Science, Engineering and

Technology Interactive

 

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E=mc2 Pi Inertia jars

  

Interactive displays using both software and hardware can be an interesting and fun method of presenting scientific, engineering or technological concepts. The software can drive computer animations and also synchronise external devices such as motors, lights, servos, etc via hardware interface cards and custom control software. Feedback can be provided using touch-screens, keyboards, mice, pressure pads, infra-red motion detectors - virtually anything!

GRALLATOR supports the Science and Engineering Ambassador Scheme and is an active participant in activities.

For further details of educational services see the sister site

www.whylearnthat.co.uk

 

Case Study: Einstein Lecture

This talk was developed to be presented for the 2005 international year of physics in collaboration with the Derbyshire Education Business Partnership and Derbyshire SETPOINT. The talk gives a brief tour of Einstein's contributions to science consists of a number of computer-animated demonstrations that are complimented with physical objects such as "inertia jars" which demonstrate what would happen if gravitational mass and inertial mass were not equivalent.

The talk is controlled via radio control to the presenting computer. This computer is also interfaced to the outside world to allow control of lights, motors, servos, etc. so that on-screen virtual objects and real world objects can be controlled and choreographed simultaneously.

 

 

Case Study: Global Climate

This is an interactive software and movie demonstration of global climate modelling. There is a short animated movie that induces the concepts behind global climate modelling and an interactive interface that lets the user explore the effects of changes in parameters such as distance from the sun, cloud cover, etc. on global average temperatures.

The physics behind a simple climate model is also explained along with an efficient numerical method of solution based on multi-dimensional Newtonian iteration.

An evaluation copy of this demonstration can be made available on request.

 

 E=mc2 Pi Inertia jars

 


Copyright (c) 1999-2005 GRALLATOR. All rights reserved.
info@grallator.co.uk

 

Dr Chris Robbins

Tel/fax: 01663 749785

Email: info@grallator.co.uk