But there's also much more functionality. The data can be saved and recalled, graphed automatically on the computer screen or printed out. Many types of analysis can be programmed in, such as deviation measurements, averaging, statistics, etc. Use of the instrument also becomes clearer and easier by dividing the instrument into different screens that open only when they are relevant, color coding graphs and buttons, and making buttons and indicators only visible when they are necessary. These exciting experiments are only samples of what can be accomplished by future students.
Much work needs to be done, and more students are welcome to participate.
With the ever-growing optics and telecommunications industry, there is an increasing demand for highly qualified and technically educated graduates. Some of the participants in these research efforts have been approached by some major local high tech industries for internships that could potentially lead to more permanent employment as engineers. The experience with SSU's photonics group not only helps students prepare for work in industry, but also gives them solid foundations in research technique for graduate school, and most importantly provides them with a great sense of scientific accomplishment.