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Dr Rangi Matamua (Tūhoe) is a professor at the University of Waikato, and his research fields are Maori astronomy and star lore, Maori culture, and Maori language development, research and revitalisation. He talks about how observing sun, moon, star alignments helped our ancestors tell us when to plant, fish, when to work or not work, etc. <br />https://www.facebook.com/pg/Livingbythestars

View taken of the planet Jupiter during approach by Voyager 2 Reference S73-37822 thru S73-37824. 1. VOYAGER 2 - UNMANNED SPACECRAFT

Montgomery College is a public, multicampus community college in Montgomery County, Maryland. Montgomery College serves nearly 60,000 students a year, through both credit and noncredit programs, in more than 100 areas of study.

2020 Innovation Challenge at Northern Kentucky University. Presentation: "Astronomy Comes to You - Traveling Planetarium Program".

Every Saturday night at 9PM, Central time, members of the Dallas Amateur Radio Club, and the Texas Astronomical Society, transmit a live ASTRONOMY net on 146.880 the DARC repeater in Dallas, Texas. www.w5fc.org You can join in and listen even if you are NOT a licensed ham radio operator. This video will give you the information you need to join SKYNET on Saturday nights at 9PM - Dallas, Texas local time. www.w5fc.org Dallas Amateur Radio Club www.texasastro.org Texas Astronomical Society of Dallas www.telescopeman.org TelescopeMan blog site

Every Saturday night at 9PM, Central time, members of the Dallas Amateur Radio Club, and the Texas Astronomical Society, transmit a live ASTRONOMY net on 146.880 the DARC repeater in Dallas, Texas. www.w5fc.org You can join in and listen even if you are NOT a licensed ham radio operator. This video will give you the information you need to join SKYNET on Saturday nights at 9PM - Dallas, Texas local time. www.w5fc.org Dallas Amateur Radio Club www.texasastro.org Texas Astronomical Society of Dallas www.telescopeman.org TelescopeMan blog site

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Astronomy, like all sciences, is being revolutionized by the progress in computation and information technology. Central to this is the exponential growth of data volumes, rates, and complexity, now moving from Terascale to Petascale, with the attendant challenges of an effective knowledge extraction and discovery. These demands become much sharper as one moves from a static exploration of fixed data sets, to a dynamical, real-time exploration of massive data streams.We will illustrate some of these challenges and the scientific potential of the synergy of astronomy and computation on an example of a digital, synoptic sky survey now under way at Palomar Observatory. Systematic exploration of the time domain in astronomy spans a broad range of interesting phenomena: from potentially hazardous asteroids to cosmic explosions, and from stellar evolution to extreme relativistic physics. Computational challenges include real-time mining of massive data streams, automated event discovery, classification, dissemination, and follow-up, etc. This is a precursor and a testbed for the future facilities like the Large Synoptic Survey Telescope, which will expand further both the discovery potential and the magnitude of the technical challenges in his arena. ©2008 Microsoft Corporation. All rights reserved.

Roger Ham recaps Kepler's "New Astronomy" as intro to Book 5 of Kepler's "Harmony of the Worlds" (September 12, 2011, Philadelphia.) See "New Astronomy" page: http://science.larouchepac.com/kepler/newastronomy/newastronomy.html See "Harmony of the Worlds" page: http://science.larouchepac.com/kepler/harmony/

This paper is in the public domain in USA. Metadata comes from the CrossRef API, see full record in the source URL below.

This paper is in the public domain in USA. Metadata comes from the CrossRef API, see full record in the source URL below.

Subscribe to Astronomy Films on YouTube: https://youtube.com/channel/UC5oaFJmjdfB6jChYQMtVCKA Footage credit to NASA.

Subscribe to Astronomy Films on YouTube: https://youtube.com/channel/UC5oaFJmjdfB6jChYQMtVCKA Footage credit to NASA.

128 pages : 22 cm

128 pages : 22 cm

Astronomy 10, 002 Fall 2011

ASTRO

Astronomy • Language: Hebrew • Author: Ashur Cherry (Toronto, Canada) Hebrew Language Publications are Dedicated in Honour of Professor Binyamin Geva

Astronomy • Language: Hebrew • Author: Ashur Cherry (Toronto, Canada) Hebrew Language Publications are Dedicated in Honour of Professor Binyamin Geva

Guest: Gary Boyle, The Backyard Astronomer, Honoured by Asteroid 22406 Garyboyle. 

Learn more about your ad choices. Visit megaphone.fm/adchoices

Includes bibliographies and index

This video is part of the Earth Science for Students series, originally produced by Clearvue & SVE for classroom use. The company was absorbed into Discovery Education around 2008, and this particular DVD no longer appears to be available through any official or commercial sources. Episode 1 on Astronomy.

