Evidence Identification
Forensic Mass Spectrometry
Nondestructive Total Excitation-Emission Fluorescence Microscopy Combined With Multi-Way Chemometric Analysis for Visually Indistinguishable Single Fiber Discrimination
California: Forensic DNA Laboratory Improvement Project
Concordance Study Between Miniplex Assays and a Commercial STR Typing Kit
Consistency and Variability Among Latent Print Examiners as Revealed by Eye Tracking Methodologies
Countering Technology-Facilitated Abuse: Criminal Justice Strategies for Combating Nonconsensual Pornography, Sextortion, Doxing, and Swatting
Characterization and Classification of Sexual Assault Lubricants using Direct Analysis in Real Time-Time of Flight Mass Spectrometry
Developing Reliable Methods for Microbial Fingerprinting of Soil Evidence: Collection, Contamination, Storage, and Analysis
Embracing Next Generation Methods for Forensic DNA Sequence Analysis
Characterization and Comparison of Tape Evidence Using Elemental Profiling Methods and Chemometric Analyses
Personal Identification and Ancestral Characterization from Genetically Variant Peptides in Human Hair
Wrongful Convictions: The Latest Scientific Research and Implications for Law Enforcement
Wrongful Convictions: The Latest Scientific Research & Implications for Law Enforcement
What does science tell us about case factors that can lead to a wrongful conviction? Dr. Jon Gould of American University will discuss the findings of the first large-scale empirical study that has identified ten statistically significant factors that distinguish a wrongful conviction from a "near miss." (A "near miss" is a case in which an innocent defendant was acquitted or had charges dismissed before trial). Following Dr. Gould's presentation, Mr. John R.
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