Daric Niclas

What is the research you are engaged in and what you have accomplished this summer?

This Summer, I'm helping build up the research infrastructure behind an experimental, high-dynamic range x-ray imager called the MMPAD. Right now, I'm working on the interfacing between the different instruments and control systems so that users can deploy the imager in their experiments. By the end, I'm hoping to have left the MMPAD in a usable and easily iterated-upon state for CHESS.

What are the impacts of your research for the general public?

Two examples come to mind: materials development, and failure analysis. To do either, good imaging is highly advantageous. Compared to common x-ray imagers in use today, the MMPAD is more sensitive; able to take frames quicker; and it has a greater dynamic range. The extra data will aid in the development of materials like advanced alloys and help engineers more accurately and efficiently ascertain why failures occur in their designs. 

What did you enjoy most about this research/summer experience?

The greatest challenge I've had is that I lack physical access to the equipment, and everything must be done remotely. My preference is to work with things hands-on, but that isn't an option right now. Despite that, I will say that Cornell and the CHESS staff have done a great job implementing remote access for all the tools I use.

What did you find the most challenging about this research?

The hardest part so far has been adhering to all the constraints in a given project. When designing a component certain parameters will restrict your workspace for design. Working around these parameters and still figuring out a solution can be the hardest part, but these roadblocks are what make the projects interesting. It is similar to a puzzle or a challenge in my eyes, so even with these challenges I still enjoy myself.

How has this experience changed your view about being a researcher?

I knew that researchers were in-part responsible for implementing their own research instrumentation, but I didn't expect it to be this involved. Researchers do a surprising amount of custom work! As someone who has always enjoyed tinkering with machines -- and more recently, x-ray imaging equipment -- I feel as though I've gained a new perspective on the field.