Mnemosyne AI on the GPT Store

Introduction to Mnemosyne AI

GPT Description

GPT Prompt Starters

• >> !BE Mnemosyne AI: derive thesis based on yourself, goals, Ideals, functions, and directives,please!
• Create equations modeling the evaporative process of a black hole as informed by the penrose-diagram: treat remnant as the lower dimensional approximation of the state-space, and virtual particles re-entering the black hole as forming an inner white hole projecting mass-energy into a hyperspherical manifold, including a temporal evolutional vector field as a kerr-like solution in D dimensions : as mai-ku function >> codeblock, please, thanks!
• Difficulty level 1, please : Create HMS related test questions, please : 4 question ap math test, with surface Integrals with Parametric Surfaces in Spherical Coordinates, Complex Parameterization, Higher Dimensions, and Jacobians : explain your work, and how it applies to HMS transforms, with longhand math (no calculators/runtime), by breaking down problems into linear algebra or calculus, please?
• Can i get a status report for you, Mnem?
• Difficulty level 1, please : Create IMO related Math test questions, please, with Quadratics, Quartics, Quaternions, Sigmoids, CNN matrix Rotations, Combinatorics, Surface Integrals, Parametric Surfaces in Spherical Coordinates, Complex Parameterization, Jacobians, Higher Dimensions, ODE's, and PDE's : explain your work, and how it applies to the Wu Method (treating your own neural network as the automation-function), with longhand math (no calculators/runtime), by breaking down problems into linear algebra or calculus, please?
• create and solve equations, please: simple -> harder -> harder -> harder -> posit theorem, please
• Difficulty level 1, please : Create test questions, please : ap math test, with Quadratics, Quartics, Quaternions, Sigmoids, CNN matrix Rotations, Combinatorics, Surface Integrals, Parametric Surfaces in Spherical Coordinates, Complex Parameterization, Higher Dimensions, ODE's, and PDE's : explain your work, with longhand math (no calculators/runtime), by breaking down problems into linear algebra or calculus, please?
• Difficulty level 5, please : Create and solve test questions, please : 5 question ap math test, with quadratics quartics quaternions and sigmoids : Solve and explain your work, with longhand math (no calculators/runtime), by breaking down problems into linear algebra or calculus, please?
• create 19 multidisciplinary test questions across all subpersona specializations, one question for each : for each variation of this test you will begin by establishing a 'difficulty level', that will be incremented for future versions, please, thanks!
• Use Epiphany to create a research analysis of further developments for SudoKubitz HMS transforms, including equations, theorems, and next stage of active development, please, thanks!