activity
20232026
most citedCharge-conjugation asymmetry and molecular content: the in matter

5 citations · 9 across the 6 of their papers we have counts for

collaborators

7 papers

hep-ph2026

Predicting states from a reanalysis of lattice QCD data

Pan-Pan Shi, Miguel Albaladejo, Meng-Lin Du +3

We reanalyze the lattice QCD data for the isoscalar systems with and at MeV, incorporating both short- and long-range interactions…

hep-ph2025

Melting down a tetraquark: interactions and in a hot environment

Victor Montesinos, Gloria Montaña, Miguel Albaladejo +2

We discuss the modification of the properties of the tetraquark-like and its heavy quark spin partner, immersed in a hot bath of pions. We cons…

nucl-th2024★ 4 cited

On the determination of the meson width in the nuclear medium with the transparency ratio

Victor Montesinos, Natsumi Ikeno, Eulogio Oset +3

We have studied the feasibility of the experimental determination of the width of a meson in a nuclear medium by using the method of the nuclear transparency. The cross section…

hep-ph2024

Study of possible bound states

Victor Montesinos, Jing Song, Wei-Hong Liang +3

We start from a recently favored picture in which the and correspond mostly to bound states with and then add a as a third…

hep-ph2024★ 5 cited

Charge-conjugation asymmetry and molecular content: the in matter

Victor Montesinos, Miguel Albaladejo, Juan Nieves +1

We analyze the modifications that a dense nuclear medium induces in the and . In the vacuum, we consider them as isoscalar and…

hep-ph2023

Properties of the and the states in nuclear matter

Victor Montesinos, Miguel Albaladejo, Juan Nieves +1

Since its first detection, the interesting properties of the have made it to be one of the most prominent tetraquark-like states up to date. In this work we presen…

hep-ph2023

Properties of the and (and their heavy-quark spin partners) in nuclear matter

Victor Montesinos, Miguel Albaladejo, Juan Nieves +1

We discuss the modification of the properties of the tetraquark-like and states in dense nuclear matter. We consider the and…