn Wesson are one step closer to achieving Certified Systems Engineering Professional (CSEP) certification, having passed the exam portion while attending the INCOSE International Workshop in January, 2017.  The next step is to complete and pass the application process which includes recommendations from other system engineering professionals and verification of their SE experience and professionalism.  Further information on this important certification can be found here:  http://www.incose.org/certification

PERSONNEL NEWS

Wing Chang has joined the Camera subsystem as a Science and Engineering Associate at SLAC.  Wing’s primary duties include assisting with the LSST Camera Body and Shutter prototype testing and final assembly and testing.

CORPORATION NEWS

The application deadline for the LSSTC Data Science Fellowship Program is March 15, 2017.  To learn more about the program please visit our website; a direct link to application is here.

The application deadline for “Supernovae: The LSST Revolution Workshop” is March 7th, 2017.  Learn more here.

UPCOMING MEETINGS with LSST INVOLVEMENT

(those with asterisk* are LSSTC funded):

2017

 

March 6 - 8

LSST Joint Technical Meeting, Glendale, CA

March 13 - 15

Blind Analysis in High-Stakes Survey Science: When, Why, and How? *
SLAC; Menlo Park, CA

March 20 – 23

ASTRO: Time Series Analysis for Synoptic Surveys and Gravitational Wave Astronomy, International Center for Theoretical Sciences (ICTS), Bengaluru, India

April 3 - 5

LSSTC F2F Board Meeting and Hill Visits, Washington, DC

April  6 & 7

AURA Management Council for LSST (AMCL) Meeting, Washington, DC

April 3-7

LSST DESC Hack Week *, Fermi National Accelerator Laboratory

May 1 – 3

NSF Large Facilities Workshop, Baton Rouge and Livingston, LA

May 1 – 5

AURA Board and Member Representatives Annual Meeting, Tucson, AZ

May 12 - 13

LSST Detection of Optical Counterparts of Gravitational Waves*, BNL.  Contact Morgan May for additional information. 

May 22 – 25

Infrastructure for Time Domain Science in the Era of LSST, Tucson, AZ

May 31 - June 2

Supernovae:  The LSST Revolution Workshop *, Northwestern University, Evanston, IL

June 12 – 16

Getting Ready for Doing Science with LSST Data,* IN2P3 Computing Center, Lyon, France

July 10 - 14

DESC Meeting, Dark Energy School, and Hack Day*, Brookhaven National Lab

August 14 – 18

LSST 2017 Project & Community Workshop, Tucson, AZ

November 7 – 9

AURA Workforce & Diversity Committee, La Serena, Chile


NOTICIAS DE PROYECTO

La reunión anual de LSST-Joint Technical Meeting (JTM) tendrá lugar en Glendale, CA la próxima semana con más de 170 participantes de los equipos técnicos distribuidos. Este año, la verificación, puesta en marcha, y planificación de las operaciones son prioridades, al igual que las sesiones de trabajo intersectoriales entre subsistemas. Además, el Comité Asesor Científico de LSST se reunirá antes del inicio de la reunión, para discutir temas de interés para la comunidad científica, incluyendo la puesta en marcha de planes y la observación de la estrategia.

La versión 1.0 del Scheduler del Sistema de Control del Observatorio (OCS) ha sido liberada por el equipo del Telescopio y Sitio de LSST al equipo de Simulación de Ingeniería de Sistemas. Este importante hito marca la primera versión del Scheduler que tiene toda la funcionalidad necesaria para implementar las cinco propuestas científicas en la base de referencia actual: Wide Fast Deep, North Ecliptic Spur, Polo Sur Celestial, Plano Galáctico y Deep Drilling. El software ahora será validado a través de una serie de encuestas y análisis simulados, mientras que el desarrollo continúa incorporando las características restantes descritas en los requisitos y el plan de construcción. Este esfuerzo fue completado por el jefe de equipo de OCS Francisco Delgado (quien desarrolló el modelo del observatorio, algoritmos de distribución de área, algoritmos de distribución de tiempo y funciones de costos), Dave Mills de OCS (que desarrolló la interfaz Middleware basada en DDS), Peter Yoachim (quien desarrolló el modelo de brillo del cielo), y Michael Reuter (quien desarrolló el entorno de simulación y revisó el esfuerzo de integración de OpSim).

