• Our Team
  • Log In
PEER Physics
  • Curriculum & More
    • Curricular Materials
    • Professional Learning
    • Responsive Partnerships
  • Impact
    • Research
    • Equity and Agency
    • Testimonials
    • ESSER
  • Chapter W
  • Contact Us
  • Menu Menu

Keeping K-12 at the Center of Science Education Research: A Brief Introduction to the PEER Physics Research Cohort

Blog Posts

Educators across the nation are increasingly embracing research-backed approaches to learning in reading and math. However, science education research is not keeping pace, and physics education research often overlooks the K-12 perspective. As a result, we are missing out on opportunities to understand students’ sense of belonging in and engagement with science courses, identify key practices that make students successful, and motivate students to pursue science in college and/or career.

To ensure K-12 science educators’ voices remain part of the national conversation and to keep up with students’ experiences in science classrooms, PEER Physics created the Research Cohort. The Research Cohort offers educators the opportunity to perform research that helps them better understand their students and advance their teaching practice while getting ongoing support, feedback, and education from a community of educators and PEER Physics staff.

Who We Are: The PEER Physics Research Cohort comprises teachers who have completed two or more years of PEER Physics professional learning. Participation is open to educators across the educational landscape and across the nation. We currently have educators who work with middle school, high school, undergraduate, and graduate students! 

What We Do: Participating teachers learn how to craft and refine a research question on a topic of their choosing, collect and analyze data and prepare to share their findings to a regional or national audience. Cohort members are currently investigating topics like how students’ sense of belonging impacts their science identities, how to improve participation in classroom discussions and consensus-building activities, and identifying factors that influence assessment scores.

Figure 1: One participating teacher developed these participation-tracking tools to collect data on student engagement during consensus-building conversations.

Interested in Learning More? If you’d like to learn more about our research or how to join the Research Cohort, reach out to Emily or check out our work at NSTA 2026 in Anaheim, California, April 15–18, 2026! Come see us at Booth #267.

March 10, 2026/by Mary Frances Harris
https://peerphysics.org/wp-content/uploads/2019/01/PEER-physics_Long-Width-300x101.png 0 0 Mary Frances Harris https://peerphysics.org/wp-content/uploads/2019/01/PEER-physics_Long-Width-300x101.png Mary Frances Harris2026-03-10 21:14:092026-04-02 14:36:21Keeping K-12 at the Center of Science Education Research: A Brief Introduction to the PEER Physics Research Cohort

Instagram

peerphysics

A holistic approach to high school physics instruction where we strive to cultivate expert learners, not just expert knowers.

Did you know PEER Physics is taught at the univers Did you know PEER Physics is taught at the university level too? At CU Boulder, instructors on our team use it to teach the introductory course Energy and Interactions. If you teach AP Physics or want to bring in more math modeling, they're happy to connect and share what they've learned. Reach out to us here, and we will get you in touch with the instructors at CU. 🔭⚛️
 
#STEMEducation #PhysicsEducation  #inquirybasedlearning
📚 This month's reading recommendation: "Beyond Equ 📚 This month's reading recommendation:
"Beyond Equity as Inclusion: A Framework of 'Rightful Presence' for Guiding Justice-Oriented Studies in Teaching and Learning" by  Angela Calabrese Barton & Edna Tan (2020). Their Rightful Presence framework challenges us to see historically marginalized students' lives and knowledge as legitimate, valuable and not just a seat at the table. For physics teachers: who is in your classroom, and how do your practices embrace all of them meaningfully?

We hope this reading sparks your thinking. Access the full article in this month’s newsletter available in the link on bio or at our website: peerphysics.org.
We are celebrating Chris Asmann from Bothell High We are celebrating Chris Asmann from Bothell High School in Bothell, Washington. 

“I have been teaching PEER Physics at Bothell High School, a suburban school north of Seattle, since 2019. Through the use of the PEER learning cycle and its engaging curriculum, I have seen a significant increase in students’ conceptual understanding, participation, and overall attitude toward physics. My students especially enjoy the hands-on activities and anchoring phenomena, and I believe their retention has improved because they are actively developing ideas and concepts rather than simply being told the content.
I have also helped support my school district’s adoption of the PEER Physics curriculum, which is now taught in all five district high schools. This year, as a PEER Physics Facilitator, I have been working with teachers in the Puyallup School District as they implement the PEER Physics curriculum, helping them adapt it to best fit the needs of their students and classrooms.
Next year, we will be welcoming a new science teacher to our school, and I am excited for the opportunity to support them in learning and implementing PEER Physics as well.”

Thanks for your dedication, Chris! We are honored to work with you.

#PEERPhysics #TeacherSpotlight #PhysicsTeacher #STEMEducation #NGSS
As the new school year starts, it’s important to r As the new school year starts, it’s important to revisit the norms and practices that support and foster PEER Physics inquiry-based learning. A PEER Physics classroom depends on intentional routines: how students share initial ideas, how groups build consensus, and how scientific discourse develops within the classroom community. Whether this is your first year or your fifth, these foundations are worth setting up thoughtfully from the beginning.

We've put together a resource on practices and norms in PEER Physics inquiry-based learning to help you get ready. Check the link in our bio

#inquirybasedlearning💡📚🔍 #StudentSuccess
At PEER Physics, we believe every student can feel At PEER Physics, we believe every student can feel welcomed into the discipline of physics. 🌊⚡ 

Our mission is ambitious: To foster communities dedicated to transformative learning, where teachers invite their students to produce, rather than consume, ideas. 

Swipe right to see the 7 core values that guide our curriculum's pedagogy, as well as every decision we make: from how we partner with districts and schools, to how we support and collaborate with teachers, and to how we view learning and curriculum design itself.

If you're curious about what this looks like in practice, learn more about our mission and values at the link in our bio. 👆
Differentiation gets talked about as one of educat Differentiation gets talked about as one of education's perennial buzzwords, but the idea behind is that the best teaching practices consider every learner in the room: attentive to the academic, cultural, linguistic, and socioeconomic diversity that shapes how each student learns.
Learn more about differentiation with the resources available in this month's newsletter, at peerphysics.org. 🔗
🏆 Congratulations, Spain! 🇪🇸 The 2026 FIFA World 🏆 Congratulations, Spain! 🇪🇸

The 2026 FIFA World Cup has come to an end, and Spain is our champion.

Check out our previous posts to discover how you can use highlights from the tournament to connect with the PEER Physics curriculum and get ideas for your classes this coming fall. ⚽📚

 #worldcup #WorldCup2026 #physics
⚽ Grass or turf? Stadium surface is one of the mo ⚽ Grass or turf? 
Stadium surface is one of the most quietly debated factors in this World Cup. The ball behaves differently on natural grass than on artificial turf. 
🏟️ Every World Cup pitch is actually a hybrid. Natural grass with synthetic fibers stitched into the base for stability. Here are two ways you could prompt your students to think about this:
📘 Chapter E lens: where does the ball's kinetic energy go? 
📕 Chapter F lens: what forces is the surface applying on the ball?

What other World Cup moments would you like us to break down? 👇

#worldcup2026  @fifaworldcup #physicsfun 
#PEERPhysics #WorldCup2026 #PhysicsTeacher #PhysicsEducation #NGSS #STEMEducation #HighSchoolPhysics #PhysicsOfSports #WorldCup
⭐ Teacher Spotlight ⭐ We are honored to spotlight ⭐ Teacher Spotlight ⭐
We are honored to spotlight Sadequn Nahar from Sunnyside High School in Tucson, Arizona! 
“I work with students from diverse backgrounds and experiences. My goal is to help students see that physics is more than a textbook subject—it is a way of understanding the world around them. I strive to create a classroom where students feel comfortable asking questions, taking risks, and learning from one another.
Several years ago, I served on the district committee that selected PEER Physics as our curriculum. Since then, I have seen its positive impact on both student learning and my own teaching practice. The curriculum's engaging phenomena and investigations help students connect physics concepts to their everyday lives while building confidence, curiosity, critical-thinking, and collaboration skills.
The PEER Physics community has also been an invaluable source of support and inspiration. Collaborating with dedicated educators has provided fresh ideas, meaningful reflection, and opportunities for continued growth as a teacher.”

Thanks for your passion, Sadequn! We are honored to work with you.
#PEERPhysics #TeacherSpotlight #PhysicsTeacher #STEMEducation #NGSS
Follow on Instagram

Facebook

Recent Posts

  • How Teachers Are Making the Most of Their PEER Physics eBooks April 5, 2026
  • Keeping K-12 at the Center of Science Education Research: A Brief Introduction to the PEER Physics Research Cohort March 10, 2026

Special Thanks

Special thanks to the Physics and Everyday Thinking developers who envisioned inclusive learning environments where students develop, share, critique, argue, and revise evidence-based ideas — principles upon which PEER Physics is based.

CU and Peer Logos with slogan

Privacy Statement

National Science Foundation

PEER Physics was supported by NSF DUE 1340083.

© Copyright - Physics Through Evidence - All rights reserved | Site Built By: Overhaulics
  • Link to Facebook
  • Link to Instagram
Link to: How Teachers Are Making the Most of Their PEER Physics eBooks Link to: How Teachers Are Making the Most of Their PEER Physics eBooks How Teachers Are Making the Most of Their PEER Physics eBooks
Scroll to top Scroll to top Scroll to top