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Fall Poster

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Evidence Manual

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Abstract

Modern computers are still limited for more complex scientific problems. The main disadvantage of these computers is they are unable to use all the energy provided to them which also makes them run hotter and slower. This disadvantage is referred to as low power efficiency and it also limits the speed of computers.

Our project is based on using a new method to solve the problem of low power efficiency. The technology we are working on is called asynchronous ballistic reversible superconducting computing (ABRS). It works by replacing some of the current computer components with much faster components; however, these new components require very cold temperatures to work. There are also problems with using the ABRS technology and we are focusing on one, finding a way to create components that can work with the technology.

We have created a tool that finds components based on a specified task. The combinations of these components are what makes hard problems possible to solve. First, the tool requires the user to tell it what the component does. Next, it looks at all the possible way to create the component and finds ones that match what the user wanted. Then, the tool gives the user visual results of the component. This project offers a possibility for people to make and build computers with this new technology. It also helps advance the research topic of the technology by letting scientists create more complex computers. The tool can also help companies use the ABRS technology and advance it further. If we are able to utilize the full potential of the ABRS technology, then that can lead to new discoveries of even more technologies and can help solve big problems in the world. This technology can effectively make computers operate at 500 times faster than any existing computer.

Meet the Team

Team 302 is dedicated to excellence in each of our key areas with a diveristy in many backgrounds of study and expertise.

Paper work, what? You can find no better organizer and team leader.

- Fadi Matloob Team Leader.

Vitial in interfacing tool with third party tool to ensure prober operations.

- Frank Allen Lead Engineer.

God of the keyboard and all things python. Vital in insuring the completion of the tool.

- James Hardy Lead Programmer.

The boy wonder in the team. Vitial in researching the topic and tools.

- Oscar Lopez Lead Researcher.