New Kohn Hall Proves Whole Can Be More Than Sum Of Old and New Parts

New Science and Technology in Line with Terrorist Groups in the Middle East

Abstract:Terrorism is a phenomenon that has spread to almost all parts of the world in the late 20th century and the beginning of the 21th century to the extent that many Middle East-ern countries have been subjected to such violence and unrest; in fact, with the advent of science and technology, particularly the global spread of the Internet and social net-works, the face of terrorism ha...

I-38: New and Old Technologies in the Modern IVF Clinic

Background PGD has been around in various forms for over a quarter of a century now. During this time it has evolved from simple FISH and direct PCR mutation analysis to whole chromosome profiling using microarrays or next generation sequencing and improved monogene testing using STR linkage or now, recombination mapping. Modern PGD can now deliver highly accurate and reproducible results capab...

The Knowledge Translation Complexity Network (KTCN) Model: The Whole Is Greater Than the Sum of the Parts - A Response to Recent Commentaries

A New Implementation of Frequency Selective Surface Cloak for Cylindrical Structures

The main purpose of this paper is to design, implement and measure a new sample of mantle cloak. A new method called mantle cloak is introduced by cloaking an object by a single, conformal meta-surface which can drastically suppress the scattering of the desired object. In this paper, a grid lattice is placed around a dielectric object as the cloaking structure. Previously, this FSS has been ut...

Some new bounds on the general sum--connectivity index

Let $G=(V,E)$ be a simple connectedgraph with $n$ vertices, $m$ edges and sequence of vertex degrees$d_1 ge d_2 ge cdots ge d_n>0$, $d_i=d(v_i)$, where $v_iin V$. With $isim j$ we denote adjacency ofvertices $v_i$ and $v_j$. The generalsum--connectivity index of graph is defined as $chi_{alpha}(G)=sum_{isim j}(d_i+d_j)^{alpha}$, where $alpha$ is an arbitrary real<b...