PhysicsGraph
418 posts

PhysicsGraph
@physicsgraph
effective and efficient physics education



MathAcademy, Alpha School, Mentava, Recess, and yes I'm throwing PhysicsGraph in there are lighting the world of education on fire and I couldn't be more excited.



If you're a school, teacher, professor, and you want more students succeeding in physics, reach out. We've had a bunch of schools cold reach out to us recently, plus some aggregators, and we're working with all of them starting Fall. We'd love to work with you too. And cheap!

For anyone wondering how a third-grader can complete six years' worth of math in a single year AND score a 5 on the AP Calculus exam. This knowledge graph spans 3,000 math topics, from 4th grade to the university level, providing the perfect basis for mastery learning. Students can go as fast or far as they want! There are no restrictions whatsoever. The only requirement is that they must demonstrate mastery of each topic before moving on to the next. Kids are capable of incredible things when given that kind of freedom and support.

Electricity and Magnetism content coming soon to PhysicsGraph! Take a look at our planned unit covering topics in electrostatics. We'll be releasing TEKS-aligned topics (bold) first and later expanding to include AP topics (+faded)!

Incredible! A 3rd grader and a 6th grader both achieving 5's on the AP Calc BC exam! Congrats on the hard work!!

Mastery learning requires a live model of every student's knowledge state across a prerequisite graph. Imagine one teacher tracking this for 30 kids — mastery per node, per subject, with evidence scattered across worksheets, homework, cold calls, and assessments. Impossible. So we default to one-size-fits-all instruction: teaching to a fictional average student who doesn't exist, at a point on the graph almost nobody is actually standing. Edtech should do two things. Hold the live student model. Generate the personalized path. That's it.

Mastery learning requires a live model of every student's knowledge state across a prerequisite graph. Imagine one teacher tracking this for 30 kids — mastery per node, per subject, with evidence scattered across worksheets, homework, cold calls, and assessments. Impossible. So we default to one-size-fits-all instruction: teaching to a fictional average student who doesn't exist, at a point on the graph almost nobody is actually standing. Edtech should do two things. Hold the live student model. Generate the personalized path. That's it.

4th of July sale! Get your first month of PhysicsGraph for $2.50 with the code AMERICA250




