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This image is best viewed in a 360 degree virtual reality viewer at www.stereopan.com/138386 . . This map shows the oldest light in our universe, as detected with the greatest precision yet by the Planck mission. The ancient light, called the cosmic microwave background, or CMB, was imprinted on the sky wh...

A Gigapan made from the top of the UCD Physics building (with thanks to the Physics Department for their cooperation). We are testing our gigapixel setup for fieldwork (made a few mistakes on this run through), and wanted a great view to start with. The California coastal mountains are in the distance and many UC Davis...

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


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


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


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


This selfavoiding walk was generated via a new implementation of the pivot algorithm. The selfavoiding 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 of polymers in a good solven...


This selfavoiding walk was generated via a new implementation of the pivot algorithm. The selfavoiding 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 of polymers in a good solven...


This selfavoiding walk was generated via a new implementation of the pivot algorithm. The selfavoiding 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 of polymers in a good solven...


This is a selfavoiding walk sampled from the uniform distribution via a new implementation of the pivot algorithm. The selfavoiding 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...
