
Gaia-FUN-SSO: a network for Solar System transient Objects
... We organized also a campaign for the observation of 99942 Apophis in March 2012 which was the first step of a longer campaign spanning up to March 2013. This asteroid is a famous PHA intensively studied since its discovery in 2004. Every new period of observation must not be lost and the Gaia-FUN-SS ...
... We organized also a campaign for the observation of 99942 Apophis in March 2012 which was the first step of a longer campaign spanning up to March 2013. This asteroid is a famous PHA intensively studied since its discovery in 2004. Every new period of observation must not be lost and the Gaia-FUN-SS ...
The Making of the Chandra X - ray Observatory
... Loss of two mirrors z Ultimately “loss” of AXAF-S z ...
... Loss of two mirrors z Ultimately “loss” of AXAF-S z ...
Wide field telescope using spherical mirrors
... a telescope with 36-m primary mirror and 15-m secondary mirror. The 3° field of view extends over a 7 meter focal surface. The spherical aberration from this system is large (about 2 arc minutes), but many small fields are fully corrected locally using pairs of off-axis mirrors, each are 120 mm diam ...
... a telescope with 36-m primary mirror and 15-m secondary mirror. The 3° field of view extends over a 7 meter focal surface. The spherical aberration from this system is large (about 2 arc minutes), but many small fields are fully corrected locally using pairs of off-axis mirrors, each are 120 mm diam ...
Convex and Concave Lenses
... Lenses and Light • Lenses are curved pieces of glass that can be convex or concave. • Concave lenses cause light rays to spread out (diverge). • Convex lenses cause light to come together (converge) to a focal point. ...
... Lenses and Light • Lenses are curved pieces of glass that can be convex or concave. • Concave lenses cause light rays to spread out (diverge). • Convex lenses cause light to come together (converge) to a focal point. ...
PPT - LSC
... Motivation to DECIGO comes from extra solar planets • Many extra solar planets are found using many absorption lines (~5000) of nearby G type stars since small orbital motion up to 10m/s can be measured • Loeb (1998) proposed to apply this techniques to many QSO absorption lines so that two observa ...
... Motivation to DECIGO comes from extra solar planets • Many extra solar planets are found using many absorption lines (~5000) of nearby G type stars since small orbital motion up to 10m/s can be measured • Loeb (1998) proposed to apply this techniques to many QSO absorption lines so that two observa ...
Joint Service General Purpose Mask (JSGPM) - Fosta
... – Processing conditions – Increases Resolution ...
... – Processing conditions – Increases Resolution ...
Replace this sentence with the title of your abstract
... The latest design of the telescope has an aperture of 10cm and it can detect about 25 stars brighter than stellar magnitude m = 11 with a sufficient signal to noise relation by 40 seconds of o integration. The field of view of the telescope is 1 and it is assumed the telescope will be placed directl ...
... The latest design of the telescope has an aperture of 10cm and it can detect about 25 stars brighter than stellar magnitude m = 11 with a sufficient signal to noise relation by 40 seconds of o integration. The field of view of the telescope is 1 and it is assumed the telescope will be placed directl ...
Learning Outcomes for GSUSA Camp Activities
... Objective: Explain, and understand, the relative distances and motion of planets in our Solar System. Activity: Simulate the motions of planets in the night sky over time. 1. Explain why planets are not always found in the same constellation. 2. Explain why some planets “appear” to move in the sky f ...
... Objective: Explain, and understand, the relative distances and motion of planets in our Solar System. Activity: Simulate the motions of planets in the night sky over time. 1. Explain why planets are not always found in the same constellation. 2. Explain why some planets “appear” to move in the sky f ...
SPACE Section 8-STARS- OBSERVING CONSTELLATIONS
... appear to move across the sky nightly, and different stars can be seen at different seasons. Students know telescopes magnify the appearance of some distant objects in the sky, including the Moon and the planets. The number of stars that can be seen through telescopes is dramatically greater than th ...
... appear to move across the sky nightly, and different stars can be seen at different seasons. Students know telescopes magnify the appearance of some distant objects in the sky, including the Moon and the planets. The number of stars that can be seen through telescopes is dramatically greater than th ...
Star Testing Your Telescope - Backyard Astronomer`s Guide
... diffraction rings look brighter than in perfect optics. 2. On-Axis Astigmatism If the lens or mirror is ground so that it is not rotationally symmetrical, the result is an extra-focal diffraction disk that might appear elliptical. Its axis flips 90° from one side of focus to the other. In focus, sta ...
... diffraction rings look brighter than in perfect optics. 2. On-Axis Astigmatism If the lens or mirror is ground so that it is not rotationally symmetrical, the result is an extra-focal diffraction disk that might appear elliptical. Its axis flips 90° from one side of focus to the other. In focus, sta ...
... of about 10 arc minutes and the CCD has one of about 8x11 arc minutes). Technically, in order to use the hi-precision pointing option it is helpful to use an illuminated reticle eyepiece. But you can also use the CCD or equivalently a 6.4 mm eyepiece. It is not at all necessary that you use this opt ...
