Video duration: 58 seconds
Global video hits: 620834
Read more:
http://technology .newscientist.com/ar ticle/mg19926696.100
This robot steers clear of obstacles thanks to a pile of rat brain cells.
Footage courtesy Reading University
Video duration: 192 seconds
Global video hits: 677861
Read more: http://technology.ne wscientist.com/chann el/tech/mg19826531.2 00-shapeshifting-rob ots-take-form.html
A robot developed by roboticists at the University of Pennsylvania is made of modules that can recognise each other.
Video duration: 77 seconds
Global video hits: 14667
Read more: http://www.newscient ist.com/article/mg20 026765.900 Discover how the common fruit fly can control a laboratory robot at the Swiss Federal Institute of Technology
Video duration: 67 seconds
Global video hits: 731011
Read more: http://www.newscient ist.com/article/dn14 889-worlds-deepest-l iving-fish-caught-on -film.html?DCMP=yout ube
Deepest-living fish caught on camera for the first time
Video duration: 233 seconds
Global video hits: 33383
Read more: http://www.newscient ist.com/ Carbon material gives more grip than gecko feet. Deepest-living fishes caught on camera for the first time. Digital zebrafish embryo provides the first complete developmental blueprint of a vertebrate.
Video duration: 32 seconds
Global video hits: 39370
Read more:
http://technology .newscientist.com/ar ticle/dn14532
These stunningly accurate animations are created by modelling every muscle and tendon of the hand
Footage courtesy Shinjiro Sueda/University of British Columbia
http://www.cs.ubc .ca/labs/sensorimoto r/projects/hands_sig 08/
Video duration: 115 seconds
Global video hits: 92900
http://technology.ne wscientist.com/artic le/dn12970
Cellphone users can shake their phone to feel and hear how full their battery or message inbox is - as if it were a liquid fuel tank.
http://www.dcs.gl a.ac.uk/~jhw/shoogle /index.html
Video: John Williamson, Dynamics and Interaction Group, Glasgow University
Video duration: 26 seconds
Global video hits: 23420
Read more:
http://technology .newscientist.com/ar ticle/dn14497
Stretchy rubber circuits could give robots soft and sensitive skins to make them safer around humans, says Japanese researchers.
Footage courtesy of
Takao Someya, Tokyo University
Stills courtesy Science/AAAS