Randall S

Short communication: Study on Blennies fishes (Blenniidae Rafinesque 1810) from Makoran coastal waters (Southeast of Iran)

     The family blenniidae comprises 58 genera and 406 species according to Eschmeyer and Fong (2018). Members of the family Blenniidae are small, scale-less and very agile fishes, inhabiting inshore, sub-tidal rocky substrata, and rock pools of the inter-tidal zone of tropical and sub-tropical marine waters (Randall, 1995). A few species are also reported from brackish and freshwaters (Hastin...

Litigating Challenges to Executive Pay: An Exercise in Futility?

Dispositions for Lexicographic Preferences of Environmental Goods: Integrating Economics, Psychology, and Ethics

Randall S. Rosenberger Regional Research Institute & Division of Resource Management, West Virginia University George L. Peterson Rocky Mountain Research Station, USDA Forest Service Andrea Clarke Social Sciences Institute, USDA Natural Resource Conservation Service Thomas C. Brown Rocky Mountain Research Station, USDA Forest Service Contact: Randall S. Rosenberger PO Box 6108 2032 Agricultura...

Samuel Randall Detwiler (1890-1957)

Samuel Randall Detwiler [5] was an embryologist who studied neural development [6] in embryos and vertebrate retinas [7]. He discovered evidence for the relationship between somites [8] and spinal ganglia, that transplanted limbs can be controlled by foreign ganglia, and the plasticity of ganglia in response to limb transplantations. He also extensively studied vertebrate retinas [7] during and...

A gauge boson from the Kaluza-Klein approach of the Randall-Sundrum brane world

We clarify a mechanism to obtain a massless gauge boson from the KaluzaKlein approach of the Randall-Sundrum(RS) brane world. This corresponds exactly to the same mechanism of achieving a localization of the gauge boson by adding both the bulk and brane mass terms. Accordingly this work puts another example for a localization-mechanism of the gauge boson on the brane. E-mail address: ysmyung@ph...

Logarithmic Correction to Newton Potential in Randall-Sundrum Scenario

Using a fixed-energy amplitude in Randall-Sundrum single brane scenario, we compute the Newton potential on the brane. It is shown that the correction terms to the Newton potential involve a logarithmic factor. Especially, when the distance between two point masses are very small compared to AdS radius, the contribution of KK spectrum becomes dominant compared to the usual inversely square law....