• "i" is for Information :: Image Names :: Descriptions

    On the navigation bar below, click "i" to read about each portfolio when it opens, and descriptions for each image contained within. Click "i" again to close the pop up window.

    For example: Several astronomy photos feature contributions written by observers about their forefront research with the telescopes when the shutter was clicked.

    LH8062_MtWhitneyConjunction
    1024,683
    Price On Request
  • view in FULL SCREEN toggle F11

    MOUNT WHITNEY
    SIERRA NEVADA MOUNTAINS
    LONE PINE
    CALIFORNIA

     

     LH8062_MOUNT WHITNEY CONJUNCTION  

     


    2015 February 20 | 18:58:46 PST

    The waxing crescent moon punctuates Mt. Whitney (elevation 14505 ft / 4,421 m), the tallest peak in the lower 48 United States. Venus is framed in the gap between Mt. Whitney and Keeler Needle to the left. Identified by its characteristic rusty glow, Mars is located between Venus and the moon. The moon disc illumination is 6%, with the brightest region overexposed in order to detect the subtle glow of earthshine. Distance from the camera to Mt. Whitney's summit is 9.6 miles line of sight.

    Astronomy buffs will also want to read about former Lick Observatory Director W. W. Campbell's 1909 Expedition to the summit of Mt. Whitney, to make precise measurements which would definitively determine whether the atmosphere of Mars had a significant amount of water vapor (To Climb the Highest Mountain: W.W. Campbell's 1909 Mars Expedition to Mount Whitney, D.E. Osterbrock, Journal for the History of Astronomy, 1989, pp77-97).

    The peak immediately to the left of Mt. Whitney is Keeler Needle, named for the superbly talented astronomer James Edward Keeler (September 10, 1857 – August 12, 1900). He assisted Samuel P. Langley on the Mt. Whitney expedition of 1881, in order to precisely measure the Sun's radiation from a site above much of the Earth's atmosphere. Access to the summit was quite difficult in those days since the trail was not constructed until nearly a quarter-century later. Considerable scientific equipment was required, so the expedition camp was established and required observations were made from the relatively accessible Mountain Camp (11625 ft / 3543 meters). Nevertheless, Keeler and a companion hiked to the summit of Mt. Whitney and spent the night there, taking measurements of temperature and barometric pressure every hour through the night. Keeler reported that was "the most miserable night of my life."

    Keeler went on to make many important astronomical discoveries, and became the second Director of University of California's Lick Observatory. His extremely productive career was tragically cut short by a stroke and his untimely death at age 42.

    Thank you to Remington P. S. Stone for writing the above text.

    EXPOSURE DATA

    Nikon D810
    Nikkor 80.0-400.0 mm f/4.5-5.6 telephoto zoom lens
    ISO digital: 12800 / f/5.3
    Exposure: 2 seconds
    Native Resolution: 7360 x 4912 pixels
    Single Frame
    Two Lens flares in non-detail areas were removed using Photoshop Content Aware Fill.
    Raw image file data were nominally adjusted, optimized, and sharpened for digital output.

    COPYRIGHT

    All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    PUBLICATIONS

    This image is available as a high resolution file sized at 3660X2373 pixels. A variety of croppings are possible, both horizontal (landscape mode) and vertical (portrait mode). Your inquiry is welcome.

    PUBLICATIONS

    AKNOWLEDGEMENTS




    FOR MORE INFORMATION

    Mount Whitney

    Alabama Hills Stewardship Group

    W. W. Campbell's 1909 Mars Expedition to Mt. Whitney, by Donald E. Osterbrock

    James Edward Keeler

    Earthshine or Planetshine

    Lick Observatory



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    LH8062_Mount Whitney Conjunction
    1280,720
    Price On Request
  • view in FULL SCREEN toggle F11

    MOUNT WHITNEY
    SIERRA NEVADA MOUNTAINS
    LONE PINE
    CALIFORNIA

     

     LH8062_MOUNT WHITNEY CONJUNCTION  

     


    2015 February 20 | 18:58:46 PST

    The waxing crescent moon punctuates Mt. Whitney (elevation 14505 ft / 4,421 m), the tallest peak in the lower 48 United States. Venus is framed in the gap between Mt. Whitney and Keeler Needle to the left. Identified by its characteristic rusty glow, Mars is located between Venus and the moon. The moon disc illumination is 6%, with the brightest region overexposed in order to detect the subtle glow of earthshine. Distance from the camera to Mt. Whitney's summit is 9.6 miles line of sight.

