Computational Physics

This lab is a calculus-based introductory laboratory experience that is designed to accompany PC-202. Individual experiments will correlate with the course, including kinematics, Newton's Laws, energy, and momentum.

1 CreditNCorequisite: PC-202. Prerequisite or corequisite: MA-130 or MA-230.

An algebra-based introductory laboratory experience designed to accompany PC-203. The individual experiments will involve topics in circuits, light and optics, and nuclear physics.

1 CreditNPrerequisite: PC-202 or PC-204. Corequisite: PC-203.

An introduction to the theory and application of analog and digital electronics, starting with basic AC and DC circuits. The unit explains the principles of operation of the power supply, amplifier, oscillator, logic circuits, micro controllers, and other basic circuits. An associated laboratory component allows construction of and measurements on the circuits under consideration. Note: a special fee is assessed.

3 CreditsN 

The origin and progress of physics in the 20th century, including relativity and quantum theory with applications in atomic and molecular physics, nuclear physics, elementary particles and possibly some solid state physics. (Previously titled Modern Physics Lab)

3 CreditsN, CWPrerequisites: MA-230 and PC-203. Corequisite: PC-301.

The origins and progress of Physics in the 20th century, including relativity and quantum theory with applications in atomic and molecular physics, nuclear physics, elementary particles and possibly some solid state physics. (Previously titled Theoretical Modern Physics)

3 CreditsNPrerequisite: MA-230 or PC-203. Pre- or co-requisite: MA-235.

An introduction to calculus including differentiation and integration of elementary functions of a single variable, limits, tangents, rates of change, maxima and minima, area, volume, and other applications. Integrates the use of computer algebra systems, and graphical, algebraic and numerical thinking.

4 CreditsN, QM

An introduction to systems of linear equations, matrices, determinants, vector spaces, linear transformations, eigenvalues, and applications.

3 CreditsN, QMPrerequisites: MA130.

Expands the treatment of two-space using polar and parametric equations. Emphasizes multivariable calculus, including vectors in three dimensions, curves and surfaces in space, functions of several variables, partial differentiation, multiple integration, and applications.

4 CreditsN, QMPrerequisite: MA130

A continuation of the calculus sequence. Topics include methods of integration by Simpson's Rule, applications, Taylor and Fourier series; introduction to ordinary differential equations; integration in polar, cylindrical, and spherical coordinates; differential and integral vector calculus.

4 CreditsN, QMPrerequisites: MA230.

Theory and application of ordinary differential equations. Emphasis on modern qualitative techniques, with numerical and analytical approaches used when appropriate. Contains a brief introduction to partial differential equations.

4 CreditsN, QMPrerequisites: MA130 and MA230 and MA235 or MA233.

This course begins with an introduction to fundamental concepts in Scientific Computing and concludes with domain-specific projects in areas like Bioinformatics, Data Science, Physical Systems, and Numerical Analysis. The common content will include command-line interfaces (Linux), programming languages (Jupyter/Python), numerical and graphical libraries (NumPy and Matplotlib), version-control (Git/Github), and relational databases (SQL).

3 CreditsNPre-Req: CS-110

Observational, computational, or theoretical research into a topic in astronomy or astrophysics, under the guidance of a faculty member. A formal written report and public presentation of research results are required. May be taken multiple times for credit.

2-4 CreditsPre-requisites: AS-350 and permission of instructor.

The natural sciences capstone course is appropriate for any student in the natural sciences needing to fulfill the capstone requirement of the Juniata Curriculum. The course may be taken by any student with a natural sciences POE in their last 30 credits at Juniata. Offered asynchronously online, the course will be graded satisfactory/unsatisfactory. Guided by a series of tutorial videos, students are required to submit an up-to-date resume and two portfolio contributions. Through these assignments, students will reflect on how their Juniata experience has shaped their intellectual and personal growth.

1 Credit