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  • Physics Laboratory bench
    001_DSC09763.jpg
  • Laboratory, Northampton State Hospital
    009_crypt59.jpg
  • Kevin Johnson sorting Pteropods into containers for transport back to Crary Lab
    011_DSC09126.jpg
  • Physics Bench
    004_DSC09761.jpg
  • At this stage the pteropods are about the size of a grain of sand, but will grow to be about 1/4" (6mm)
    008_DSC09108.jpg
  • The team is finding pitting and erosion of the Pteropod shells from the decrease of the ocean PH level from absorbing more carbon dioxide. This could endanger this key food web species which provides up to 80% of the food for fish, which both penguins and seals rely on as primary food sources.
    007_DSC09102.jpg
  • Kevin Johnson sorting Pteropods into containers for transport back to Crary Lab
    010_DSC09124.jpg
  • Lab technician Cailan Sugano working in Crary Lab testing water samples
    016_DSC09001.jpg
  • Kevin Johnson, Juliet Wong and Umi Hoshijima in the Crary aquarium at the tank where they are exposing pteropods to water acid levels expected in the not distant future.
    019_DSC09022.jpg
  • Lab technician Cailan Sugano working in Crary Lab testing water samples
    017_DSC09009.jpg
  • Crary Lab aquarium and one of B-134's experiments
    018_DSC09020.jpg
  • STO shop for assembly and testing.
    013_DSC01890.jpg
  • GRIPS assembly and test area
    021_DSC01919.jpg
  • Inside the telemetry building, LDB
    005_DSC01805.jpg
  • Meteorology lab gear
    010_DSC02409.jpg
  • 011_DSC02412.jpg
  • 012_DSC02413.jpg
  • 015_DSC02444.jpg
  • Ponting's darkroom
    003_DSC09741.jpg
  • Work Bench.
    007_DSC09856.jpg
  • Scott's Cape Evans Hut
    010_DSC09926.jpg
  • 011_DSC09977.jpg
  • Physics bench detail
    002_DSC09948.jpg
  • Assembling electronics boards
    012_DSC01883.jpg
  • Laura Von Rosk examining and sorting foraminifera in the camp lab
    017_DSC08678.jpg
  • Jars for sorting Forams
    018_DSC08651.jpg
  • The famous blue pill, all-in-one remedy for any sailor ailment.
    007_DSC02446.jpg
  • Foraminifera being sorted under the microscope
    019_DSC08658.jpg
  • Biology bench
    001_DSC07690.jpg
  • Inside the IceCube Laboratory at the South Pole.  There are over 5400 sensors in total looking for light stemming from high-energy particles created from cosmic ray or neutrino interactions.  Some of the cables, one for each light sensor, that feed data to a central computer are visible in this picture.  The IceCube observatory is remarkably robust, taking data with 99.9% uptime.  Occasionally, something does need maintenance or repair.  That means a trip of about 800 meters from the station to the IceCube Laboratory to track down the component that needs attention.
    003__7R35119.jpg
  • IceCube Laboratory, photographed from the roof of the Dark Sector lab, South Pole. The Lab is framed by a sun halo produced by sunlight streaming through ice crystals suspended in the air. The IceCube Laboratory is the operations center for the IceCube Neutrino Observatory.
    001__7R35531.jpg
  • IceCube Laboratory, photographed from the roof of the Dark Sector lab, South Pole. The Lab is framed by a sun halo produced by sunlight streaming through ice crystals suspended in the air. The IceCube Laboratory is the operations center for the IceCube Neutrino Observatory.
    001__7R35531.jpg
  • Inside the IceCube Laboratory at the South Pole.  There are over 5400 sensors in total looking for light stemming from high-energy particles created from cosmic ray or neutrino interactions.  Some of the cables, one for each light sensor, that feed data to a central computer are visible in this picture.  The IceCube observatory is remarkably robust, taking data with 99.9% uptime.  Occasionally, something does need maintenance or repair.  That means a trip of about 800 meters from the station to the IceCube Laboratory to track down the component that needs attention.
    003__7R35119.jpg
  • Computers inside the IceCube laboratory constantly monitor the messages from the DOM light sensors.  When predefined conditions indicate a passing particle has been detected, the data are stored.  This happens almost 3000 times per second.  Once or twice a month, a very high energy neutrino event is seen.  Within a minute , an alert is sent to world-wide observatories so they can detect exotic astrophysical objects in flaring or otherwise active states. This happened on September 17, 2017, with the blazar TXS0506+056.
    006_7R306862.jpg
  • Laboratory, Northampton State Hospital
    004_crypt37.jpg
  • Laboratory, Northampton State Hospital
    005_crypt_103-1.jpg
  • Laboratory, Northampton State Hospital
    006_crypt62.jpg
  • The Dark Sector Laboratory, which houses the South Pole Telescope (left), and the BICEP3 telescope, both are imaging the CMB, cosmic microwave background.
    012__7R35422.jpg
  • Laboratory, Northampton State Hospital
    001_crypt_101.jpg
  • Laboratory, Northampton State Hospital
    008_crypt38-1.jpg
  • The Dark Sector Laboratory, which houses the South Pole Telescope (left), and the BICEP3 telescope, both are imaging the CMB, cosmic microwave background.
    012__7R35422.jpg
  • IceCube Laboratory
    004__7R35123.jpg
  • Computers inside the IceCube laboratory constantly monitor the messages from the DOM light sensors.  When predefined conditions indicate a passing particle has been detected, the data are stored.  This happens almost 3000 times per second.  Once or twice a month, a very high energy neutrino event is seen.  Within a minute , an alert is sent to world-wide observatories so they can detect exotic astrophysical objects in flaring or otherwise active states. This happened on September 17, 2017, with the blazar TXS0506+056.
    006_7R306862.jpg
  • Amundsen-Scott South Pole Station in the distance during the 1 kilometer walk from IceCube Laboratory.
    009__7R35242.jpg
  • IceCube Neutrino Telescope Counting Laboratory on my first full day at Pole, framed with a sun halo.
    016__7R35561.jpg
  • Laboratory, Northampton State Hospital
    003_crypt35-1.jpg
  • Amundsen-Scott South Pole Station in the distance during the 1 kilometer walk from IceCube Laboratory.
    009__7R35242.jpg
  • IceCube Laboratory
    004__7R35123.jpg
  • IceCube Laboratory as seen on approach when walking the 1 kilometer from the South Pole Station
    002__7R35233.jpg
  • IceCube Laboratory, the cylinders at each end of the lab are where the cables come into the building. These cables provide power and two-way communication to allow data to be sent to and received from the DOM light sensors a mile below the surface.
    002__7R35236.jpg
  • Pony tack in what was Mawson's Laboratory, Shackleton's Hut, Cape Royds
    029_DSC01548-2.jpg
  • Laboratory, Northampton State Hospital
    002_crypt61-1.jpg
  • Laboratory, Northampton State Hospital
    007_crypt63-1.jpg

Portraits of Place - Photographs by Shaun O'Boyle

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