Cool Stars 18 Coming to Lowell, Flagstaff in 2014

One of the largest and most prestigious astronomy conferences is coming to Flagstaff in 2014.

Lowell Observatory and its hometown, Flagstaff, Arizona, were recently selected to host the next "Cambridge Workshop on Cool Stars, Stellar Systems, and the Sun", also known as Cool Stars. This biennial conference began in Cambridge, Massachusetts, in 1980, and is now held at locales around the world.

Cool Stars 18 will take place at the High Country Conference Center, June 8-14, 2014. More than 400 astronomers from around the world are expected to be in attendance. Journalists will be offered complimentary press registration; details will be provided in a future advisory.

"This is a major feather in Flagstaff's cap," says the Observatory's director, Dr. Jeffrey Hall. "From modest beginnings, Cool Stars has grown to become one of the more substantial astronomical conferences, with international renown that attracts the world's top researchers in the field. We're delighted to have them here for a week sharing all the latest discoveries and enjoying everything Flagstaff and northern Arizona have to offer."

Cool Stars gathers worldwide experts in low-mass stars, solar physics and exoplanets, creating a stimulating cross-disciplinary exchange environment in these fields. Cool Star meetings have a long tradition of presenting cutting-edge science, as shown by outstanding results such as the discovery of the first extrasolar planet, or exoplanet, and the first confirmed brown dwarf, which were both first announced at Cool Stars 9 in Florence, Italy in 1995. Lowell astronomer Gerard van Belle is chairing Lowell's Cool Stars effort. "It is a real honor to have been competitively selected to host this prestigious meeting series," Dr. van Belle said. "It says a lot about how Lowell is viewed with high esteem in the world astronomy community."

Since 1993, Cool Stars hosts have alternated across the Atlantic; previous Cool Stars venues include Athens, GA; Barcelona, Spain; Boulder, CO (2 times); Cambridge, MA (4 times); Florence, Italy; Hamburg, Germany; Pasadena, CA; Santa Fe, NM; Seattle, WA (2 times); St. Andrews, Scotland; Tenerife, Spain; and Tucson, AZ.

Cool Stars 17 (CS17) was held this year in Barcelona, Spain. Dr. Mercedes Lopez-Morales, the chairwoman of CS17, noted, "The selection committee in Barcelona was thrilled by Lowell's proposal to organize Cool Stars 18 in Flagstaff. The combination of science and location were just perfect."

Contact: Tom Vitron Media and Communications Coordinator +1 928-233-3260 tvitron@lowell.edu

Lowell Observatory (http://www.lowell.edu) is a private, non-profit research institution founded in 1894 by Percival Lowell. The Observatory has been the site of many important findings including the discovery of the large recessional velocities (redshift) of galaxies by V. M. Slipher in 1912-1914 (a result that led ultimately to the realization the universe is expanding), and the discovery of Pluto by Clyde Tombaugh in 1930. Today, Lowell's 20 astronomers use ground-based telescopes around the world, telescopes in space, and NASA planetary spacecraft to conduct research in diverse areas of astronomy and planetary science. The Observatory welcomes about 80,000 visitors each year to its Mars Hill campus in Flagstaff, Arizona for a variety of tours, telescope viewing, and special programs. Lowell Observatory currently has four research telescopes at its Anderson Mesa dark-sky site east of Flagstaff, and recently completed a four-meter class research telescope, the Discovery Channel Telescope.

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Cool Stars 18 Coming to Lowell, Flagstaff in 2014

ON Semiconductor’s Advanced CMOS Process Expertise Enables Groundbreaking Image Sensor for Astronomy

PHOENIX--(BUSINESS WIRE)--

ON Semiconductor (Nasdaq: ONNN), driving innovation in energy efficiency, has collaborated with Teledyne Imaging Sensors to manufacture an Extremely Large Stitched Read Out Integrated Circuit (ELS ROIC) for astronomy. The H4RG-15 image sensor, designed by Teledyne, is the latest generation of a 20-year effort sponsored by the National Science Foundation, the National Aeronautics and Space Administration, and Teledyne internal funding to develop increasingly larger and more powerful infrared sensors for astronomical research.

The 16 megapixel H4RG-15, which consists of Teledynes HgCdTe detector material hybridized to a CMOS readout circuit, is the largest sensor ever produced for infrared astronomy. An enabling technology in the development of the H4RG-15 is the ability to fabricate and reliably yield the 63 mm x 63 mm stitched CMOS ROIC using ON Semiconductors proprietary 180 nanometer process technology. The ROIC is so large that only four die fit onto a 200 mm wafer.