#shorts Vespera is the perfect combination of a telescope and camera. If you love astronomy, it will make your hobby much easier. Join our YouTube channel by clicking here: https://bit.ly/3asNo2n Find us on Instagram: https://bit.ly/3PM21xW Find us on Facebook: https://bit.ly/3t2Huvb Find us on Twitter: https://bit.ly/3wQfXzA Find us on TikTok: https://bit.ly/3wNsBOu Get the latest stories: https://interestingengineering.com/ Support IE for high-quality journalism: https://interestingengineering.com/subscribe

I made this star-stabilized looping timelapse centered on Polaris, but it looks pretty funny to have the ground spinning around the image. In this video, I give an explanation in terms of the motion of the Earth, and how you define your day. In this video: I dunno grapes Creative Commons: Attribution http://ccmixter.org/files/grapes/16626

Inspired in diverse DIY spectrometer based on DVD. The main tube has a size of 1 1/4 for telescopes. I paint mine with a black mate spray to avoid reflexes. The slit is provided in various sizes because the real size will depend on the 3D printed used. A slit of 4mm is also provided to glue a paper slit or whatever. A PDF is provided to cut the DVD into the correct shape. The DVD (or CD) should be previously pealed off with duct tape or equivalent.

This paper is in the public domain in USA. Metadata comes from the CrossRef API, see full record in the source URL below.

This paper is in the public domain in USA. Metadata comes from the CrossRef API, see full record in the source URL below.

UK Microwave Group (UKuG) member Brian Coleman G4NNS has used his 3.7m EME dish to map the galaxy – by listening to emissions from Hydrogen at 21cm (1.4GHz). A discussion of the hardware & software needed as well as some results are included. . - Recorded from the online UKuG talk on Wednesday 14-April 2021

WAC Astronomy andation 01

WAC Astronomy andation 01

WAC Astronomy andation 01

WAC Astronomy andation 01

WAC Astronomy andation 01

WAC Astronomy andation 01

ADVERTISE HERE ►https://www.lagunawoodsvillage.com/amenities/media-services MORE INFORMATION ► http://www.lagunawoodsvillage.com Welcome to Laguna Woods Village - Where New Adventures Begin. For more than five decades, Laguna Woods Village has been Southern California’s premier active lifestyle community for people 55 and older. Just 10 minutes from the beautiful Laguna Beach coastline, the Village is nestled on 3.8-square miles of rolling hillsides in Orange County, California. It's easy to embrace the Village's countless activities, services, amenities and social opportunities. Our 18,500 residents enjoy endless opportunities to explore, connect and live life to the fullest in this picturesque South County community. The community owns and operates its own cable television network. Village Television provides daily local origination programming to the Laguna Woods Village community, covering community news, highlights of community events, feature stories, and entertainment programs, as well as live broadcasts of homeowner’s association meetings and live broadcasts of the Laguna Woods City Council meetings on Channel 31.

ADVERTISE HERE ►https://www.lagunawoodsvillage.com/amenities/media-services MORE INFORMATION ► http://www.lagunawoodsvillage.com Welcome to Laguna Woods Village - Where New Adventures Begin. For more than five decades, Laguna Woods Village has been Southern California’s premier active lifestyle community for people 55 and older. Just 10 minutes from the beautiful Laguna Beach coastline, the Village is nestled on 3.8-square miles of rolling hillsides in Orange County, California. It's easy to embrace the Village's countless activities, services, amenities and social opportunities. Our 18,500 residents enjoy endless opportunities to explore, connect and live life to the fullest in this picturesque South County community. The community owns and operates its own cable television network. Village Television provides daily local origination programming to the Laguna Woods Village community, covering community news, highlights of community events, feature stories, and entertainment programs, as well as live broadcasts of homeowner’s association meetings and live broadcasts of the Laguna Woods City Council meetings on Channel 31.

This paper is in the public domain in USA. Metadata comes from the CrossRef API, see full record in the source URL below.

This paper is in the public domain in USA. Metadata comes from the CrossRef API, see full record in the source URL below.

This paper is in the public domain in USA. Metadata comes from the CrossRef API, see full record in the source URL below.

Hey all, welcome to a new and dangerously nerdy series where we talk about Warframe's approach to real-life space science. We'll be going over what things are like in real life, what they're like in-game, and what lore explains the differences. For our debut episode, we're looking at the closest planet to the sun and the first of the terrestrial planets: Mercury. Discord: https://discord.gg/EaVWQ6Zg8e Funny art goat: https://www.youtube.com/@RingAroundMeReal Astronomy of Warframe playlist: https://www.youtube.com/playlist?list=PLwulkCTyIXlJrHe7ooPtmU4IGW8U_fJtM This video was made with material licensed under the Attribution-ShareAlike 3.0 license, which can be found here: https://creativecommons.org/licenses/by-sa/3.0/ This video was made in part with SpaceEngine: https://spaceengine.org/ Further reading: https://photojournal.jpl.nasa.gov/mission/MESSENGER https://messenger.jhuapl.edu/Explore/Images.html https://science.nasa.gov/mission/mariner-program/ CHAPTERS Intro - 0:00 Enter Mercury - 0:51 Mercury Missions - 1:33 Mercury's Orbit - 2:53 Mercury's Geology - 5:38 Mercury's Exosphere - 8:48 Mercury End - 10:12 Mercury Node Names - 10:18 Mercury Codex - 14:38 CoolKid's Theory - 15:11 Skybox Analysis - 16:30 Tileset Exploration - 17:58 Infested Presence - 19:55 Outro - 20:30 MUSIC Galaxy Map - Mass Effect 3 The Step Below Hell - DM DOKURO Initial Descent - AM2R Treasures Within the Abomination - DM DOKURO Grineer Ambience - Warframe Enceladus Prime - Delta V: Rings of Saturn