1. Skip to navigation
  2. Skip to content
  3. Skip to sidebar

Gigapans

NEW! Print your gigapan now!
Go to page:

  1. The bus stop at the Physics Lecture Hall, Science & Engineering Resource Center, and Hill Center.

    • 125295-210x140

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      8
      Total Views
      1378
      Explore Score
      1

      • Meta

        Size
        0.86 Gigapixels
        Added
        March 05, 2010
        Date Taken
        March 05, 2010
        Categories
         
        Tags

  2. The bus stop at the Physics Lecture Hall, Science & Engineering Resource Center, and Hill Center.

    • 127136-210x140

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      8
      Total Views
      1360
      Explore Score
      1

  3. A 360 panorama of the Serin Labs, Nanotech Labs, Physics Lecture Hall, and Rieman Chemistry Labs.

    • 127113-210x140

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      6
      Total Views
      1292
      Explore Score
      1

  4. The Large Hadron Collider (LHC) is the largest and most advanced particle accelerator on the planet. One of the primary experiments is the Compact Muon Solenoid (CMS), which uses a detector to track and to measure the energies of particles produced in proton-proton collisions. Since the LHC is not yet running, we gener...

    • Stats

      Favorites
      1
      Comments
      0
      Snapshots
      0
      Total Views
      1211
      Explore Score
      1

  5. The following is taken from the better panorama version of Wendy: www.gigapan.org/gigapans/37602/ I met Wendy as she was approaching the Academic Quad and we chatted and I discovered that she has lived in Chengdu, and that she is taking a difficult curriculum at Rice and that she was very close to the epicen...

    • 110136-210x140

    • Stats

      Favorites
      0
      Comments
      0
      Snapshots
      1
      Total Views
      812
      Explore Score
      1

      • Meta

        Size
        0.14 Gigapixels
        Added
        November 23, 2009
        Date Taken
        November 22, 2009
        Categories
         
        Tags

  6. *** Sparse image - please zoom in, or view in full screen mode in a dark room! *** This is a self-avoiding walk sampled from the uniform distribution via a new implementation of the pivot algorithm. The self-avoiding walk (SAW) is an extremely simple model: a SAW is a walk on the lattice such that no lattice vertex i...

  7. *** Sparse image - please zoom in, or view in full screen mode in a dark room! *** This is a self-avoiding walk sampled from the uniform distribution via a new implementation of the pivot algorithm. The self-avoiding walk (SAW) is an extremely simple model: a SAW is a walk on the lattice such that no lattice vertex i...

  8. This is a self-avoiding walk sampled from the uniform distribution via a new implementation of the pivot algorithm. The self-avoiding walk (SAW) is an extremely simple model: a SAW is a walk on the lattice such that no lattice vertex is visited twice. However, it exactly captures the essential physics of the behaviour...

  9. This is a self-avoiding walk sampled from the uniform distribution via a new implementation of the pivot algorithm. The self-avoiding walk (SAW) is an extremely simple model: a SAW is a walk on the lattice such that no lattice vertex is visited twice. However, it exactly captures the essential physics of the behaviour...

  10. *** Sparse image - please zoom in, or view in full screen mode in a dark room! *** This is a self-avoiding walk sampled from the uniform distribution via a new implementation of the pivot algorithm. The self-avoiding walk (SAW) is an extremely simple model: a SAW is a walk on the lattice such that no lattice vertex i...

Go to page: