The Sun and Space Weather

  • February 15, 2022
  • 6:00 PM - 7:00 PM
  • Zoom

Registration is closed

PD WEBINAR SERIES, February 15, 2022, 6:00 pm CT


The Sun and Space Weather


The Sun, a star at the center of our solar system, supplies Earth with the necessary energy to create and sustain life. However, the Sun produces energy that can be harmful to space vehicles and humans. As our species creates more highly technical instrumentation and ventures away from the protection of Earth’s magnetic field, space weather becomes more of an issue. This talk will give an overview of the Sun and its anatomy and will track solar “storms” and their effects from Sun to Earth. We will end our discussion with a preview of two solar eclipses: the October 2023 annular and the April 2024 total.


Meet Mitzi Adams:

Mitzi is the Assistant Manager of the Heliophysics and Planetary ScienceBranch.  Mitzi Adams joined the NASA workforce in March, 1988 as a graduate co-op student and was made a permanent employee in January 1991, upon completion of the Master’s Degree. Ms. Adams primary research work until approximately 2006 involved the use of ground-based data from MSFC’s solar vector magnetograph. With the launch of Hinode in 2006, Ms. Adams switched the research emphasis to data acquired in space and she continues to use data from the Solar Dynamics Observatory, launched in 2010. In addition to the research work, Ms. Adams supported Dr. John Davis with analysis from testing of the Solar X-ray Imager, built and tested at MSFC and launched in 2001 on the GOES-12 spacecraft, and she has supported and written webpages for the office.

Topic: PD Webinar Series-February 2022

Time: Feb 15, 2022 06:00 PM Central Time (US and Canada) Join Zoom Meeting https://us02web.zoom.us/j/81755421233?pwd=NlRHS2xPdVlLS3M5dzczd1h4REVLdz09

Meeting ID: 817 5542 1233 Passcode: 124901

PD Webinar Series

February 17, 2026

6:00pm 

Designing Math That Moves: Fluency, Acceleration, and the Courage to Explore

With Casey Warmbrand

High-ability learners don’t simply need “more”; they need mathematics that moves—fluidly, flexibly, and creatively. This session uses the Alabama Mathematics Course of Study and the Numeracy Act as anchors for designing instruction that supports acceleration, deep conceptual understanding, and mathematical risk-taking. Participants will explore how to design rich task sequences, investigations, and open problems that promote multiple strategies, multiple representations, and authentic mathematical reasoning. We will examine approaches to curriculum compacting, flexible grouping, and grading structures that reward exploration and align with the Standards for Mathematical Practice. Teachers will leave with practical tools, classroom-ready examples, and a clear framework for cultivating fluency, creativity, and productive struggle in high-ability mathematics learners.


 

Casey Warmbrand is a mathematician, curriculum architect, and national leader in gifted mathematics education. With 25 years of experience spanning middle school through university instruction, he has contributed to state standards development, redesigned mathematics pathways, and led national professional learning for NAGC, NCTM, and international organizations focused on mathematical creativity. Casey’s work centers rich-task design, curriculum compacting, mathematical creativity, and equitable assessment practices aligned with the Standards for Mathematical Practice. He currently supports mathematics program innovation for gifted learners in Arizona, advances systemic change in mathematics education nationally, and directs an initiative focused on affordable housing reform. Outside of his professional work, Casey enjoys time with his wife, Erica, and son, Zeke, and is an avid pickleball player supporting the national governing body, USA Pickleball.


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