2.  Draganflyer X6 is an advanced helicopter that can be operated remotely without any pilot.  It is designed mainly to carry wireless video cameras and still cameras.  The Draganflyer X6 helicopter is based on a unique 6-rotor design that has been under development since early 2006.

3.  Industrial Use.  Government Applications.  Educational Applications.

4.  1)Six Rotor Co-Axial Configuration 2)GPS Facility 3)Carbon Fiber Folding Frame 5)Advanced Power System 6)High Damage Tolerance 8)Engineered for Safety 9)Electronic Flight Stability 11)Wireless Video System 12)Anti-Vibration Camera Mount 13)HD Digital Video Camera 14)Low Light Camera 15)Thermal Infrared Camera

7. Robot with facial expressions

8.  NEXI is a robot displays facial emotions developed by MIT (Massachusett Institute of Technology) Lab's Personal Robots Group in collaboration with Prof. Rod Grupen at the University of Massachusetts-Amherst and two MIT robotic spin- off companies.  NEXI's face has been designed to use gaze, eyebrows, eyelids and an articulate mandible which helps in expressing a wide range of different emotions.

9.  NEXI has a colour CCD in each eye as well as an indoor active 3-D infrared camera in its head and four microphones to support sound localization. It has laser rangefinder which supports real-time tracking of objects, people and voices as well as indoor navigation and has hands that can be used to manipulate objects.

11.  The chassis of NEXI is also advanced which it is based on the uBot5 mobile manipulator developed by the Laboratory for Perceptual Robotics UMASS (University of Massachusett) Amherst.  The mobile base can balance dynamically on two wheels. The arms can pick up ten pounds; the plastic covering of the chassis can detect human touch.

13.  Canadian center for Electron Microscopy has developed a new powerful microscope that is world's most powerful microscope.  It has been put through its paces to achieve unprecedented resolution.  This microscope is so powerful that it can easily identify atoms, measure their chemical state and even probe the electrons that bind them together.

14.  This microscope can be used to produce more efficient lighting and better solar cells, to study proteins and drug-delivery materials to target cancers.  Higher density memory storage for faster electronic and telecommunication devices.  It’s cost is $15 million.