Reconcilable differences, a dark comedy

Reconcilable Differences is the story of Miami radio host Adam Painter. Confused about relationships, Adam cancels his wedding and, under the guidance of his bad-boy best friend, delves into the demi-monde inhabited by strippers and hookers. On the air he begins to examine how men and women interact. Adam explores the night world, moving from a connection with its denizens through his talk show to direct experience of its license and loneliness. He fails miserably in his clumsy efforts with women and is fired, sued and arrested. An unlikely, unwilling rebel, Adam confronts change and stumbles almost truculently toward self-discovery. This picaresque novel is told in the third person closely attached to the protagonist. The time scheme covers a thirteen-week radio ratings period. The story encompasses the worlds of radio and the sex industry, using South Florida settings to re-inforce character, plot and theme.

Validation of an Analytical Method for the Identification of SmartWater CSI Forensic Marking Technology

SmartWater is a chemical taggant used as a crime deterrent. The chemical taggant is a colorless liquid that fluoresces yellow under ultra-violet (UV) light and contains distinctive, identifiable and traceable elemental composition. For instance, upon a break and entry scenario, the burglar is sprayed with a solution that has an elemental signature custom-made to a specific location. The residues of this taggant persist on skin and other objects and can be easily recovered for further analysis. The product has been effectively used in Europe as a crime deterrent and has been recently introduced in South Florida. In 2014, Fourt Lauderdale Police Department reported the use of SmartWater products with a reduction in burglaries of 14% [1]. The International Forensic Research Institute (IFRI) at FIU validated the scientific foundation of the methods of recovery and analysis of these chemical tagging systems using LA-ICP-MS. Analytical figures of merit of the method such as precision, accuracy, limits of detection, linearity and selectivity are reported in this study. Moreover, blind samples were analyzed by LA-ICP-MS to compare the chemical signatures to the company’s database and evaluate error rates and the accuracy of the method. This study demonstrated that LA-ICP-MS could be used to effectively detect these traceable taggants to assist law enforcement agencies in the United States with cases involving transfer of these forensic coding systems.