OSU News Research Archive
Search an archive of past research stories.
Coverage of OSU Research
Reports on national news coverage of university research.
Reporting on Cancer
A reporter's guide to the disease.
Science Communications Staff
Who we are and what we do.

(Last updated 11/20/02)

Related materials:
"Telescope Mirror To Get Shiny Finish in Major Test Run," 11/26/02.

A background document on the LBT project and Ohio State's role in it can be found here.

Partial Timeline for the Large Binocular Telescope


  • December: LBT construction site partially cleared


  • June: Clearing of the LBT construction site resumes


  • January: Casting of first 8.4m mirror
  • March: Construction of the telescope pier, the ring wall, the utility trench, excavation of the enclosure foundation, and drilling of the elevator shaft begins
  • September: Furnace opened to reveal first 8.4m mirror


  • January: Contract for the fabrication of the bell jar along with the mirror cells awarded to Ansaldo Energia S.p.A.
  • February: First 8.4m mirror removed from furnace and cleaned
  • March: Installation of the rotating part of the LBT enclosure begins


  • March: Installation of septic tanks and plumbing completed
  • April: Pier upper ring installed
  • June: Majority of structural steel for rotating building is completed
  • June: Finishing of the backside of the first 8.4m mirror completed
  • December: Majority of siding for enclosure is installed


  • May: Casting of the second 8.4m mirror begins
  • Construction begins on MGIO utility building
  • August: NSF awards Ohio State $1 million to build Multi-Object Double Spectrograph for use on the telescope


  • Construction continues on MGIO utility building
  • June: Sliding shutter doors partially opened


  • Enclosure completed
  • August: First mirror continues to be polished, second mirror is cleaned out
  • November: Aluminization system testing begins at Rickenbacker Airport


  • Alumnization system testing completion; system moves to Mouth Graham


  • First light expected on first primary mirror


  • First light expected on second primary mirror