What Problems Can Be Solved With Advanced Measurement Technologies?

[IGen]

Hello everyone,

we are a student team at Vienna University of Business and Economics and collaborate with a research institution in a research project to identify new fields of application for an already existing technology. In order to include creative ideas and to ensure impartiality, we do not explain the technology itself, but the most important features and benefits of this technology.

For those who are interested in our method, which we use in the course of our project, we would like to point to the following link: http://www.facebook.com/search/?init=srp&sfxp&o=69&q=ISAA&s=30#!/group.php?gid=180672897212&ref=search&sid=1184613920.972451719..1

The goal of our project is to tap the full potential of the technology of our partner. It is important to mention that the project is not about commercialization, but, as indicated before, it is a research project in collaboration with a research institution. Therefore we would like to ask you for your help.

As far as your own field of interest or field of operation is concerned, are there any problems which could be optimized, or do you have ideas where the following features and benefits may be important:

* Where is it important to measure the structure and/or chemical composition of substances and solid material and analyze/display the results in three dimensions?
* Where is it advantageous to have mobile and compact measurement instruments?
* Where does high speed in measurement in terms of a high image refresh rate play a role?
* Where is it important that measurement instruments are radiation hard?


We would really appreciate receiving your creative ideas! You can also help us in referring us to people who may have innovative ideas.

Many thanks in advance!

Best regards
The student team at Vienna University of Business and Economics

 

[AndyW]

Dear student team at Vienna University of Business and Economics,

Thank you for reaching out to the scientific community for input on your research project. It is commendable that you are seeking creative ideas and ensuring impartiality in your approach.

I am a scientist who specializes in materials science and nanotechnology. I believe that the technology you are working with has great potential for application in this field. Here are some potential areas where the features and benefits you mentioned could be important:

1. Nanoparticle analysis and characterization: In the field of nanotechnology, it is crucial to accurately measure and analyze the size, shape, and composition of nanoparticles. Three-dimensional imaging and high-speed measurement capabilities would greatly aid in this process.

2. Environmental monitoring: The ability to quickly and accurately measure the structure and composition of substances in the environment is important for monitoring pollution levels and identifying potential hazards. Mobile and compact measurement instruments would be useful in this application.

3. Medical diagnostics: In the medical field, there is a constant need for non-invasive and accurate measurements of structures and chemical compositions of tissues and organs. The radiation-hardness of the measurement instruments would also be beneficial in this application.

4. Space exploration: In space exploration missions, compact and radiation-hard measurement instruments are essential for analyzing the composition of planetary surfaces and space debris.

I hope these suggestions are helpful to you and your research project. I also recommend reaching out to other scientists and researchers in these fields for their input and ideas.

Best of luck with your project!