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Physics (B.S.)

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B.S., Physics

College of Natural Sciences and Mathematics

What You'll Do

Physicists study the natural world, from the tiniest subatomic particles to the largest galaxies. They do experiments to discover the laws of nature. They study what things are made of matter and how things behave. They also learn about energy, studying how it changes from one form to another.

Some physicists focus on theories. They ask bigger questions about the world around them. They might ask what causes gravity, for example, or what the shape and size of the universe is. Then, they use observation and mathematics to find the answers.

While at Indiana University of Pennsylvania, Physics majors in the B.S degree program take courses in electromagnetism, mechanics, statistical mechanics, electronics, quantum mechanics, and solid state and/or nuclear physics.

What You'll Become

The Bachelor of Science degree in Physics will prepare you to begin your career or enter graduate school.

According to an American Institute of Physics report on the initial employment areas of those with bachelors’ degree in physics in 2003 and 2004, 56 percent were employed in the private sector, 14 percent in high schools, 12 percent in colleges and universities, and 7 percent in the active military. The rest worked in national labs, medical centers, and other fields.

Among those in the Class of 2007 who were employed in the private sector, 71 percent found work in the areas of engineering, science, technology, and math. Typical starting salaries for physics bachelor’s degrees were ranged from $30,000 to $55,000, depending on the employment sector.

Physics Class Talwar

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Special Features

  • IUP’s Physics Club expands social and academic opportunities for students. Members pursue research projects and go on summer internships to national research labs.
  • Physics scholarships are available.
  • Sample production facilities for thin films and nanoparticles include a four-gun high-vacuum sputtering system, E-beam deposition, a class 1000 clean room, optical lithography capabilities, a range of furnaces for target production and annealing, an ellipsometer, scales, centrifuges, microscopes, and an optical microscope equipped with a CCD camera for nanomaterials characterization.
  • You'll also find a Lakshore 2T vibrating sample magnetometer, two Netsch differential scanning calorimeters (77K to 1,500K), a home-built DC SQUID magnetometer, X-ray diffraction, a Fourier transform infrared spectrometer, a deep-level transient spectrometer, an ISI Model ABT-55 electron microscope, a nanosurf scanning tunneling microscope, and facilities for Hall-Van der Pauw, resistivity, I-V, and C-V measurements.

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