You can conduct genuine astronomical research without leaving Rexburg. BYU-Idaho provides the technology and faculty support required to analyze the universe while remaining in a familiar, focused environment.
Astronomy at BYU-Idaho
The physics department utilizes remote observatories to give you direct experience with modern astronomical data collection. You use these digital tools to study celestial bodies and apply physics principles to real-world observations.
Physics provides a framework for understanding the laws governing matter and energy. As an astronomy student, you use scientific inquiry as a reliable pathway to truth.
You learn to meet professional scientific standards by:
- Modeling physical systems using numerical data.
- Operating remote observation equipment to gather real-time data.
- Expressing data-driven reasoning in written scientific reports.
- Participating in undergraduate research to prepare for technical careers.
More than Stargazing
Many incoming students assume that publication-quality astronomy requires moving to a massive, expensive research university. At BYU-Idaho, you do not need to relocate to access elite equipment. You control high-powered telescopes remotely from a campus computer lab.
This setup allows you to gather data, collaborate with faculty, and get your name on published research papers early in your college career. You gain competitive resume experience while maintaining your local support systems, close-knit campus relationships, and family connections.
Observatory Guidelines and Operations
The physical BYU-Idaho Observatory is located on the roof of the George S. Romney Building. It serves as both a classroom laboratory and a student resource.
For formal classes, independent research, and extracurricular observations, use the following operational guidelines:
In-Class Observations and Research
- Remote Instruction: Access to research data is handled through designated campus computer labs via remote link. You receive specific software login credentials from your professor during lab sections.
- Data Scheduling: Observation windows for data collection must be coordinated directly through your research faculty mentor to avoid scheduling conflicts on the remote array.
- Senior Thesis Projects: Students using telescope data for capstone projects must submit data requirements to the department coordinator at least two weeks before the academic term begins.
Outside of Class
- Student Access Nights: The rooftop observatory is open to the public and free of charge on clear nights. Trained student operators are on duty to handle telescope mechanics and point out major constellations.
- Weather Policy: All physical rooftop operations are subject to immediate cancellation in the event of cloudy or overcast skies. Check the department's updates before planning a visit.
- Volunteering: Physics majors can apply to work as student telescope operators to gain leadership experience and practice technical presentation skills.
To review current operating schedules, safety regulations, or weather status updates, visit the BYU-Idaho Observatory Home page.
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Physics - Wikipedia
Physics Majors and Degrees - BigFuture
What You Need to Know About Becoming a Physics Major
Field of degree: Physical science : Occupational Outlook Handbook: : U.S. Bureau of Labor Statistics
Relationship between mathematics and physics - Wikipedia
Physics & Maths Tutor
Journal of Mathematical Physics | AIP Publishing
Physics | Science News
What Is Physics? | Simple Guide to Basic Concepts, Daily Uses & Future of Physics – We Love Physics
Classical mechanics - Wikipedia
Quantum mechanics - Wikipedia
Electromechanics - Wikipedia
Astronomy - Wikipedia