Technical Documents

Mathematical description and analysis of the Gyroscope implementation

CLPs

The following documents provide mathematical specification, foundations, and in-depth analysis of the CLPs.

162KB

2-CLP Technical Specification.pdf

pdf

Short specification document for the 2-CLP with all technical details, but without proofs and with limited discussion.

253KB

3-CLP Technical Specification.pdf

pdf

Short specification document for the 3-CLP with all technical details, but without proofs and with limited discussion.

710KB

2-CLP 3-CLP Mathematics.pdf

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Mathematical derivation and detailed discussion of the 2-CLP and 3-CLP.

319KB

Transformed CFMM Prices.pdf

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Some fundamental mathematical tools used in the derivation of all our CLPs.

173KB

3-CLP Numerical Guarantees.pdf

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Numerical analysis of the 3-CLP implementation, focusing on non-overflow and accuracy guarantees for the Newton iteration.

427KB

E-CLP Technical Specification.pdf

pdf

Technical overview document for the E-CLP.

535KB

E-CLP Mathematics.pdf

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Mathematical derivation and detailed discussion of the E-CLP.

286KB

E-CLP high-precision calculations.pdf

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Derivation and discussion of high-precision implementations of the E-CLP operations.

300KB

E-CLP SOR derivatives.pdf

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Derivation of various derivatives used to integrate the E-CLP with Balancer's Smart Order Routing mechanism.

DSM

technical-papers/P-AMM technical paper.pdf at main · gyrostable/technical-papersGitHub

Technical paper describing the DSM mechanism

Consolidated Price Feed

technical-papers/Design of the Consolidated Price Feed and Circuit Breaker System.pdf at main · gyrostable/technical-papersGitHub

Disclaimer

These documents are for general information purposes only. They does not constitute investment advice or a recommendation or solicitation to buy or sell any investment and should not be used in the evaluation of the merits of making any investment decision. They should not be relied upon for accounting, legal or tax advice or investment recommendations. These papers may contain experimental code and technical designs that may not be ready for general use. These papers reflects the current opinions of the authors and is not made on behalf of Superluminal Labs or its affiliates and does not necessarily reflect the opinions of Superluminal Labs, its affiliates or individuals associated with Superluminal Labs. The opinions reflected herein are subject to change without being updated.