The properties of infinite matter and finite nuclei are studied using the chiral sigma model in
the framework of relativistic mean field theory. We reconstruct an extended chiral sigma …

Background This dose-escalation study evaluated the toxicity and efficacy of different
stereotactic body radiation therapy (SBRT) doses for selecting an optimal dose for prostatic …

We construct a new relativistic mean field model by explicitly introducing a π-meson mean
field with charge number and parity projection. We call this model the charge and parity …

Purpose: We investigated the long-term oncological outcome of high-dose-rate (HDR)
multicatheter interstitial brachytherapy (MIB) for adjuvant accelerated partial breast irradiation (…

We study the role of pions on the ground states of finite nuclei with explicit treatment of pions
by variation after charge and parity projection based on the relativistic chiral mean-field (…

We study the relativistic Hartree approach with an exact treatment of the vacuum polarization
in the Walecka (σ− ω) model. The contribution from the vacuum polarization of the nucleon-…

We present a relativistic chiral mean field (RCMF) model, which is a method for the proper
treatment of pion-exchange interaction in the nuclear many-body problem. There the …

Background/Aim: Lung and liver tumor dose coverage was evaluated for the CyberKnife
synchrony respiratory tracking system (SRTS) with consideration of the motion tracking …

We study the effect of one-loop corrections from nucleon together with those from boson in
the massless linear sigma model, where we perform the Coleman–Weinberg (CW) …

We study the effect of one-loop corrections from nucleon together with those from meson in
the massless linear sigma model, where we perform the Coleman-Weinberg (CW) …