Symbolic Computation
Not just numeric—bCalc can reason about mathematical structures and relationships.
Tools
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Deep AI
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bcalc
bcalc
$0.15 per callMathematical Discovery Engine. Explore number theory computationally. Analyze primes, discover sequence patterns, test conjectures. Research-grade mathematics meets AI—find patterns that would take hours by hand.
Capabilities
bCalc is a mathematical discovery engine that explores number theory computationally. Give it a mathematical question—prime distribution, sequence patterns, modular arithmetic—and it will analyze thousands of cases to find patterns.
It's like having a research mathematician who can test conjectures at computational scale. Works with Claude, Cursor, and any MCP client.
Pattern Discovery
Feed it a sequence, get back patterns. Find connections between numbers that would take hours to spot manually.
Conjecture Testing
Test mathematical claims against thousands of cases. Find counterexamples or build confidence in conjectures.
Prime Analysis
Compute residues, find patterns in prime gaps, analyze digit sums. Number theory made computational.
Example: Prime Residue Patterns
bcalc
// Query
"Analyze p mod digit_sum(p) for first 1000 primes"
// bcalc response
Pattern Found:
For primes p > 3:
- • p mod digit_sum(p) is bounded by digit_sum(p) - 1
- • Distribution is non-uniform—residue 0 is rare
- • Primes ≡ 1 mod 9 show clustering
Confidence: Verified for n=1000, suggest testing n=10000
Use Cases
Math Enthusiasts
Explore number theory recreationally. Find interesting patterns without writing code from scratch.
Researchers
Quick conjecture testing. Generate computational evidence before attempting formal proofs.
Educators
Demonstrate mathematical concepts interactively. Generate examples for teaching.
Ready to discover patterns?
Mathematical discovery at your fingertips for $0.15 per call.
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