Quiz # 3
... d. making a blackbody curve and finding the wavelength of the peak (maximum) e. measuring the intensity of radio waves the star gives off 2. The most important function of an astronomical telescope is to: a. pierce through the clouds so a cloudy night is not wasted b. bring distant objects closer by ...
... d. making a blackbody curve and finding the wavelength of the peak (maximum) e. measuring the intensity of radio waves the star gives off 2. The most important function of an astronomical telescope is to: a. pierce through the clouds so a cloudy night is not wasted b. bring distant objects closer by ...
notes Mirrors j
... The point where the reflected rays meet is mirror. It appears that the focal point is behind called the focus. the mirror. ...
... The point where the reflected rays meet is mirror. It appears that the focal point is behind called the focus. the mirror. ...
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... Compile a list of resources you expect to use in the lab. Work with your team to complete the lab exercises and activities. Record your results and mark which resources you used. Share and discus ...
... Compile a list of resources you expect to use in the lab. Work with your team to complete the lab exercises and activities. Record your results and mark which resources you used. Share and discus ...
Lab Writeup Michelson(New)
... The image of M1 appears in line with M2 and may be either in front of or behind M2 (see Fig. 2). The complete theory, which must take into account the fact that the source is an extended source, shows that when M2, and the image of M1 are parallel, then monochromatic light produces an interference p ...
... The image of M1 appears in line with M2 and may be either in front of or behind M2 (see Fig. 2). The complete theory, which must take into account the fact that the source is an extended source, shows that when M2, and the image of M1 are parallel, then monochromatic light produces an interference p ...
base text pdf - Max-Planck
... countries (USA, Italy and Germany) and nineteen institutes. MPG scientists also provide and develop infrared instrumentation for ESO telescopes such as the VLT in Chile with the Matisse and Gravity instruments and at (sub)millimeter wavelengths to the IRAM 30 meter and the APEX telescopes. At the sa ...
... countries (USA, Italy and Germany) and nineteen institutes. MPG scientists also provide and develop infrared instrumentation for ESO telescopes such as the VLT in Chile with the Matisse and Gravity instruments and at (sub)millimeter wavelengths to the IRAM 30 meter and the APEX telescopes. At the sa ...
Controlling a Three Meter Mirror Array Reflector to Track Stars
... The University of Utah Gamma Ray Group and the Department of Physics and Astronomy acquired a number of mirror array reflecting telescopes that will be used for a wide range of astronomical research. Two of these 3 meter antennas have been assembled in the Grantsville desert to begin this work. The ...
... The University of Utah Gamma Ray Group and the Department of Physics and Astronomy acquired a number of mirror array reflecting telescopes that will be used for a wide range of astronomical research. Two of these 3 meter antennas have been assembled in the Grantsville desert to begin this work. The ...
The TMT LGSF Launch Telescope Assembly System
... 1-axis, 1-sigma tip/tilt error for each laser beam of no more than 0.050 arcsec ...
... 1-axis, 1-sigma tip/tilt error for each laser beam of no more than 0.050 arcsec ...
Optical telescope for the ARIES21
... Video frames are delivered with a frequency of 1/50 seconds = 0.02 seconds. The lowest integration time is 1/100,000 seconds. The camera provides a “star light mode”, in which it can store 1 to 128 fields. This means that the maximum integration time is 128 / 50 seconds = 2.56 seconds. When used wit ...
... Video frames are delivered with a frequency of 1/50 seconds = 0.02 seconds. The lowest integration time is 1/100,000 seconds. The camera provides a “star light mode”, in which it can store 1 to 128 fields. This means that the maximum integration time is 128 / 50 seconds = 2.56 seconds. When used wit ...
Very Large Telescope
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The Very Large Telescope (VLT) is a telescope operated by the European Southern Observatory on Cerro Paranal in the Atacama Desert of northern Chile. The VLT consists of four individual telescopes, each with a primary mirror 8.2 m across, which are generally used separately but can be used together to achieve very high angular resolution. The four separate optical telescopes are known as Antu, Kueyen, Melipal and Yepun, which are all words for astronomical objects in the Mapuche language. The telescopes form an array which is complemented by four movable Auxiliary Telescopes (ATs) of 1.8 m aperture.The VLT operates at visible and infrared wavelengths. Each individual telescope can detect objects roughly four billion times fainter than can be detected with the naked eye, and when all the telescopes are combined, the facility can achieve an angular resolution of about 0.001 arc-second (This is equivalent to roughly 2 meters resolution at the distance of the Moon).In single telescope mode of operation angular resolution is about 0.05 arc-second.The VLT is the most productive ground-based facility for astronomy, with only the Hubble Space Telescope generating more scientific papers among facilities operating at visible wavelengths. Among the pioneering observations carried out using the VLT are the first direct image of an exoplanet, the tracking of individual stars moving around the supermassive black hole at the centre of the Milky Way, and observations of the afterglow of the furthest known gamma-ray burst.