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NASA’s hyperwall is a video wall capable of displaying multiple high-definition data visualizations and/or images simultaneously across an arrangement of screens. Functioning as a key component at many NASA exhibits, the hyperwall is used to help explain phenomena, ideas, or examples of world change.As an intern I worked to develop test framework software for NASA's hyperwall. One program I worked on with my mentor were validation tests that insured files fit the format needed to run on the hyperwall. http://svs.gsfc.nasa.gov/

Slide 3: At least once a month, it is important to remove the RF sources from the deposition system and clean them. The ingredients are supplied to the samples through the RF sources. Once the sources are back in, we have to calibrate the system. The RF sources are calibrated by testing the amount of time it takes for the sources to reach a certain thickness at different power settings (W). Slide 4: Once the samples are taken to the VSM, we begin our measurements and analysis. Slide 4 explains what is happening during the measurements. A hysteresis loop is created, because of the magnetic field that is applied to the magnetic material located on the samples. On all of the samples, there are two types of material, which are classified as hard and soft material. The difference between the two is that it takes a greater magnetic field to force the hard material to change direction then it does the soft material. An easier way to think of it is when you put a magnet close to a paperclip... Since paperclips are relatively weak metals, and depending on the strength of the magnet, the closer you get, the more attracted the paperclip is. It is the same concept with the VSM, except the samples are placed between two extremely powerful magnetics, which can reach electro-magnetic strengths of 20 Telsa (20,000x earth's magnetic field). By having the samples placed between the two magnetics, you force the sample to vibrate (hints the name). Anyway, back to the slide... The slide is showing the amount of magnetic strength needed to force the magnetic material on the sample to face the other way. Slide 6,7: The analysis provided by the VSM program shows the area of the hysteresis loop, but we desired a second look to be certain. To do so, I used the Python programming language to write a program that would determine the area under the hysteresis loop. Slide 6 shows the area of the hysteresis loop where areas are square, while slide 7 shows an improved area of the whole loop.

I checked the associate dean's calendar and kept everything organized within the office.