    Astronomy buffs will also want to read about former Lick Observatory Director W. W. Campbell's 1909 Expedition to the summit of Mt. Whitney, to make precise measurements which would definitively determine whether the atmosphere of Mars had a significant amount of water vapor (To Climb the Highest Mountain: W.W. Campbell's 1909 Mars Expedition to Mount Whitney, D.E. Osterbrock, Journal for the History of Astronomy, 1989, pp77-97).

    The peak immediately to the left of Mt. Whitney is Keeler Needle, named for the superbly talented astronomer James Edward Keeler (September 10, 1857 – August 12, 1900). He assisted Samuel P. Langley on the Mt. Whitney expedition of 1881, in order to precisely measure the Sun's radiation from a site above much of the Earth's atmosphere. Access to the summit was quite difficult in those days since the trail was not constructed until nearly a quarter-century later. Considerable scientific equipment was required, so the expedition camp was established and required observations were made from the relatively accessible Mountain Camp (11625 ft / 3543 meters). Nevertheless, Keeler and a companion hiked to the summit of Mt. Whitney and spent the night there, taking measurements of temperature and barometric pressure every hour through the night. Keeler reported that was "the most miserable night of my life."

    Keeler went on to make many important astronomical discoveries, and became the second Director of University of California's Lick Observatory. His extremely productive career was tragically cut short by a stroke and his untimely death at age 42.

    Thank you to Remington P. S. Stone for writing the above text.

    EXPOSURE DATA

    Nikon D810
    Nikkor 80.0-400.0 mm f/4.5-5.6 telephoto zoom lens
    ISO digital: 12800 / f/5.3
    Exposure: 2 seconds
    Native Resolution: 7360 x 4912 pixels
    Single Frame
    Two Lens flares in non-detail areas were removed using Photoshop Content Aware Fill.
    Raw image file data were nominally adjusted, optimized, and sharpened for digital output.

    COPYRIGHT

    All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    PUBLICATIONS

    This image is available as a high resolution file sized at 3660X2373 pixels. A variety of croppings are possible, both horizontal (landscape mode) and vertical (portrait mode). Your inquiry is welcome.

    PUBLICATIONS

    AKNOWLEDGEMENTS




    FOR MORE INFORMATION

    Mount Whitney

    Alabama Hills Stewardship Group

    W. W. Campbell's 1909 Mars Expedition to Mt. Whitney, by Donald E. Osterbrock

    James Edward Keeler

    Earthshine or Planetshine

    Lick Observatory



    FINE ART PRINTS

    Email for size options and price quote

    LICENSING

    Email your inquiry / comment

     

     

    LH8062_Mount Whitney Conjunction
    1280,854
    Price On Request
  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA

     

     LH7360_LICK NIROSETI CONJUNCTION 

     

    NIROSETI: NEAR INFRARED OPTICAL SEARCH FOR EXTRATERRESTRIAL INTELLIGENCE

    2015 March 12

    This early morning view through the dome slit of the Anna B. Nickel 40" Reflector shows a conjunction of three planets framing the telescope top ring: Mars at lower left, Venus (brightest) above and right, and Jupiter above and left of Venus. Red observing lights tint the dome interior. The Nickel is named for the San Francisco seamstress whose generous and unexpected bequest provided funding to design and build this telescope. Constructed in-house in the late 1970’s, the Nickel presently occupies the first dome to be completed on Mt. Hamilton, at the north end of the Main Building. The dome originally housed a 12" Alvan Clark Refractor which was placed in service in 1881. Careful dome modifications accommodate the Nickel’s larger field of view. At right in the foreground, the NIROSETI instrument (Near Infrared Optical Search for Extraterrestrial Intelligence) is attached to the bottom of the round black tub. This innovative device is designed to detect as-yet-undiscovered nanosecond laser pulses from beyond our solar system. It is the only one of its kind in the world, and the first capable of detecting such brief bursts at near infrared wavelengths.

    What would Anna think if her telescope was the first to discover ET?

