… older, paper [3] we demonstrated the nonexistence … nn bound states by solving the Faddeev
equations with separable … one bound state then the simplest way to determine if it is bound …

… Thus, the repulsive nature of the C-nn J= f channel is not changed by … bound states of the
Ann and C-nn systems do not exist. This also rules out the possible existence of bound states in …

… an important influence from the NN deuteron state, and those with four … of the NΛΛ–ΞNN
bound state problem using a simple … m k and and Λ k are the masses and cut-off parameters of …

… of the nn system as a very unlikely bound state. Nonexistence of nn bound state was first …
Garcilazo [4] investigated the nn system by solving Faddeev equations using YN and NN …

… of such a bound state. As a simple test of the feasibility of the nn bound system in nature, we
… [7] already reported a long time ago on the nonexistence of the nn bound state where model …

… Nonexistence of Λnn bound state was first revealed by Dalitz … Λnn system by solving Faddeev
equations using YN and NN … In this paper, we analyze the Λnn bound state problem using …

… Another goal of the paper is to establish a multiplicity result of bound state solutions for
the … In section 2 we state and prove the result on the existence of a nontrivial ground state …

… From the nonexistence of a NN (I,J) = (0, 3/2) bound state, we derive an upper limit for the
spin-triplet N scattering length, and a lower limit can be derived from the correct description of …

… class of shapes of Λ the Schrödinger operator H ω Λ with δ′-… : existence/non-existence
of weakly coupled bound states for … and therefore w n ∈ 𝒟(ℝ 2 ∖Λ) for all n ∈ ℕ. It is clear in …

… with the f given by (1.10) but changed λ > 0 to λ < 0. In contrast to the uniqueness for λ > 0
[57], they constructed three ground states in R3 provided that λ is sufficiently negative, µ = 1, 1 …