The AR software in this project is named Interactive Microscopic Augmented Reality, IMAR and adopted a 3D simulation program that calculated the particle movement and collisions in real time. In addition, one AR target image can correspond with multiple  AR contents. Our new scanning identification technology provides several AR contents in one target image by users＇ scanning and has been patented and applies to the teaching of microscopic particles in Nature Science of 12-year Basic Education.

1. 3D Simulation Program: Since the movement of AR particles is calculated in real time, the content observed by the user is therefore unique every time. 
2. One target image to many AR contents: the new scanning identification technology provides many AR contents in one target image. 
3. To enhance the interaction between AR and the users: allow users to explore different AR contents by scanning two or more images.

(1)Via one-to-many AR scanning identification technology, the project provides an abundance of digital data overlaid in the target image and interactive chances with AR for learners. IMAR can upgrade the product value in the Cultural and Creative Industry.
(2) IMAR has to be integrated with hands-on activities. This mature technology is applicable to the textbook market and the digital publishing industry.