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Company profile:
Startup name: Physics AI
Tagline: Step-by-step AI physics solver from text or images
Elevator Pitch: Physics AI helps students solve and understand physics problems from text or uploaded images. It provides clear step-by-step explanations for mechanics, motion, forces, circuits, calculations, and conceptual questions.
The product combines direct solving with guided tutoring so high school and university learners can prepare for exams, complete homework, and understand the reasoning behind each answer.
Target Market: High school and university students, tutors, teachers, and independent learners who need fast, understandable help with physics homework, exam preparation, calculations, diagrams, and concepts.
How will you make money?: Physics AI uses a freemium model. Learners can try core solving features, while premium subscriptions provide higher usage limits and expanded access for students who need regular physics support.
How much capital have you raised?: None
Website: https://physicsai.chat/
City/Country: New York, United States
AI-assisted summary:
Physics AI is a web-based physics learning and problem-solving tool that accepts typed questions or uploaded images and returns explanations intended to show the working, not simply a final answer. (Source: https://physicsai.chat/)
Its relevance is straightforward: physics homework often combines equations, diagrams, units, and verbal reasoning, and the product is designed around making those intermediate steps more accessible to students. (Source: https://physicsai.chat/)
Problem and target users
Physics AI targets learners working across high-school and early university physics, including students studying mechanics, electricity and magnetism, waves, optics, thermodynamics, and introductory modern physics. (Source: https://physicsai.chat/)
The product positions itself for homework, practice, revision, and checking work rather than use in graded tests or quizzes; its own guidance says students should follow instructor and school policies on outside tools. (Source: https://physicsai.chat/)
The core user pain point is not merely calculating an answer, but translating a word problem or photographed diagram into known variables, applicable laws, equations, substitutions, and unit checks. (Source: https://physicsai.chat/) A public project description by the apparent builder similarly frames the product as a response to students finding answers without understanding the underlying reasoning. (Source: https://devpost.com/software/physics-ai)
Product and solution
The main workflow is simple: users can paste or type a question, or upload up to six JPG, PNG, or WebP images of up to 10 MB each. (Source: https://physicsai.chat/)
Physics AI offers a faster Solver Mode for step-by-step calculations and final answers, alongside a Tutor Mode that uses leading questions in a Socratic-style format to guide conceptual understanding. (Source: https://physicsai.chat/)
The site says the tool can interpret readable handwriting and common physics visuals such as free-body sketches, circuit drawings, and simple graphs, although it cautions that image quality can reduce accuracy. (Source: https://physicsai.chat/)
It also markets visual explanations, including free-body diagrams, motion graphs, circuit diagrams, multi-pulley setups, optics layouts, and thermodynamic pressure-volume diagrams. (Source: https://physicsai.chat/)
Physics AI explicitly acknowledges limits: it says it is generally intended for standard high-school and first- or second-year university topics, and recommends confirming advanced or specialized answers with an instructor or textbook. (Source: https://physicsai.chat/)
Business model, pricing signals, and traction
The business model is freemium and credit-based: the free plan includes seven permanent credits, while paid Standard and Pro subscriptions list 500 and 1,500 monthly credits respectively. (Source: https://physicsai.chat/pricing)
At the time of review, Standard is listed at $5.90 per month and Pro at $11.90 per month, with annual price displays of $9.90 and $19.90 respectively; the pricing page also lists one-time credit packs at $14.90 for 500 credits and $24.90 for 1,500 credits. (Source: https://physicsai.chat/pricing)
The service states that its “Flash” model costs one credit per request, while advanced models cost four credits, creating a usage-linked upgrade path rather than an unlimited-access offer. (Source: https://physicsai.chat/pricing)
Publicly available sources reviewed for this overview do not establish customer numbers, revenue, fundraising, or institutional adoption; the clearest third-party record is a Devpost project page created in December 2025 that describes the product as built end-to-end by its creator. (Source: https://devpost.com/software/physics-ai)
There is a notable policy inconsistency for prospective buyers: the main site says subscriptions can be changed or cancelled from account settings, while the current pricing page and terms say self-service plan changes and cancellation are not available. (Source: https://physicsai.chat/; Source: https://physicsai.chat/pricing; Source: https://physicsai.chat/terms)
Expert take
Physics AI’s strongest positioning is its narrow focus: a physics-specific interface can prioritize diagrams, units, derivations, and conceptual scaffolding more effectively than a generic chatbot experience.
The principal opportunity is converting occasional homework users into recurring study users through trustworthy explanations and visual workflows. The principal risk is equally clear: in educational AI, reliability, transparent limits, and clean billing policies are core product requirements rather than peripheral details.
Note: Information based on publicly available sources at the time of writing, and summarized by AI.
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