“…If p =2, b =0, θ >−2, then μ 0 (2,0, θ )=10+4 θ , which equals to the critical exponent q c in Wang and Ye . If b =0, θ >− p , then which equals to the critical exponent μ 0 ( p , a ) in Chen et al If γ =0, Theorem recovers the previous results for the p ‐Laplace operator in Le, theorem 1.5 and Le et al, theorem 1.4…”
Section: Introductionsupporting
confidence: 80%
“…However, as far as we know, the Liouville‐type theorem for the problem of with γ ≠0, p >2 and a ( z ), h ( z )≢1 has not been studied in the literature. Motivated by the above and the idea of other studies, in this paper, we are devoted to establish the Liouville property for the stable weak solutions of class to Equation.…”
Section: Introductionmentioning
confidence: 99%
“…Obviously, when γ =0, Equation becomes p ‐Laplace problem with the weighted power nonlinearity. So far, there have been many works dealing with the stable solutions of with γ =0 (see previous works and the references therein). The pioneering work in this direction is due to Farina; he proved that −△ u = e u has no stable classical solutions in for 2 ≤ N ≤ 9.…”
Section: Introductionmentioning
confidence: 99%
“…Later, in the same year, Wang and Ye deal with more specific equation −△ u =| x | b e u but for stable solutions of class of which covers solutions having singularities. After that, the result in Wang and Ye was extended to problem with f ( u )= e u in Huang et al and equation −△ p u = f ( x ) g ( u ) in Chen et al, where g ( u )= e u or g ( u )=− u − q . Similar works on singular problems can be founded in other studies …”
z = (x, ) ∈ R N = R N 1 × R N 2 and ||z|| G = (|x| 2(1+ ) + | | 2 ) 1 2(1+ ) . The results hold true for N < 0 (p, b, ) in (1) and q > q c (p, N , b, ) in (2). Here, 0 and q c are new exponents, which are always larger than the classical critical ones and depend on the parameters p, b and . N = N 1 + (1 + )N 2 is the homogeneous dimension of R N .
“…If p =2, b =0, θ >−2, then μ 0 (2,0, θ )=10+4 θ , which equals to the critical exponent q c in Wang and Ye . If b =0, θ >− p , then which equals to the critical exponent μ 0 ( p , a ) in Chen et al If γ =0, Theorem recovers the previous results for the p ‐Laplace operator in Le, theorem 1.5 and Le et al, theorem 1.4…”
Section: Introductionsupporting
confidence: 80%
“…However, as far as we know, the Liouville‐type theorem for the problem of with γ ≠0, p >2 and a ( z ), h ( z )≢1 has not been studied in the literature. Motivated by the above and the idea of other studies, in this paper, we are devoted to establish the Liouville property for the stable weak solutions of class to Equation.…”
Section: Introductionmentioning
confidence: 99%
“…Obviously, when γ =0, Equation becomes p ‐Laplace problem with the weighted power nonlinearity. So far, there have been many works dealing with the stable solutions of with γ =0 (see previous works and the references therein). The pioneering work in this direction is due to Farina; he proved that −△ u = e u has no stable classical solutions in for 2 ≤ N ≤ 9.…”
Section: Introductionmentioning
confidence: 99%
“…Later, in the same year, Wang and Ye deal with more specific equation −△ u =| x | b e u but for stable solutions of class of which covers solutions having singularities. After that, the result in Wang and Ye was extended to problem with f ( u )= e u in Huang et al and equation −△ p u = f ( x ) g ( u ) in Chen et al, where g ( u )= e u or g ( u )=− u − q . Similar works on singular problems can be founded in other studies …”
z = (x, ) ∈ R N = R N 1 × R N 2 and ||z|| G = (|x| 2(1+ ) + | | 2 ) 1 2(1+ ) . The results hold true for N < 0 (p, b, ) in (1) and q > q c (p, N , b, ) in (2). Here, 0 and q c are new exponents, which are always larger than the classical critical ones and depend on the parameters p, b and . N = N 1 + (1 + )N 2 is the homogeneous dimension of R N .
“…Proof of Proposition Our proof is inspired by the techniques used in , but we need to pay more attention with solution. As u is not assumed to be bounded, is not, a priori, a suitable test function for any , even with .…”
We prove a sharp Liouville type theorem for stable Wloc1,p solutions of the equation
−normalΔpu=ffalse(xfalse)euon the entire Euclidean space RN, where p>2 and f is a continuous and nonnegative function in double-struckRN∖false{0false} such that ffalse(xfalse)≥a|x|q as false|xfalse|≥R0>0, where q>−p and a>0. Our theorem holds true for 0false2≤N<0falsep2+3p+4qp−1 and is sharp in the case ffalse(xfalse)=a|x|q.
In this paper, we study the following quasilinear Schrödinger equations
−Δu−Δ(|u|2α)|u|2α−2u=ω(x)|u|q−1u,x∈ℝN,
where
α>12 is a parameter,
q>3α−1+α2α,
ωfalse(xfalse)∈Cfalse(ℝN\false{0false}false) is a positive function. We establish a Liouville type theorem for the class of stable bounded sign‐changing solutions under suitable assumptions on ω(x), q, α and N.
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