David Coffey considers the full range of issues surrounding the Trinity, one of the central doctrines of Christian faith. He looks at these issues in historical and ecumenical context, with the goal of arriving at a balanced vision that incorporates the insights of both the Western and Eastern churches. In particular, he keeps in sight both the immanent aspect of the Trinity (the Godhead considered in itself) and the Trinity's economic aspect (its role within the economy of salvation). He also suggests a way to resolve the ecumenical problem of Filioquism vs. Monopatrism -- the issue that has divided East from West for nearly a millennium.

A young man discovers his life has been fictionalized in the form of a game book. Is this a case of identity theft, or just a very slow-burning inside joke? Only he can ultimately tell, but other readers will reach their own conclusions. Make your way through exciting choices leading to all sorts of plot twists and alternate endings. If you can, find the key to the digital Easter Egg for an added dimension of the story.

Future-generation solar cells are continually being introduced and refined. These new designs, however, are often based on new materials and there is a lack of fundamental understanding about how such devices work and how they can be improved. Conjugated polymers and small molecules are two such promising classes of materials suited for use in low-cost, thin-film solar cells. The performance of these materials, however, is highly dependent on film structure, and directly correlating local film structures with device performance remains challenging. This work describes several new techniques developed to probe and control the local optoelectronic properties of organic semiconducting films. These techniques include electrostatic force microscopy (trEFM), photoconductive atomic force microscopy (pcAFM), and a fabrication technique based on Dip-Pen Nanolithography (DPN). Taken together, these methods provide a first nanoscale look a charge and current generation in organic photovoltaic films. This work introduces these new techniques for the reader and details how they are being used to solve current scientific questions.

"At thirty-three years of age, Hood became the eighth and youngest of the Confederate Army's generals of full rank. He had risen through the commissioned ranks, from first lieutenant to full general, in only three years, a feat achieved by no other man during the Civil War.... Ultimately, Hood was selected for one reason -- to fight -- and no other available officer was better suited for the challenge". David Coffey's words give a succinct portrait of the ascent of John Bell Hood. His book delivers a clear and riveting evaluation of Hood's service in and command of the Western Army in Northern Georgia.

The Atlanta Campaign ground on for more than four months and proved one of the most decisive of the Civil War. Cautious General Joseph Johnston was popular with the troops but, from the government's viewpoint, produced no results. Confederate President Jefferson Davis searched for a replacement with a less deliberate strategy and a more aggressive style. In short, a tighten John Bell Hood was such a man, having led troops in battle, fighting and bleeding on behalf of the cause. He was Johnston's chief subordinate and the natural candidate as his replacement.

Even so, Sherman eventually captured Atlanta and contributed to Abraham Lincoln's reelection. Hood's effort to save the railroad and manufacturing center has historically been considered a failure, with his selection as Johnston's replacement considered extremely controversial.

Coffey tackles this issue, and argues for the necessity of replacing General Johnston with the most logical choice, Hood. The author also explains that, despite his scrappy reputation and aggressive style, Hood had inherited a near impossible situation intrying to save Atlanta but, according to this book, his performance was praiseworthy.