The high yield for these ELS ROICs can be attributed to the expertise and yield improvement efforts made by ON Semiconductors wafer fabrication team in collaboration with its Custom Foundry Division. The H4RG-15 readouts were manufactured at ON Semiconductors wafer manufacturing facility located in Gresham, Oregon. With this project, ON Semiconductor has demonstrated that it can successfully produce the H4RG-15 with the yield required for this next generation sensor.

The H4RG-15 sensor has been installed at the University of Hawaiis observatory on Mauna Kea to confirm the performance of the sensor under telescope observing conditions. The resolution with which images can be captured using this new sensor system represents a major step forward in the progression of IR astronomy, said Dr. Donald Hall of the Institute for Astronomy at the University of Hawaii, who is the principal investigator for the NSF-funded H4RG-15 development program.

The H4RG-15 is the next step in the highly successful HxRG family of image sensors that Teledyne has developed and delivered to the leading astronomical observatories, on ground and in space, including the Hubble Space Telescope, the James Webb Space Telescope, and every major ground-based observatory.

The H4RG-15 is critical to the next generation of ground-based telescopes. The 30-meter class Extremely Large Telescopes (ELTs) and future space missions will be designed around the H4RG-15, stated Richard Blank, Teledynes senior program manager for the H4RG-15. We greatly value our partnership with ON Semiconductor, which has been critical to the successful development of the H4RG-15, added James Beletic, Vice President of Space & Astronomy at Teledyne Imaging Sensors.

The success of the H4RG-15 ROIC is an important validation of the capabilities of our companys foundry services in addition to our process capabilities in CMOS imaging, adds Rocke Acree, Business Unit Manager, Custom Foundry Division at ON Semiconductor. The H4RG-15 ROIC produced for Teledyne Imaging Sensors is one of the largest CMOS chips ever made. The innovative stitching process ON Semiconductor utilized for the project enables the production of sensors with far greater physical size to be developed from smaller building blocks. It demonstrates both the versatility and the depth of the technical capabilities we can offer to the market, for even the most demanding of application requirements.

For more information about ON Semiconductors foundry services visit http://www.onsemi.com/customfoundry

About ON Semiconductor

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ON Semiconductor’s Advanced CMOS Process Expertise Enables Groundbreaking Image Sensor for Astronomy

African-European radio astronomy partnership to benefit both continents

THE African-European Radio Astronomy Platform, launched earlier this month, is "the right way to co-operate with Africa in partnership not only on the basic needs of the African people, but going a step further to a new generation of aid to development countries", says European Parliament member Maria da Graa Caravalho.

Earlier this year, the European Parliament adopted the Written Declaration 45/2011 on "Science Capacity Building in Africa: Promoting European-African Radio Astronomy Partnerships".

In May this year, South Africa was selected to host 70% of the Square Kilometre Array (SKA), which will be the biggest radio telescope in the world.

The SKA also includes satellite radio astronomy stations in eight African partner countries Botswana, Ghana, Kenya, Madagascar, Mauritius, Mozambique, Namibia and Zambia.

Also, African countries are converting their old and decommissioned telecommunications dishes into radio astronomy telescopes, with the goal of forming an African network of telescopes. This network, dubbed the African VLBI Network, is independent of South Africas bid to host the SKA.

The VLBI network makes use of very long baseline interferometry a radio astronomy technique that involves observing a single object through several telescopes simultaneously, so that all the telescopes act as one big telescope.

At present, the 26m Hartebeesthoek radio telescope is the only African telescope plugged into the European VLBI network, which is about 7,000km away. The Gauteng-based observatory has been doing VLBI measurements since the 1960s. As part of the European network, South Africa measures continental drift, which is critical for measuring polar motion and the absolute reference point for Global Positioning System stations in Southern Africa.

The partnership aims to be a "vehicle for societal changes and science awareness in Europe and Africa", says Domingos Barbosa, a member of the platform working at the Theoretical Physics Centre at the University of Porto, Portugal.

"The launch of the African-European Radio Astronomy Platform group in the European Parliament is a very important moment due to the relevance of the project," says Ms da Graa Caravalho. "The project is relevant to both European and African counterparts for the advancement of science and capacity building in Africa, especially capacity building in (areas that) will have a real impact on peoples lives from energy (and) space to medicine."

Mr Barbosa says he "cant think of many projects with such a wide impact (as the SKA and the African VLBI Network)".

