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Lincoln, Don – Physics Teacher, 2020
Two well-regarded measurements for the expansion rate of the universe disagree, leaving cosmologists very puzzled. It may be that something large has been overlooked in our theory of the Big Bang. This discrepancy is called the Hubble tension and it has led to a very interesting conversation within the cosmology community.
Descriptors: Science Instruction, Teaching Methods, Measurement Techniques, Astronomy
Blais, Brian S. – Physics Teacher, 2020
Progress is made in science by constructing many models (possibly of different complexities), testing them against measurements, and determining which of them explain the data the best. It is my observation, however, that in many introductory physics labs we provide students with the materials and methods to verify the "correct" model of…
Descriptors: Physics, Science Instruction, Laboratory Experiments, Teaching Methods
Rosengrant, David; Money, Philip; Beyer, Tracey; Alexander, Berkil – Physics Teacher, 2019
Some educators use what we call a "hook" as a key element in their lessons. We use "hooks" to get our students interested in what it is we are teaching. Many teachers have adopted the Next Generation Science Standards and establish the phenomena as the engine that drives scientific investigation and learning in the classroom.…
Descriptors: Teaching Methods, Video Games, Vignettes, Science Instruction
Heafner, Joe – Physics Teacher, 2018
I begin my introductory astronomy course with a unit on critical thinking that focuses on, among other things, the differences between the "scientific method" as frequently presented in textbooks and actual scientific practice. One particular classroom activity uses a simple dice game to simulate observation of a natural phenomenon and…
Descriptors: Astronomy, Science Instruction, Teaching Methods, Educational Games
Miller, Scott – Physics Teacher, 2014
Oftentimes physics is portrayed as merely a list of facts that we know about the world around us, when in fact it is a way of knowing about that world. At times physics claims to understand the inner working of objects that cannot be directly observed, such as the core of the planets and Sun, or the structure of an atom. It is important for…
Descriptors: Scientific Principles, Physics, Observation, Inferences
Singh, Chandralekha – Physics Teacher, 2014
Physics Education Research (PER) focuses on understanding how students learn physics at all levels and developing strategies to help students with diverse prior preparations learn physics more effectively. New physics instructors are encouraged to visit http://PhysPort.org, a website devoted to helping instructors find effective teaching resources…
Descriptors: Educational Research, Physics, Scientific Research, Teaching Methods
DeWeerd, Alan J.; Hill, S. Eric – Physics Teacher, 2006
Over the last few years, the helical mirror or "spinner" has become a popular decoration for gardens and elsewhere. Even casual observation reveals intriguing optical properties, so the spinner is a good teaching tool. To facilitate student exploration, we suggest some questions and provide brief explanations.
Descriptors: Reflection, Optics, Teaching Methods, Educational Technology
Vondracek, Mark – Physics Teacher, 2007
There are many schools (grades K-12) around the country that offer some sort of science research option for students to pursue. Often this option is a local science fair, where students do smaller projects that are then presented at poster sessions. Many times the top local projects can advance to some type of regional and, possibly, state science…
Descriptors: High Schools, Physics, Science Fairs, College Science

Sneider, Cary I. – Physics Teacher, 1972
Descriptors: Instruction, Physics, Science Activities, Scientific Research

Buldyrev, Sergey V.; And Others – Physics Teacher, 1994
Describes a research program in which high school students act as individual investigators on scientific projects. Probes how to better introduce current scientific research topics and methodologies into the classroom. Provides an example using fractals. (MVL)
Descriptors: Computer Uses in Education, Fractals, Physics, Science Education

Windelborn, Augden – Physics Teacher, 2000
Discusses possibilities for the application of telepresence to physics and teaching. Telepresence allows a computer user to effectively be present at some other location through the use of remote cameras, sensors, and controls. (WRM)
Descriptors: Computer Mediated Communication, Computer Uses in Education, Educational Change, Higher Education