SDP 2007
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The document proposes designing an environment in a rural area to support astronomical observation and education. It would involve constellations represented by LEDs on the ground, an interactive robot named Orbie Star to provide information, and Lumalive scarves that play music related to stars. Users could learn about and locate constellations using their mobile phones and these interactive tools.
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ILO-1 Moon South Pole: A new frontier as exciting and enriching as Humans on Mars or trillion dollar asteroids, and much closer in space and time.
Pursuing a series of Moon-based observatory missions to complement Earth-based and Space-based astronomy, ILOA seeks to advance Galaxy Imaging for 21st century astronomy education with its ILO-1 primary mission 2-meter radio antenna to Malapert Mt. 86°S 2.7°E near the Moon’s South Pole, with an ILO-X precursor mission aboard a GLXP lander, and with a Human Service Mission to the ILO-1 / robotic village new world frontier.
ILOA is also collaborating with the National Astronomical Observatories – Chinese Academy of Sciences (NAOC) Lunar Ultraviolet Telescope (LUT) at Mare Imbrium 44°N 20°W aboard the China Chang’e-3 Moon Lander, the first spacecraft to land on the Moon in almost 40 years and the only spacecraft operating on the lunar surface. Conducting science-driven and education-based Astronomy from the Moon via LUT is a foundational success of international cooperation on which the ILOA intends to build.
More than 40 years since the Far Ultraviolet Camera / Spectrograph operated on the Descartes Highlands by NASA Apollo 16 Commander and ILOA Board of Director Emeritus John Young in April 1972, ILOA is drawing together resources from across the planet to reclaim the cosmic revolution of Humanity as a Multi World Species.
The 7th Edition of ILOA’s stellar “Galaxy Map” is now being distributed to high school teachers and other educators around the world, designed for use in every class with maps of the world and Solar System.
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Ch. 21 Exploring Space 2010
The document summarizes key concepts about exploring space through electromagnetic radiation and telescopes. It discusses how light from distant stars and galaxies takes years to reach Earth, and how different types of telescopes like optical and radio telescopes are used to observe electromagnetic radiation from space. Important space exploration missions and discoveries are also outlined, like the Voyager probes, Galileo probe, Apollo moon landings, the space shuttle program, and the International Space Station.
Galaxy Forum Hawaii 2011 Hilo - Phil Merrell
The document discusses the International Lunar Observatory Association (ILOA), a Hawaii-based non-profit dedicated to establishing observatories on the Moon. ILOA has 3 main missions: ILO-1 to establish an observation outpost at the lunar south pole by 2014; a precursor mission by 2014; and a future human service mission. ILOA also organizes annual Galaxy Forums around the world to advance space education and aims to extend Hawaii's leadership in astronomy to the Moon.
Astronomy group-1
The document discusses various tools and measures used in astronomy. It describes telescopes like radio telescopes, x-ray telescopes, gamma ray telescopes, and reflecting telescopes like the Hubble Space Telescope. It also discusses astrolabes and spectroscopes. For units of measure, it outlines the astronomical unit of time as days, units of mass as solar masses and Jupiter masses, and the astronomical unit of length as approximately 149,597,870,700 meters.
Chapter 22 – astronomical technology
The document summarizes different types of telescopes and space probes used to explore the universe, and some of their key contributions. It discusses radio, infrared, visible light, ultraviolet, X-ray, and gamma ray telescopes, as well as notable space telescopes like Hubble and the upcoming James Webb Space Telescope. It also outlines various space probes sent to study planets, moons, comets and more, providing images to advance scientists' understanding of the solar system. Finally, it lists some technologies that were developed for space exploration but later found applications on Earth.
Gf canada2011 iloa
The document summarizes plans for the International Lunar Observatory Association (ILOA) and its proposed International Lunar Observatory (ILO) project. The ILOA aims to establish a first light imaging program at the lunar south pole to observe galaxies and search for life. Its proposed ILO facility would be located at Malapert Mountain and conduct astrophysical research, communications, and serve as an educational resource for 21st century space exploration. The ILOA is based in Hawaii and working with international partners towards developing precursor missions and achieving its first polar mission by 2013.
Gf canada2011 iloa
The document summarizes plans for the International Lunar Observatory Association (ILOA) including three planned missions - ILO-1 Polar Mission to be located at Malapert Mountain, ILO-X precursor mission, and a future ILO Human Service Mission. It provides details on the objectives and imaging capabilities of the planned ILO including using it to conduct the first galaxy imaging program from the lunar surface. It also discusses potential commercial uses of extra bandwidth from ILO communications including a space calendar broadcast and internet services from the lunar surface.
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Here are potential responses to the questions:
We are afraid of an asteroid impacting Earth on April 13, 2036. We call the object that might impact a Near-Earth Object (NEO).
The chances of an impact depend on the size and orbit of the NEO, but large impacts are very rare - only happening every few hundred thousand years. Most NEOs will pass Earth at a safe distance.
If a large asteroid did impact, the consequences could be severe depending on its size - ranging from significant regional damage to potential global climate change and mass extinctions if large enough.
We can monitor NEOs using telescopes to understand their orbits and impact chances. If an impact was predicted, we
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- 2. The brief of this project is the requalification of an area located in the rural zone of VILLE DI CORSANO (SIENA). At the same time we aim at creating an appropriate place to disclose astronomic events and observe stars.
- 10. We evaluate the concept through envisioning scenario with the stakeholders.
- 11. We’ve developed the final scenario and we’ve done the storyboard based on it.
- 12. Design an environment which supports both scientific dissemination of content about astronomy and the enjoyment of astronomical observations. By walking in the park the constellations reveal themselves to the users.
- 13. VIRGO BOOTE URSA MAJOR URSA MINOR CYGNUS LYRA AQUILA
- 15. The system is composed by three main tools: Mobile phone : orient, pointing, bookmarking. Orbie : deepening astronomy contents through other disciplines (such as mythology, history, music, etc.). Lumalive foulard : visualizing, reproducing music related to stars.
- 18. STEP 1 The users can orientate themselves through the map on their mobile phone to find the constellations that are represented by LEDs placed on the ground. Professor Millucci suggest us about the most visible constellations in the summer.
- 21. STEP 2 The interaction with the Orbie exploit the phisical affordances of Orbie shape and the content are represented according to information disclosure design principles.
- 22. STEP 3 Users are able to select the stars with their mobile phone. With Laser Orbie Star helps them to find the stars.
- 24. The selection activity is divided in 3 step: 1. Choose your desired constellation and begin to select the first star. 2. Selecting the remains stars of the constellation thanks to the minispeakers’s guidance. 3. Finishing the selection and hear the constellation’s story.
- 26. To improve and refine the design of the interaction with Orbie by taking advantage of it’s phisical properties.
- 27. Andrea Marco Isabella Letizia Bahareh Matteo Thanks for your attention! Liason: Antonio Rizzo Elisa Rubegni Erik Gronvall