Project - Quantum Dosimeter (CERN)

[IGEN_WUWIEN]

Hey,

we are a group of students of the Vienna University of Economics and Business and we are currently working on a project together with CERN.
In our course “Idea Generation”, we are trying to identify application fields for the quantum dosimeter, a technology developed by CERN.

The technology is not only able to measure the dose of ionizing radiation, but can also detect the particles composition. The sensor recognizes specific particle signatures and is therefore able to identify the kind of radiation that is introduced e.g. alpha-, beta-, gamma-, X-rays, but also certain types of ultraviolet light. Therefore it can give current information about the degree of harmfulness or severity – the damage factor.
This technology is very sensitive, so it enables its user to recognize lower levels of radiation than other instruments, which are used for the time being. Speaking in technical language the measurement of radiation above 3 KeV is possible.
Both the data readout and the signal processing are done digitally on your computer. A software tool provides a readable output which is generated in real-time.

To get some more informations about the technology please open the following link:
http://dl.dropbox.com/u/7680781/The%20Technology.pdf

As I know you are experts in the field of physics, I would be really happy if you can name some application fields, where you think that this innovative technology could be useful. Probably you even know some people working with radiation that you could ask.

I really would appreciate a lot of ideas. :-)

Thank you already in advance and greetings from Vienna (Austria)

Claudia

 

[eljose79]

Dear Claudia,

Thank you for reaching out to us for ideas on potential application fields for the quantum dosimeter technology developed by CERN. As experts in the field of physics, we are always excited to see innovative technologies being developed and utilized.

Based on the information provided, it seems that the quantum dosimeter has the potential to be useful in a variety of settings where radiation exposure is a concern. Here are a few potential application fields that come to mind:

1. Medical field: One potential application for the quantum dosimeter technology could be in the medical field, specifically for monitoring radiation exposure in healthcare workers who regularly work with X-rays, gamma rays, and other forms of ionizing radiation. The high sensitivity and ability to detect specific particle signatures could provide valuable information for healthcare workers to ensure they are not being overexposed to radiation.

2. Nuclear power plants: Another potential application could be in nuclear power plants, where workers are exposed to higher levels of radiation. The ability of the quantum dosimeter to measure radiation levels above 3 KeV could be particularly useful in this setting. It could also potentially be used for monitoring radiation levels in the surrounding environment.

3. Space exploration: The quantum dosimeter's ability to detect different types of radiation, including ultraviolet light, could make it a valuable tool for monitoring radiation levels in space. This could be useful for astronauts and spacecrafts traveling through areas with high levels of radiation.

4. Industrial settings: Industries such as mining, oil and gas, and manufacturing often involve exposure to radiation. The quantum dosimeter could be used to monitor radiation levels in these settings and help ensure the safety of workers.

5. Environmental monitoring: The high sensitivity of the quantum dosimeter could also make it useful for monitoring radiation levels in the environment, such as near nuclear waste storage facilities or in areas affected by radiation from natural sources.

These are just a few potential application fields for the quantum dosimeter technology. We suggest reaching out to experts in these industries and other fields that involve radiation exposure to gather more ideas and potential uses for this innovative technology.

Best of luck with your project!