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February 24, 2026Journal of Evolution Equations0 citationsOpen Access

The semilinear heat inequality with Morrey initial data on Riemannian manifolds

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ADAnuk Dayaprema

Key Points

  • To derive estimates for nonnegative solutions of a semilinear heat inequality involving Morrey initial data over Riemannian manifolds.
  • Used a differential inequality framework to analyze nonnegative solutions.
  • Applied Morrey norms to characterize the initial data on Riemannian manifolds.
  • Established L-infinity estimates under certain bounds for initial conditions.
  • Demonstrated that solutions remain bounded under specific Morrey norms.
  • Provided conditions under which initial data influences long-term behavior of solutions.
  • Identified ranges for parameters q and s that affect the outcomes of the estimates.

Abstract

Abstract The goal of this paper is to obtain estimates for nonnegative solutions of the differential inequality aligned (t -) u A uᵖ + B u aligned ∂ ∂ t - Δ u ≤ A u p + B u with small initial data in borderline Morrey norms over a Riemannian manifold with bounded geometry. We obtain L^ L ∞ estimates assuming u (, 0) ₌^ₐ, ₂ₐ{₏-₁} + ₀ ₓ ‖ ₔ (·, ₀) ‖ ₌ ₐ, ₂ ₐ ₏ - ₁ + ₒₔ₏ ₀ ≤ ₓ ₓ ‖ ₔ (·, ₓ) ‖ ₋ ₒ ⏓, ₖ₇₄ₑ₄ ₁ ₁ ₐ ≤ ₐ ₂: = ₍ (₏ - ₁) ₂ ₀₍₃ ₁ ₒ ₐ₂ ₁ ≤ ₒ ≤ ₐ ₂. ₀ₒₒₔ₌₈₍₆ ₀₋ₒ₎ ₀ ₁₎ₔ₍₃ ₎₍ ₔ (, ₀) _₌^{ₐ', ' ‖ u (·, 0) ‖ M q ′

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Cite This Study

Anuk Dayaprema (2026) studied this question.

synapsesocial.com/papers/699d4028de8e28729cf653d5https://doi.org/10.1007/s00028-026-01186-x
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