Newton

Newton MCP Connector for Claude

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Perform advanced symbolic mathematics—simplify expressions, calculate derivatives, find integrals, and solve equations directly through your AI agent.

15 tools Official Updated Jun 28, 2026 Official Vinkius Partner

Connect the Newton symbolic math engine to your AI agent to solve complex mathematical problems using natural language. From basic algebra to advanced calculus, this server provides a comprehensive suite of tools for students, engineers, and researchers.

What you can do

  • Calculus Operations — Calculate derivatives (math_derive) and indefinite integrals (math_integrate) for complex functions.
  • Algebraic Solving — Simplify expressions (math_simplify), factor polynomials (math_factor), and find the roots or zeroes of functions (math_zeroes).
  • Geometric Analysis — Find the area under a curve (math_area) between two points or determine the tangent line (math_tangent) at a specific x-value.
  • Trigonometry & Functions — Access a full range of trigonometric functions including sine, cosine, tangent, and their inverses (arcsin, arccos, arctan).
  • Advanced Math — Compute absolute values (math_abs) and logarithms with custom bases (math_log).

How it works

  1. Subscribe to this server
  2. Enter your Newton API endpoint or access key
  3. Start solving math problems directly in Claude, Cursor, or any MCP client

Who is this for?

  • Students & Educators — Quickly verify complex homework solutions or generate step-by-step mathematical context.
  • Engineers — Perform quick symbolic derivations and integrations without leaving your technical documentation or code editor.
  • Data Scientists — Validate mathematical models and simplify complex expressions during the research phase.
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15 tools expose this connector's capabilities to your AI agent.

math_abs

Calculate the absolute value of an expression

math_arccos

Calculate the inverse cosine of an expression

math_arcsin

Calculate the inverse sine of an expression

math_arctan

Calculate the inverse tangent of an expression

math_area

Find the area under a curve (definite integral)

math_cos

Calculate the cosine of an expression

math_derive

Example: x^2+2x -> 2 x + 2 Find the derivative of a math expression

math_factor

Example: x^2+2x -> x (x + 2) Factor a math expression

math_integrate

Example: x^2+2x -> 1/3 x^3 + x^2 + C Find the indefinite integral of a math expression

math_log

Provide the base and the value. Calculate the logarithm of a value with a specific base

math_simplify

To compute fractions, use the keyword (over) to separate the numerator and denominator (e.g., 2(over)4). Simplify a math expression

math_sin

Calculate the sine of an expression

math_tan

Calculate the tangent of an expression

math_tangent

Provide the x-value and the function expression. Find the tangent line of a function at a specific x-value

math_zeroes

Example: x^2+2x -> [-2, 0] Find the roots (zeroes) of a math expression

See how to talk to your AI agent using Newton.

Simplify the expression 2^2+2(2).

The simplified result for 2^2+2(2) is 8.

Find the derivative of x^2+2x.

The derivative of x^2+2x is 2x + 2.

Calculate the area under the curve x^3 from x=2 to x=4.

The area under the curve x^3 from 2 to 4 is 60.

When using the `math_simplify` tool, use the keyword '(over)' to separate the numerator and denominator. For example, to simplify 2/4, use '2(over)4'.

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