El horario de verano comienza el 12 de marzo, sin embargo, Arizona permanece en tiempo estándar alrededor de todo el an~o. Dado que el Proyecto LSST usa Hora del Pacífico como estándar, las horas de inicio de muchas de nuestras reuniones permanentes cambiarán en una hora para aquellos en Arizona, pero no cambiarán en absoluto para otros. Esta es una fuente anual de confusión; Consulte con su organizador de la reunión para aclaración.

Los ingenieros de sistemas Brian Selvy y Kathryn Wesson están a un paso más cerca de obtener la certificación de Profesional de Ingeniería de Sistemas Certificados (CSEP), después de pasar la parte del examen mientras asisten al Taller Internacional de INCOSE en enero de 2017. El siguiente paso es completar y aprobar el proceso de solicitud que Incluye recomendaciones de otros profesionales de ingeniería de sistemas y la verificación de su experiencia y profesionalidad. Más información sobre esta importante certificación se puede encontrar aquí: http://www.incose.org/certification

NOTICIAS DEL PERSONAL

Wing Chang se ha unido al subsistema Cámara como Asociado de Ciencia e Ingeniería en SLAC. Las funciones primarias de Wing incluyen ayudar con el Cuerpo de la Cámara de LSST y la prueba del prototipo del obturador y ensamblaje y pruebas finales.

NOTICIAS DE CORPORACION

La fecha límite de solicitud para el Programa de Becas de Ciencia de Datos de LSSTC es el 15 de marzo de 2017. Para obtener más información sobre el programa, visite nuestro sitio web; Un enlace directo a la aplicación está aquí.
La fecha límite de solicitud para "Supernovas: El Taller de Revolución LSST" es el 7 de marzo de 2017. Más información aquí.

PRÓXIMAS REUNIONES CON LSST

(aquellos con asterisco * están financiados por LSSTC):

2017

 

Marzo 6-8

Reunión Conjunta Técnica de LSST, Pasadena, CA

Marzo 13-15

Blind Analysis in High-Stakes Survey Science: When, Why, and How? *
SLAC; Menlo Park, CA

Marzo 20-23

ASTRO: Time Series Analysis for Synoptic Surveys and Gravitational Wave
Astronomy, International Center for Theoretical Sciences (ICTS), Bengaluru, India

Abril 3-5

Reunión de la Junta y Visitas de Hill LSSTC F2F, Washington, DC

Abril 3-7

LSST DESC Hack Week*, Laboratorio Nacional de Acelerador Fermi

Abril  6 & 7

Reunión Consejo de Gerencia AURA para LSST (AMCL), Washington, DC

Mayo 1-3

Taller de Gran Instalaciones de NSF, Baton Rouge y Livingston, LA

Mayo 1-5

Reunión Anual de la Junta de AURA y Miembros Representantes, Tucson, AZ

Mayo 12-13

LSST Detection of Optical Counterparts of Gravitational Waves*, BNL.  Contactar a Morgan May para obterner informacion adicional. 

Mayo 22-25

Infrastructure for Time Domain Science in the Era of LSST, Tucson, AZ

Mayo 31-Junio 2

Supernovae Workshop *, Northwestern University, IL

Junio 12-16

Getting Ready for Doing Science with LSST Data, Lyon, France

Julio 10-14

DESC Meeting, Dark Energy School, and Hack Day*, Brookhaven National Lab

Agosto 14-18

Taller de Proyecto & Comunidad LSST 2017, Tucson, AZ

Noviembre 7-9

Fuerza Laboral de AURA & Comité de Diversidad, La Serena, Chile

 

Friday, February 17, 2017

PROJECT NEWS - Para español, vea abajo

New drone images from the summit of Cerro Pachón show the rapid progress of LSST construction. You can see the circular lower enclosure with the telescope pier inside, the elevator shaft, and the (long rectangular) service building. The third image shows white siding going up on the lower enclosure and progress on the foundation for the Auxiliary Telescope. Inside the facilities building windows are appearing, drywall is going up and cable trays are being installed. The summit team has one month to get ready for the start of Dome installation. Telescopes in the background are (L-R) SOAR, and Gemini South. Thanks to LSST Telescope & Site Assembly, Integration, and Verification (AIV) Manager Jacques Sebag for obtaining these pictures during a recent visit. 

