Physics

An overview of current topics in Applied Physics Research. An introduction of scientific writing, speaking and professional topics.

The development of the laws of physics in mathematical form. The application of these laws to physical problems and a discussion of the mathematical methods employed.

Provides a highly interdisciplinary introduction to the science of nanoscale materials (nanoscience). Topics will include historical background, characterization techniques, physics and chemistry of nanoscience materials, fabrication techniques, nanoscale applications and ethical/societal considerations.

Introduces the state-of-the-art techniques commonly used in the characterization of nanomaterials. Two important aspects of characterization, imaging and chemical analysis, are included. Emphasizes force, transmission and scanning electron microscopy.

The capstone experience for the Graduate Certificate in Nanotechnology. Students chose an appropriate topic in nanotechnology in consultation with the instructor, perform a literature search, design the experiments and perform the data collection and analyses, write up the project following the style of a professional journal article, and present their results to their peers and instructor in the format of a formal scientific presentation.

Provides the student with a basic understanding of the scientific principles associated with optics and optical image formation, as well as image capture, processing and analysis. An end-to-end treatment of the imaging system is employed to illustrate the inter-relationships of the concepts introduced. The student will become familiar with systems analyses of simple imaging systems and image analysis methods.

The interference of light is discussed in detail. Applications to high-resolution imaging and precision measurement are covered, including techniques such as electronic speckle pattern interferometry, long baseline optical interferometry and related techniques. The student will become familiar with the basic performance metrics and main types of interferometers in use today.

The student will conduct a research project in physics either on campus or in the context of an internship with a local company. The special project may either be a technological special project or an entrepreneurial special project. There will be a product as defined in the School of Graduate Studies guidelines for special projects at the conclusion of the course.

The student will develop a thesis proposal according to accepted style guidelines, including a current literature review of the thesis topic and a description of the project design, and begin the research.

Thesis investigation conducted under the supervision of an approved adviser. Completion of the written thesis and oral defense of the research work in the thesis.

Prerequisite: departmental permission.