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African-European radio astronomy partnership to benefit both continents

NRAO Scientist Named Editor of Respected Astronomy Journal

Jeffrey Mangum, a scientist at the National Radio Astronomy Observatory (NRAO) headquarters in Charlottesville, Virginia, has been appointed Editor of the Publications of the Astronomical Society of the Pacific (PASP), a peer-reviewed scientific journal. The tenth editor in PASP's 125-year history, Mangum will continue in his position on the NRAO's scientific staff, where he has worked fulltime since 1994.

PASP is a publication of the Astronomical Society of the Pacific (ASP), a nonprofit education and outreach organization headquartered in San Francisco. The journal occupies a position in astronomical literature that appeals to Mangum. "I specialize in developing advanced astronomical instrumentation, and PASP is one of the top places for instrument and software developers in astronomy to rigorously document and disseminate their contributions to the field," he said.

Mangum also leads the NRAO summer student program and contributes to other educational and outreach activities at the Observatory, activities well-aligned with the ASP's goal to advance science literacy through astronomy.

"PASP is the only peer-reviewed scientific journal specializing in astrophysical research that commits all of its net income to the advancement of science education," Mangum continued. "It is great to know that in my work as editor I will be contributing to ASP's education mission."

Commenting on Dr. Mangum's appointment, ASP Executive Director Jim Manning said, "We are delighted to have a scientist of Jeff's experience and professional stature at the editorial helm of PASP. With the tremendous resurgence that radio astronomy is enjoying through the new telescopes that NRAO is bringing on-line, it's a fitting time to welcome our first-ever PASP editor from the radio astronomy community."

Mangum succeeds Paula Szkody of the University of Washington, who has edited PASP since 2005.

Founded in 1889 in San Francisco, the ASP is a 501(c)(3) nonprofit organization with a mission to increase the understanding and appreciation of astronomy--by engaging scientists, educators, enthusiasts and the public--to advance science and science literacy. The ASP publishes both scholarly and educational materials, conducts professional development programs for formal and informal educators, and holds conferences, symposia and workshops for astronomers and educators specializing in education and public outreach. The ASP's programs are funded by individual donors and members, corporations, foundations, the National Science Foundation and NASA among others.

Contacts: John Stoke +1-434-244-6816 jstoke@nrao.edu

Kathryn Harper +1- 415-715-1406 kharper@astrosociety.org

National Radio Astronomy Observatory (NRAO) http://www.nrao.edu

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NRAO Scientist Named Editor of Respected Astronomy Journal

Astronomy – When Life Began {Trance} – Video


Astronomy - When Life Began {Trance}
Buy here : astronomymusic.bandcamp.com - Astronomy http://www.facebook.com http://www.soundcloud.com astronomymusic.bandcamp.com - Foreign http://www.facebook.com soundcloud.com One half of Foreign Distortion "Astronomy" with a Trance track named "When Life Began". Soft intro with an intense build, and an uplifting chorus, a long with a mellow breakdown. This is one of Astronomy #39;s tracks from July 2012, since then we have learned more more about audio production. Currently, we are both in production for a lot of new tracks under the name "Foreign Distortion". There will be Drum Bass, Electro House, Dubstep, and many more genres to entertain.From:ForiegnDistortionViews:0 0ratingsTime:06:38More inMusic

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copernicus to newton.mp4 – Video


copernicus to newton.mp4
Modern European history, from an earth-centered universe to sun-centered universe Table of Contents: 00:05 - The Scientific Revolution 00:14 - Rembrandt, The Anatomy Lesson of Dr. Tulp 01:45 - The Scientific Revolution: what was the relationship between astronomy and astrology in the 16th century? 05:34 - Copernicus Rejects an Earth-Centered Universe 05:34 - Kepler Make New Scientific Observations 05:35 - Galileo 09:02 - Galileo Argues for a Universe of Mathematical Laws 09:03 - Sir Isaac NewtonFrom:David StarrViews:1 0ratingsTime:11:30More inEducation

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ESOcast 44: Changing Views — Special 50th anniversary episode #4 [HD] – Video