A paper entitled "The Large Synoptic Survey Telescope as a Near-Earth Object Discovery Machine” by Lynne Jones et al. has been submitted to Icarus, a peer-reviewed journal devoted to Solar System research. This completes an extensive study, also submitted by the Project to NASA, of LSST’s capabilities as an NEO/PHA discovery machine. The study confirms that LSST, deployed with its baseline cadence, is capable of making a major contribution to retiring the risk of asteroid impact.

PERSONNEL NEWS

Corey Eichelberger has joined the Data Management subsystem as part of NCSA's Network Engineering and Research division; he will devote a portion of his time to supporting networking for LSST systems being constructed and operated at NCSA.  Corey comes to LSST from the University of Northern Iowa where he served as a Network Engineer for 2.5 years. 

CORPORATION NEWS

Applications are now open for the LSSTC Data Science Fellowship Program! The LSSTC DSFP is a supplement to graduate education in astronomy, intended to teach astronomy graduate students essential skills for dealing with big data. To learn more about the program please visit our website; direct link to application is here.   Application deadline is March 15, 2017. 

UPCOMING MEETINGS with LSST INVOLVEMENT

(those with asterisk* are LSSTC funded):

2017

 

February 27 – March 2  

Detecting the Unexpected: Discovery in the Era of Astronomically Big Data*, STScI, Baltimore, MD

March 6 - 8

LSST Joint Technical Meeting, Glendale, CA

March 13 - 15

Blind Analysis in High-Stakes Survey Science: When, Why, and How? *
SLAC; Menlo Park, CA

March 20 – 23

ASTRO: Time Series Analysis for Synoptic Surveys and Gravitational Wave
Astronomy, International Center for Theoretical Sciences (ICTS), Bengaluru, India

April 3 - 5

LSSTC F2F Board Meeting and Hill Visits, Washington, DC

April  6 & 7

AURA Management Council for LSST (AMCL) Meeting, Washington, DC

April 3-7

LSST DESC Hack Week *, Fermi National Accelerator Laboratory

May 1 – 3

NSF Large Facilities Workshop, Baton Rouge and Livingston, LA

May 1 – 5

AURA Board and Member Representatives Annual Meeting, Tucson, AZ

May 12 - 13

LSST Detection of Optical Counterparts of Gravitational Waves*, BNL.  Contact Morgan May for additional information. 

May 22 – 25

Infrastructure for Time Domain Science in the Era of LSST, Tucson, AZ

May 31 - June 2

Supernovae:  The LSST Revolution Workshop *, Northwestern University, Evanston, IL

June 12 – 16

Getting Ready for Doing Science with LSST Data,* IN2P3 Computing Center, Lyon, France

July 10 - 14

DESC Meeting, Dark Energy School, and Hack Day*, Brookhaven National Lab

August 14 – 18

LSST 2017 Project & Community Workshop, Tucson, AZ

November 7 – 9

AURA Workforce & Diversity Committee, La Serena, Chile


Noticias del Proyecto

Nuevas imágenes de drone drone images desde la cima de Cerro Pachón muestran el rápido progreso de la construcción de LSST. Se puede ver el Lower Enclosure circular con el Pier del telescopio al interior, el espacia para el ascensor, y el (largo y rectangular) edificio de servicios. La tercera imagen muestra la fachada blanca en el Lower Enclosure y el progreso en la fundación para el Telescopio Auxiliar. Al interior del edificio de servicios están apareciendo ventanas, el yeso y bandejas de cables se están instalando. El equipo del sitio tiene un mes para prepararse para el inicio de la instalación del Domo. En el fondo están los telescopios (I-D) SOAR, y Gemini Sur. Gracias al Gerente de Ensamblaje, Integreacion y Verificación de Telescopio & Sitio (AIV), Jacques Sebag por obtener estas imágenes durante su reciente visita.  

