A Practical Scientist’s Field Guide to Dealing with Science and Religion.

Many people feel that there is a tension between science and religion. This tension often drives religious individuals to leave their faith. In Dr. Michael Ware’s opinion, this disconnect is artificial. He believes that science and religion are, in fact, very supportive of each other. By developing Physics 513R: Science and Religion Seminar, he hopes to help students develop the skills to navigate this disconnect effectively. 

This class began when a previous student of Dr. Ware’s reached out to him and expressed that his education at BYU had not prepared him to engage with non-religious scientific viewpoints. Dr. Ware began studying the curriculum for the philosophy of science classes here at BYU, but he felt that it was not practically applicable for himself as a physicist. However, combining both philosophical and scientific principles helped him create an engaging, discussion-based course for students. These discussions, founded on the combination of these approaches, give students the tools to think critically regarding the intersection of science and religion.

An average class day has Dr. Ware introducing a particular hot-button issue – for example, whether or not the Biblical account of creation should be interpreted literally – and facilitating class discussion about the topic. Dr. Ware enjoys all of the topics he covers in the class, but he says he finds the concept of fine-tuning particularly interesting. Fine-tuning refers to the fact that if physical parameters like the speed of light or the Planck constant had different values, our universe would be vastly different, and potentially incapable of supporting life. Thus, fine-tuning has been used by many as an argument for the existence of God. As interesting as arguments like this are though, Dr. Ware thinks they aren’t a very good foundation to build your faith on – just interesting ideas to explore.

The physics department at BYU is a unique nursery for both scientific and spiritual instruction, allowing students to interact with both fields and experience the interplay between the two. Dr. Ware uses this backdrop to teach a class that serves, in his own words, “as a scientist’s practical field guide for critical thinking on matters concerning science and religion”. His end goal for the class is to equip students with an understanding of relevant vocabulary and viewpoints. While Dr. Ware has his own thoughts on the matter, he ultimately hopes to help students who are curious about this relationship think critically and form their own opinions on these topics.

For those interested, Physics 513R is taught by Dr. Ware every fall semester.


Student Authors: Matthew Toole, Garrett Suggs, Matthew Schlitters, Thomas Cochran

News and Events

Image for Acoustics group studies the roar of SpaceX's Starship
Acoustics faculty and students measure the thunderous noise of the world’s most powerful rocket, exploring its impact on communities and the environment.
Image for Drs. Davis and Vanfleet Receive 2024 BYU Technology Transfer Awards
BYU Physics and Astronomy Professors Dr. Davis and Dr. Vanfleet recently received the 2024 award for outstanding achievement in technology transfer from the BYU Technology Transfer Office.
Image for Particle Physics Class
After 3 years of being offered as 513R, elementary particle physics is finally an official course and accepted for credit in the physics major!
Image for Acoustics Major Officially Offered at BYU
The BYU Physics & Astronomy department recently introduced the Applied Physics: Acoustics degree.
Image for A Practical Scientist’s Field Guide to Dealing with Science and Religion.
Dr. Michael Ware hopes to help students develop the skills to navigate discussion of science and religion
Image for Dr. John Colton’s Sabbatical to the National Renewable Energy Laboratory
Dr. John Colton embarked on a six-month sabbatical at the National Renewable Energy Laboratory (NREL) in Colorado to explore the use of terahertz radiation in probing the chiral properties of hybrid perovskite materials, a research area previously unfamiliar to him.
Image for Nathan Powers, Updated labs and AAPT lab committee work
Dr. Powers initiated the effort to update BYU’s physics undergraduate lab curriculum in 2015. The revamped curriculum, aimed at teaching students how to construct knowledge from experiments.
Image for BYU Women Represent at CUWiP 2024
21 women student attend conference at Montana State University, where students engaged in keynote speeches, panels, and research presentations.
Image for Dr. Stephens’ Sabbatical to University of Arizona
Dr. Stephens participated in a research project at the University of Arizona focused on studying brown dwarfs using the James Webb Space Telescope (JWST).
Image for New Weather Station
A group of undergraduate students braved the heat and heights of the ESC roof to install a new weather station. The station is up and running, and will hopefully record data for years to come.
Image for Study analyzes distant Kuiper Belt object with NASA's Hubble data
Using data from NASA's Hubble Space Telescope, a new study suggests that an object previously thought to be a binary system may be a rare triple system of orbiting bodies.
Image for BYU’s Rising Astronomers Take Center Stage at the Winter AAS Conference
In early January 2025, a group of 16 students from Brigham Young University’s Physics & Astronomy Department showcased their research at the prestigious American Astronomical Society (AAS) in National Harbor, Maryland.