ESOcast 44: Changing Views mdash; Special 50th anniversary episode #4 [HD]
Leading up to ESO #39;s 50th anniversary in October 2012, we are releasing eight special ESOcasts, each a chapter from the movie Europe to the Stars mdash; ESO #39;s First 50 Years of Exploring the Southern Sky. ESOcast 44 mdash; entitled Changing Views mdash; is the fourth special episode of this series. Since its birth, fifty years ago, ESO has helped to improve our knowledge of the Universe by means of successive generations of powerful optical ground-based telescopes. But there are other ways to collect the light from distant objects. In this episode, we discover how ESO has helped astronomers to explore the Universe at longer wavelengths, such as the infrared and radio regimes. The human eye is only sensitive to a small part of the electromagnetic spectrum. We are not able to see light with wavelengths longer than red, or shorter than violet. But by observing the sky at longer wavelengths, astronomers are able to detect objects too cool to emit visible light and those hidden by dust. This has revolutionised the study of the dark clouds of gas and dust where stars and planets are born. ESO astronomers have been exploring the Universe at infrared wavelengths for the past thirty years, from the first small and inefficient detectors to the powerful infrared telescopes of today, such as the Visible and Infrared Survey Telescope for Astronomy (VISTA), located at ESO #39;s Paranal Observatory in northern Chile. Also in northern Chile, on the Chajnantor Plateau, 5000 metres above sea level, the ...From:TheMarsUndergroundViews:8 1ratingsTime:08:10More inScience Technology

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ESOcast 44: Changing Views — Special 50th anniversary episode #4 [HD] - Video

Eyes on the Sky: Nov 26 thru Dec 2 – Video


Eyes on the Sky: Nov 26 thru Dec 2
Mercury, Venus and Saturn, oh my! Check out the two inner planets along with the ringed on in the morning, and don #39;t miss Jupiter near the Moon mid-week. See what #39;s up in the night sky every week with "Eyes on the Sky" videos, astronomy made easy.From:eyesontheskyDOTcomViews:0 17ratingsTime:05:30More inScience Technology

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Eyes on the Sky: Nov 26 thru Dec 2 - Video

ESOcast 45: Reaching Out — Special 50th anniversary episode #5 [HD] – Video


ESOcast 45: Reaching Out mdash; Special 50th anniversary episode #5 [HD]
Leading up to ESO #39;s 50th anniversary in October 2012, we are releasing eight special ESOcasts, each a chapter from the movie Europe to the Stars mdash; ESO #39;s First 50 Years of Exploring the Southern Sky. ESOcast 44 mdash; entitled Changing Views mdash; is the fourth special episode of this series. Since its birth, fifty years ago, ESO has helped to improve our knowledge of the Universe by means of successive generations of powerful optical ground-based telescopes. But there are other ways to collect the light from distant objects. In this episode, we discover how ESO has helped astronomers to explore the Universe at longer wavelengths, such as the infrared and radio regimes. The human eye is only sensitive to a small part of the electromagnetic spectrum. We are not able to see light with wavelengths longer than red, or shorter than violet. But by observing the sky at longer wavelengths, astronomers are able to detect objects too cool to emit visible light and those hidden by dust. This has revolutionised the study of the dark clouds of gas and dust where stars and planets are born. ESO astronomers have been exploring the Universe at infrared wavelengths for the past thirty years, from the first small and inefficient detectors to the powerful infrared telescopes of today, such as the Visible and Infrared Survey Telescope for Astronomy (VISTA), located at ESO #39;s Paranal Observatory in northern Chile. Also in northern Chile, on the Chajnantor Plateau, 5000 metres above sea level, the ...From:TheMarsUndergroundViews:13 1ratingsTime:09:02More inScience Technology

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ESOcast 45: Reaching Out — Special 50th anniversary episode #5 [HD] - Video

Astronomy, Jurassic Band – Video


Astronomy, Jurassic Band
Jurassic Band, Live Rock Live at Psi; upsilon; chi; iota; alpha; tau; rho; epsilon; #943; omicron;, 24/11/2012 Astronomy, Blue Oyster Cult Takis Makris (Guitar, Vocals) Christos Sigalos (Vocals) Petros Fronistas (Bass) Chistina Makri (Vocals) Christos Kourasis (Drums) http://www.facebook.comFrom:Christina MakryViews:1 0ratingsTime:06:33More inMusic

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11 25 2012 – Video


11 25 2012
11 25 2012 - The We-zard flies - - brought to you by - bernie@nepper.org - http://www.nepper.org YOUTUBE chans guys you need to watch bernienepper http://www.youtube.com whatnextjoe http://www.youtube.com aniful100 http://www.youtube.com brandon geiger http://www.youtube.com say what ? ? LINKS AS DISCUSSED --- ViHart collaboration video: http://www.youtube.com Ebay Auction: CLOSED Blog about brown paper: periodicvideos.blogspot.co.uk Facebook: http://www.facebook.com Twitter: twitter.com Brady #39;s other channels include: http://www.youtube.com (Chemistry stuff) http://www.youtube.com (Physics and astronomy) http://www.youtube.com (Space stuff) http://www.youtube.com (Science and behind the scenes) http://www.youtube.com (Food science) http://www.youtube.com (Big science facilities) http://www.youtube.com (Favourite scientists) http://www.youtube.com (Academic look at the Bible) http://www.youtube.com (Modern language and culture) http://www.youtube.com (Philosophy stuff)From:bernienepperViews:0 0ratingsTime:00:56More inEducation

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ESOcast 46: Catching Light — Special 50th anniversary episode #6 [HD] – Video


ESOcast 46: Catching Light mdash; Special 50th anniversary episode #6 [HD]
Leading up to ESO #39;s 50th anniversary in October 2012, we are releasing eight special ESOcasts, each a chapter from the movie Europe to the Stars mdash; ESO #39;s First 50 Years of Exploring the Southern Sky. ESOcast 46 is the sixth special episode of this series. It describes how state-of-the-art cameras and spectrographs help ESO #39;s powerful telescopes collect and analyse the faint light from the distant Universe. Without these instruments, ESO #39;s eyes on the sky would be blind. Today #39;s astronomical images are very different from those from the 1960s. Back then, astronomers used large photographic glass plates, which were not very sensitive and hard to handle. Nowadays, ESO #39;s telescopes use some of the largest and most sensitive electronic detectors in the world. They catch almost every cosmic photon and recover almost every possible bit of information. For instance, the VLT Survey Telescope #39;s camera mdash; OmegaCAM mdash; has 32 detectors, which team up to produce spectacular images of the Universe, each with an impressive 268 million pixels. But astronomy is not only about taking breathtaking images. Astronomers are always after as much information as possible so they need to dissect the starlight into its component colours to study its composition. Spectroscopy is one of the most powerful tools in astronomy and ESO #39;s telescopes also have some of the world #39;s most powerful spectrographs, such as the powerful X-shooter at the Very Large Telescope. Spectroscopy allows astronomers to infer ...From:TheMarsUndergroundViews:6 1ratingsTime:10:56More inScience Technology

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ESOcast 46: Catching Light — Special 50th anniversary episode #6 [HD] - Video

ASTRONOMY 301 Extra Credit Project ("I am the Light"/ music video for "Jim Cain") – Video


ASTRONOMY 301 Extra Credit Project ("I am the Light"/ music video for "Jim Cain")
Video I made for my Astronomy class connecting scientific facts with spiritual truths..i kind of left the interpretation up to the viewer, but the song does help explain some ideas of the video music: Bill Callahan - "Jim Cain" John Lennon - "Instant Karma" directed/edited/filmed by Nader Ibrahim acting by Felipe Manzo shot on a canon Hv40From:TermiNader5Views:2 0ratingsTime:05:55More inEducation

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ASTRONOMY 301 Extra Credit Project ("I am the Light"/ music video for "Jim Cain") - Video

Cosmography – Wiki Article – Video


Cosmography - Wiki Article
Cosmography is the science that maps the general features of the cosmos or universe, describing both heaven and Earth (but without encroaching on geography or astronomy). The 14th century work #39;Aja #39;i... Cosmography - Wiki Article - wikiplays.org Original @ http All Information Derived from Wikipedia using Creative Commons License: en.wikipedia.org Author: Unknown Image URL: en.wikipedia.org ( This work is in the Public Domain. )From:WikiPlaysViews:0 0ratingsTime:02:57More inEducation

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Mahajyothis Foundation.mp4 – Video


Mahajyothis Foundation.mp4
Mahajyothis Foundation has been launched for the propagation and protection of Sanathana Dharma of ancient Bharathiya culture. The very idea behind the inception of Mahajyothis Foundation is to protect and bequeath to the posterity the great and precious philosophies, science and the thoughts of great heredities of Bharath like Vedas, Upanishdas, Puranas, Ithihasas, Sub-Vedas like Sthapathya Vedas (Science of Vasthu), Astronomy, Yoga and Ayurveda which were discussed, developed and dedicated to the mankind by great sages of Bharath. The activities of Mahajyothis Foundation are being supervised by great scholars like His Highness Uthradam Thirunal Marthanda Verma, Her Highness Poooyam Thirunal Gowri Bai Thamburatti, Brahma Shri Sooryan Subramanian Bhattathirippad,, Brahma Shri Kanippayyoor Krishnan Nambothirippad, Brahma Shri Kanippayyoor son Krishnan Namboothirippad, Brahma Shri Kanippayyoor Narayanan Namboothirippa and Brahma Shri Madhavan Namboothiri.From:MAHAJYOTHISViews:0 0ratingsTime:12:06More inNonprofits Activism

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