Engineering at Cambridge:
Ananta Palani:Diffraction Sun 3
Engineering at Cambridge:
Dr. Ronan Daly and Mr Ioannis Mastoris: Reflective -noscale
Engineering at Cambridge:
Phil Catton: Going Underground - Mirror finish
Engineering at Cambridge:
Brajith Srigengan: Osteoblast branching across steel fibres3
Engineering at Cambridge:
Rose Spear: (Scale)Fibrous Scaffolds for Stimulating Bone Growth
Engineering at Cambridge:
Dhiren Mistry: stretch and swirl
Engineering at Cambridge:
Dr. Malik M. Qasim: nano-colour boundaries
Engineering at Cambridge:
Haining Yang: Optical tornados
Engineering at Cambridge:
Nikhila Ravi: Blue ink droplets
Engineering at Cambridge:
Nathan Crilley: Car Inspection
Engineering at Cambridge:
Tom Rainforth: Pickover attractor
Engineering at Cambridge:
Robbie Stevens: Flat plate vortex formation at low Reynolds number
Engineering at Cambridge:
Tom Rainforth: mathematician's fern
Engineering at Cambridge:
Tom Rainforth: Lost souls
Engineering at Cambridge:
Tom Rainforth: The butterfly effect
Engineering at Cambridge:
Dr. Ronan Daly and Mr Ioannis Mastoris: Raincoat _noscale
Engineering at Cambridge:
Ugo Sassi: graphene shifted cross
Engineering at Cambridge:
Nishit Srivastava:Image of differentiating neurons from embryonic stem cells -1
Engineering at Cambridge:
Hugh Hunt: fuel dial
Engineering at Cambridge:
Phil Catton: Spooky
Engineering at Cambridge:
Phil Catton: Deep hole drilling 2
Engineering at Cambridge:
Sabina Caneva: Boron Nitride- the material that loves you back
Engineering at Cambridge:
Ugo Sassi: graphene butterflies in the air
Engineering at Cambridge:
Dr. Malik M. Qasim: nano-crystal-glass
Engineering at Cambridge:
Matteo Bruna: Techy bug
Engineering at Cambridge:
Dr. Malik M. Qasim: nano-networked-mesh
Engineering at Cambridge:
Jenna Shapiro: Mineral Blooms on Electrospun Fibres
Engineering at Cambridge:
Brajith Srigengan: Osteoblast branching across steel fibres2
Engineering at Cambridge:
Brajith Srigengan: Osteoblast branching across steel fibres4
Engineering at Cambridge:
Brajith Srigengan: Osteoblast branching across steel fibres1
