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March 21, 2026Analysis and Mathematical Physics3 citationsOpen Access

Localized concentration of semiclassical solutions for double phase problems with nonlocal reaction

JZJian ZhangWZWen ZhangVRVicenţiu D Rădulescu

Key Points

  • This study aims to explore the multiplicity and localized concentration properties of positive solutions for a specific double phase problem.
  • Analysis of a singularly perturbed double phase problem
  • Utilization of variational methods
  • Examination of localized concentration phenomena
  • Investigation of nonlocal Choquard reactions
  • Confirmed multiplicity of positive solutions under specific conditions
  • Identified localized concentration of solutions at certain points
  • Demonstrated effects of nonlocal interactions on solution behavior

Abstract

Abstract This paper focuses on the study of multiplicity and localized concentration properties of positive solutions for the following singularly perturbed double phase problem with nonlocal Choquard reaction aligned \ array{ll - ^p ₏ u- ^q ₐ u +V (x) (|u|^p-2u+|u|^q-2u) \\ = ^ -N (1|x|^{ }*G (u) ) g (u), & in~ R^N, \\ u W^1, p (R^N) W^1, q (R^N), u>0, & in~ R^N, \\ array. aligned - ϵ p Δ p u - ϵ q Δ q u + V (x) (| u | p - 2 u + | u | q - 2 u) = ϵ μ - N 1 | x | μ ∗ G (u) g (u), in R N, u ∈ W 1, p (R

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Cite This Study

Zhang et al. (2026) studied this question.

synapsesocial.com/papers/69be37ce6e48c4981c677b2ahttps://doi.org/10.1007/s13324-026-01182-x
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