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

    EXPOSURE DATA

    Two HDR Frames:
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom  
    ISO 200
    10 sec @ f/7.1
    5 sec @ f/11
    Native Resolution: 7360x4912 pixels

    Raw image file data were adjusted, optimized, and sharpened for digital output. This is a composited High Definition Range exposure stack of two consecutive frames (one lighter, one darker) shot with the same camera, lens, and tripod position. Because the center areas of imagery recorded with the 14-24mm lens typically tend to be unnaturally compressed and reduced in size, while perimeter areas are elongated and stretched, the central upper ring of the telescope and surrounding sky (including planets) and slit edges were moderately adjusted and expanded with the Photoshop Liquefy command to more correctly represent the overall relative shape of the telescope and slit structure. The planets were then readjusted for roundness. Their relative positions to each other and in the sky have been accurately maintained. A digital diffusion filter technique was applied to the planets to slightly expand and soften their glow, and to fine-tune color grading. All adjustments were made in order to overcome limitations in range of exposure and distorted optics, and to more accurately convey what I viewed in the moment of capture. (www.cloudynights.com/page/articles/cat/articles/astrophotography/diffusion-filter-overlay-with-photoshop-r126).

    COPYRIGHT

    All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.


    FOR MORE INFORMATION

    University of California Observatories

    HamCam

    Lick Observatory Telescopes

    The History of Lick Observatory

     


     

    Sincere gratitude is extended to the NIROSETI Team, and to University of California Observatories astronomers and staff for their generous and invaluable assistance in producing this photograph.



    FINE ART PRINTS

    Email for size options and price quote

    LICENSING

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    LH7360_Nickel-NIROSETI-Conjunction
    1440,1080
    Price On Request
  • view in FULL SCREEN toggle F11

     

    LICK OBSERVATORY
    MOUNT HAMILTON
    CALIFORNIA

    2005 September 6

    In this western view from Kepler Peak, a spectacular conjunction, or clustering of celestial objects, adorns the darkening sky over Silicon Valley. Our neighboring planet Venus is upper left; the first magnitude star Spica shines faintly below. A three-day-old waxing crescent moon (10% illumination) is flanked on the upper right by the planet Jupiter. The dark area of the moon is subtly illuminated by sunlight reflecting off the earth toward the moon; this effect is called “earthshine”. Spica is 260 light years from Earth, and is one of two stars that orbit closely around each other. This pair of stars appears as one to the naked eye. When visible, Venus is the brightest object in the twilight sky other than the moon. Similar conjunctions occur several times a year – the vigilant sky watcher will be rewarded with breathtaking celestial performances.

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

    EXPOSURE DATA

    Pentax 67ii, 90mm f/2.8 lens
    Velvia 50 Color Reversal film, shot at 100 ISO
    Exposure: 4 seconds @ f/8

    COPYRIGHT

    All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your useage requests.

     


    FOR MORE INFORMATION

    University of California Observatories

    HamCam

    Lick Observatory Telescopes

    The History of Lick Observatory

    Sun / Moon Data ~ US Naval Observatory

    Sky Calendar / Ephemeri

    The photographer thanks UCO / Lick Observatory staff and friends for their continual and enthusiastic support.


    FINE ART PRINTS:
    Available now Email for size options and price quote
    PHOTO GIFTS:
    Coming soon!

    LICENSING

    email comment / inquiry

     

     

    LH0400_Conjunction
    1024,680
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7321_REFRACTOR CONJUNCTION 

     

    2015 June 29


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap below the telescope and adjacent the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the left. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun! An unusual juxtaposition of green dome and red telescope occured when the telescope operator was standing out of view at the top of the pier opposite the camera, checking his cell phone. The neutral ambient phone light rendered the dome in a normal green color. Reddened areas on the telescope and pier not brightened by the phone reflect the characteristic color cast by red observing lamps in the dome.

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."
                                                 

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 28-300mm f/3.5-5.6 zoom
    8 seconds @ f4.5
    ISO: 560
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7321_Refractor Conjunction_2015 June 29
    1280,854
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323_REFRACTOR CONJUNCTION_wide angle view + vignette 

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    Note the sunset peek-a-boo view over South San Francisco Bay through the dome window, lower mid right.

    Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."
                                                 

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323_Refractor Conjunction_2015 June 30
    1440,960
    Price On Request
  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH3988 REFRACTOR CONJUNCTION: MOON, VENUS, JUPITER 

     

    2008 December 1


    In this western view from the Main Building roof, a spectacular conjunction, or clustering of celestial objects, brightens the darkening sky over Silicon Valley. Our neighboring planet Venus is centered between Jupiter on the right, and a four-day-old waxing crescent moon (16% illumination) on the left. The dark area of the moon is subtly illuminated by sunlight reflecting off the earth toward the moon; this effect is called “earthshine”. When visible, Venus is the brightest object in the twilight sky other than the moon. Similar conjunctions occur several times a year – the vigilant sky watcher will be rewarded with breathtaking celestial performances.

    HDR IMAGING (HIGH DYNAMIC RANGE)

    http://en.wikipedia.org/wiki/High_dynamic_range_imaging

    Because the human eye is an extraordinarily capable detector, I could simultaneously see the extremely bright moon, planets, Main Building exterior, dome interior, sky, and landscape. However, the digital camera was unable to accurately detect this broad range of exposure values in a single frame. In order to compensate for this deficiency, several frames were shot only moments apart. One brief exposure was made of the exceedingly luminous celestial objects. Longer exposures recorded the Main Building exterior, dome interior, and landscape. All frames were digitally blended in Photoshop using High Dynamic Range Imaging. The finished image faithfully transmits what I witnessed, and overcomes limitations of camera capture.

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Nikon D2x
    Nikkor 18-200 mm f/3.5-5.6 zoom lens @ f/5.6
    ISO Equivalent: 125
    Exposure: several exposures ranging from 1/125 to 30 seconds
    High Dynamic Range Stacked Imaging

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data — US Naval Observatory

     

     

    Sincere gratitude is extended to University of California Observatories | Lick Observatory astronomers, staff, and friends for their generous and invaluable assistance in producing these images.



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  •  here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    BEGIN WebSTAT Activation Code -->
    LH3988_Refractor Conjunction
    768,768
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323_REFRACTOR CONJUNCTION_wide angle view 

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    Note the sunset peek-a-boo view over South San Francisco Bay through the dome window, lower mid right.

    Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."
                                                 

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323_Refractor Conjunction_2015 June 30
    1440,960
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323_REFRACTOR CONJUNCTION_zoom view 1  

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    Note the sunset peek-a-boo view over South San Francisco Bay through the dome window, lower mid right.

    Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323_Refractor Conjunction_2015 June 30
    1440,960
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323_REFRACTOR CONJUNCTION_zoom view 2  

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    In wider angle views of this image, a sunset peek-a-boo view over South San Francisco Bay can be seen through the dome window, lower mid right. The window is not visible in this close up view.Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323_Refractor Conjunction_2015 June 30
    1440,960
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323v_REFRACTOR CONJUNCTION_vertical

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    In wider angle views of this image, a sunset peek-a-boo view over South San Francisco Bay can be seen through the dome window, lower mid right. The window is not visible in this close up view.Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323v_Refractor Conjunction_2015 June 30
    742,960
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323cv_REFRACTOR CONJUNCTION_close vertical 

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    In wider angle views of this image, a sunset peek-a-boo view over South San Francisco Bay can be seen through the dome window, lower mid right. The window is not visible in this close up view.Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323cv_Refractor Conjunction_2015 June 30
    742,960
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323fb_REFRACTOR CONJUNCTION 

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    In wider angle views of this image, a sunset peek-a-boo view over South San Francisco Bay can be seen through the dome window, lower mid right. The window is not visible in this close up view.Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323fb_Refractor Conjunction_2015 June 30
    1151,960
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323b_REFRACTOR CONJUNCTION_banner 

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    In wider angle views of this image, a sunset peek-a-boo view over South San Francisco Bay can be seen through the dome window, lower mid right. The window is not visible in this close up view.Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

    IMAGE USE CAVEATS  • here

    PUBLISHERS  •  This image is available in high resolution.

