Physics AIthat makes hard problems look obvious

Physics AI is trained on a broad mix of high-school and many first and second year university physics questions. It usually does well on standard topics such as mechanics, electricity and magnetism, waves, and introductory modern physics. For very advanced, highly specialized, or research-level problems, we recommend using Physics AI as a guide and still confirming results with your instructor or textbook.

In many cases, yes. Physics AI can usually understand clear notebook photos with readable handwriting and common diagrams like free-body sketches, circuit drawings, and simple graphs. If the image is blurred, very dark, or the writing is hard to read, the result may be less accurate. When possible, take photos in good light and keep the question in focus, or type the text for best results.

You can choose. In "Thinking" mode, Physics AI breaks the solution into gentle steps: identifying what is given, choosing the relevant relationships, rearranging formulas, substituting values, and checking units. In "Just Answer" mode, it focuses on a quicker response so you can quickly compare with your own work.

Physics AI is designed to follow the main path of most physics courses: kinematics, Newton's laws, energy and momentum, rotation, oscillations, waves and sound, electricity and magnetism, basic circuits, geometric optics, and introductory modern physics. You can use the same tool across different chapters and grades instead of switching apps.