University of Cambridge

Punting on the River Cam, August 2017


#The Phase Transformations Research Group, punting on a busy River Cam, starting from Darwin College, all the way to the lock. Photographs and videos courtesy of Apparao Chintha.





Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
The route followed.		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Higher resolution version, with the zig-zag part being Apparao Chintha's driving.
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Apparao Chintha and Chris Hulme-Smith		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Harry in Shiloutte.
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Dominik Dziedzic
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Approaching the so-called mathematical bridge.
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Dominik Dziedzic, Master Punter		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Chihiro Furusho+ and Zixin Huang		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
"Itakshi" (Apparao Junior + mum)		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Harry and Dominik racing		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
The Wren Library
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
The Interview
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
The picnic		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
Chris with his cricket hat		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
The journey back.		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III		 Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III
Phase transformations and complex properties research group,University of Cambridge,Apparao Chintha,Dominik Dziedzic,Chris Hulme-Smith,Zixin Huang,Chihiro Furusho,steels,metallurgy,physical metallurgy,metallurgists at play,punting
III




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