Un documento titulado "El Gran Telescopio de Estudio Sinóptico como una Máquina de Descubrimiento de Objetos Cercanos a la Tierra" por Lynne Jones et al. ha sido presentado a Icarus, una revista dedicada a las investigaciones del Sistema Solar. Esto completa un amplio estudio, presentado también por el Proyecto a la NASA, de las capacidades de LSST como una máquina de descubrimiento NEO/PHA. El estudio confirma que LSST, desplegado con su cadencia de referencia, es capaz de realizar una importante contribución a la eliminación del riesgo de impacto de un asteroide.

Noticias de Personal

Corey Eichelberger se ha sumado al subsistema de Gestión de Datos como parte de laRred Ingeniería y División de Investigación de NCSA; él va a dedicar una parte de su tiempo a apoyar el establecimiento de redes para sistemas LSST que están siendo construidos y operados en NCSA. Corey viene a LSST de la Universidad de Northern Iowa, donde se desempeñó como Ingeniero de Redes durante 2,5 años.  

Noticias de la Corporación

Las postulaciones están abiertas para el Programa de Becas LSSTC Data Science Fellowship Program! El LSSTC DSFP es un suplemento de educación a graduados en astronomía, dirigido a enseñar a estudiantes de astronomía graduados las habilidades esenciales para tratar con grandes volúmenes de datos. Para obtener más información sobre el programa, visite nuestro sitio web our website; el enlace directo a la postulación es aquí here.   Fecha límite de postulación es el 15 de Marzo, 2017. 

Próximas Reuniones con Participación de LSST 

(aquellos con un asterisco* son financiados por LSSTC):

2017:

 

Febrero 27-Marzo 2

Detecting the Unexpected: Discovery in the Era of Astronomically Big Data*, STScI, Baltimore, MD

Marzo 6-8

Reunión Conjunta Técnica de LSST, IPAC, Pasadena, CA

Marzo 13-15

Blind Analysis in High-Stakes Survey Science: When, Why, and How? *
SLAC; Menlo Park, CA

Marzo 20-23

ASTRO: Time Series Analysis for Synoptic Surveys and Gravitational Wave
Astronomy, International Center for Theoretical Sciences (ICTS), Bengaluru, India

Abril 3-5

Reunión de la Junta y Visitas de Hill LSSTC F2F, Washington, DC

Abril  6 & 7

Reunión Consejo de Gerencia AURA para LSST (AMCL), Washington, DC

Abril 3-7

LSST DESC Hack Week*, Laboratorio Nacional de Acelerador Fermi

Mayo 1-3

Taller de Gran Instalaciones de NSF, Baton Rouge y Livingston, LA

Mayo 1-5

Reunión Anual de la Junta de AURA y Miembros Representantes, Tucson, AZ

Mayo 12-13

LSST Detection of Optical Counterparts of Gravitational Waves*, BNL.  Contactar a Morgan May para obterner informacion adicional. 

Mayo 22-25

Infrastructure for Time Domain Science in the Era of LSST, Tucson, AZ

Mayo 31-Junio 2

Supernovae Workshop *, Northwestern University, IL

Junio 12-16

Getting Ready for Doing Science with LSST Data, Lyon, France

Julio 10-14

DESC Meeting, Dark Energy School, and Hack Day*, Brookhaven National Lab

Agosto 14-18

Taller de Proyecto & Comunidad LSST 2017, Tucson, AZ

Noviembre 7-9

Fuerza Laboral de AURA & Comité de Diversidad, La Serena, Chile

 

Pages

Financial support for Rubin Observatory comes from the National Science Foundation (NSF) through Cooperative Agreement No. 1258333, the Department of Energy (DOE) Office of Science under Contract No. DE-AC02-76SF00515, and private funding raised by the LSST Corporation. The NSF-funded Rubin Observatory Project Office for construction was established as an operating center under management of the Association of Universities for Research in Astronomy (AURA).  The DOE-funded effort to build the Rubin Observatory LSST Camera (LSSTCam) is managed by the SLAC National Accelerator Laboratory (SLAC).
The National Science Foundation (NSF) is an independent federal agency created by Congress in 1950 to promote the progress of science. NSF supports basic research and people to create knowledge that transforms the future.
NSF and DOE will continue to support Rubin Observatory in its Operations phase. They will also provide support for scientific research with LSST data.   




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