1 citations · 2 across the 7 of their papers we have counts for
8 papers
Eigenvalues of the Breit Equation
Yoshio Yamaguchi, Hikoya Kasari
Eigenvalues of the Breit Equation {eqnarray*} [(\vecα_{1} \vec{p} + β_{1}m)_{αα^{\prime}} δ_{ββ^{\prime}} + δ_{αα^{\prime}} (-\vecα_{2} \vec{p} + β_{2}M)_{ββ^{\prime}} - \frac{e^{2…
Hourava-Lifshitz Gravity on Primordial Black Holes
Hikoya Kasari, Takehiko T. Fujishiro
We tested the Hourava Lifshitz (HL) quantum gravity model by using the L{\" u}, Mei and Pope solutions for primordial black holes (PBHs) and the observational upper bounds of the P…
Dilatonic Inflation, Gravitino and Reheating in Modified Modular invariant Supergravity
Yuta Koshimizu, Toyokazu Fukuoka, Kenji Takagi +2
A new modified string-inspired modular invariant supergravity model is proposed and is applied to realize the slow roll inflation in Einstein frame, so that the model explains WMAP…
Inflation, Gravitino and Reheating in Modified Modular invariant Supergravity
Mitsuo J. Hayashi, Yuta Koshimizu, Toyokazu Fukuoka +2
A new modified string-inspired modular invariant supergravity model is proposed and is applied to realize the slow roll inflation in Einstein frame. Because inflation deals with Pl…
Supersymmetry Breaking and Gravitino Production after Inflation in Modular Invariant Supergravity
Kenji Takagi, Yuta Koshimizu, Toyokazu Fukuoka +2
By using a string-inspired modular invariant supergravity, which was proved well to explain WMAP observations appropriately, a mechanism of supersymmetry breaking (SSB) and Graviti…
Reheating Temperature after Inflation in No-Scale Supergravity
Yuta Koshimizu, Toyokazu Fukuoka, Kenji Takagi +2
By using a No-Scale Supergravity model, which was proved well to explain WMAP observations appropriately, a mechanism of preheating just after the end of inflation is investigated.…