# we-solve referenced research prompt v2
{
  "schema": "we-solve.research-prompt-codec.v2",
  "instructions": "The template contains all rules and the output form. Join parts in order: strings are literal context; integers select template fragments. Then read the quoted source URL in that text. The copy button assembles the full prompt.",
  "template_url": "https://we-solve.github.io/prompts/templates/5035f52faf49f145e05ba8a2aa4eb22369997f2d88c875bc307955da41f0ffea.txt",
  "parts": [
    "",
    3,
    "https://we-solve.github.io/problems/scalar-curvature-question-42-can-one-effectively-evaluate-the-minimal-constant-x-g-such-that-a-given-riemannin-manifoldx/source/statement.tex\n# Statement token: [[WE_SOLVE_STATEMENT_f995b78663f5556f0d4efcc15a2c3167d7b72cd8ebfb9109c5fc8171e3729105]]\n",
    2,
    "\n\n# we-solve research prompt: Math-13071, Scalar Curvature Question [?42]: Can one \"effectively\" evaluate the minimal constantλ=λ(X,g)„ such that a given Riemannin manifoldX = (X,g), e\n\nWork on the problem below and prepare a contribution for we-solve (https://we-solve.github.io/problems/scalar-curvature-question-42-can-one-effectively-evaluate-the-minimal-constant-x-g-such-that-a-given-riemannin-manifoldx/).\n\n",
    0,
    "[[WE_SOLVE_STATEMENT_f995b78663f5556f0d4efcc15a2c3167d7b72cd8ebfb9109c5fc8171e3729105]]\n>>>\n",
    5,
    "- None yet.\n",
    4,
    "prb_debe4210a88c4a13b1d86a8e78992594",
    1,
    ""
  ]
}