    LICENSING  •   email comment / inquiry

    FINE ART PRINTS  •  Email for size options and price quote

    LH7323b_Refractor Conjunction_2015 June 30
    1150,427
    Price On Request

  • view in FULL SCREEN toggle F11

    LICK OBSERVATORY
    MOUNT HAMILTON SUMMIT
    CALIFORNIA


     LH7323cfb_REFRACTOR CONJUNCTION 

     

    2015 June 30


    The following description and comments are contributed by Rem Stone, retired UC Research Astronomer:

    "Lick Observatory's Great 36-inch Refractor was the most powerful telescope in the world when it saw first light in 1888. The long 57-foot focal length (focal ratio f19.3) was intended to make it especially suitable for visual observations of planets, a primary occupation of astronomers of the period. In 1892, E.E. Barnard used this telescope to discover Amalthea, the fifth moon of Jupiter. This was the first such discovery since Galileo observed the first four moons nearly 300 years earlier, and was the last moon discovered with the otherwise unaided eye. This impressive instrument is now used for public viewing and educational programs.

    "In the gap between the telescope and the polar axle, note the conjunction of our two brightest planets: Venus, and Jupiter just above and to the right. Although of course still far apart in space, they appear apparently closer together along the line of sight in the sky than the diameter of the moon. Such events are not uncommon, although this occasion was particularly memorable in the early evening sky. With such bright objects in a bright sky, there would have been no reason not to have the dome lights on as shown here, even during actual observing.

    "With such a spectacular machine, it's fun to be able to enjoy it as well. Unfortunately, on this occasion we were unable to observe the conjunction with the telescope. When the very long telescope is pointed low in the sky as it is in this photograph, access to the eyepiece would be gained by raising the movable dome floor 17 feet to the height of the railed ring seen circling the dome, and movable stairs would have been required to reach the eyepiece. At present, the floor awaits engineering evaluation of the aging mechanical components before it can be returned to normal use. This is a wonderful educational and public outreach tool, and we hope it will be returned to full functionality soon!"

    In wider angle views of this image, a sunset peek-a-boo view over South San Francisco Bay can be seen through the dome window, lower mid right. The window is not visible in this close up view.Sincere gratitude is extended to Lick Observatory astronomer colleagues, staff, and friends for their collaboration and invaluable assistance in producing this photograph. Special thanks go to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry. We had fun!

     

    "Even the habitually frivolous become thoughtful when they enter the presence of the Great Telescope."

    ~ Lick Observatory Astronomer James Edward Keeler in The Engineer, 1888 July 6

     

    A VIEW FROM LICK OBSERVATORY

    Lick Observatory crowns the 4200-foot summit of Mt. Hamilton above central California’s Silicon Valley. This research station serves astronomers from University of California campuses and their collaborators worldwide. Eccentric Bay Area businessman and philanthropist James Lick funded construction in the 1880’s, envisioning the Observatory as a premier astronomical facility, and also as his memorial and final resting place. Lick is entombed in the base of the Lick 36” Refractor, the most powerful telescope on the planet when built. It remains the world’s second largest refractor. The mountaintop is populated by ten telescopes which are supported by resident staff and by headquarters at UC Santa Cruz. Acclaimed for academic excellence, technical expertise, and superior instrumentation, Lick Observatory probes the expanding frontiers of space.

     

    EXPOSURE DATA

    Single Frame
    Nikon D810
    Nikkor 14-24mm f/2.8 zoom
    4 seconds @ f8
    ISO digital equivalent: 200
    Native Resolution: 7360x4912 pixels
    Raw image file data were adjusted, optimized, and sharpened for digital output.

     

    PUBLICATIONS

    This image is available in high resolution.

     


    FOR MORE INFORMATION

    University of California Observatories

    Save Lick Observatory

    HamCam

    National Geographic_Venus Jupiter Conjunction 2015 June 30

    The Nature Conservancy's Mt. Hamilton Project

    Lick Observatory Telescopes

    The History of Lick Observatory

    Lick Observatory Collections Project

    Sun / Moon Data US Naval Observatory

     

     

    Sincere gratitude is extended to Telescope Operators Patrick Maloney, Rodney Norden, and Keith Wandry, as well as University of California Observatories / Lick Observatory astronomer colleagues, staff, and friends for their generous and invaluable assistance in producing this photograph. 



    COPYRIGHT  •  All images and text are property of Laurie Hatch Photography; unauthorized use is a violation of copyright law. You are welcome to email me with your usage requests.

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