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In the 21st century, students seeking careers in forensic science now may enter academic emphasis programs as freshmen and sophomores; this is possible because of three interdisciplinary labs—crime scene investigation (CSI) training and analysis (FORS 2440), forensic psychology (FORS 2450), and forensic chemistry or criminalistics (FORS 2460). From 2004 to the present, I assembled college curricula with a variety of interdisciplinary courses beyond the FORS rubric, some with the PSYC rubric (psychology), others with the CRIJ rubric (criminal justice), and still others with the ANTH rubric (anthropology)—all assisting students early in their academic preparation for optimal cross-disciplinary training. I cannot overemphasize the importance of multiple courses comingling and merging when educating 21st-century forensic investigative scientists. I am honored to unveil the 10 pillars—the new tools and improved products—of interdisciplinary forensic investigative sciences for 21st-century analysis of criminal minds. Who knows how many more tools and products will be forthcoming? For now, the following 10 tools and products are united as part of multidisciplinary and interdisciplinary preparation: • Criminal psychology • Forensic psychology • Forensic neuropsychology • Psychopathy Checklist–Revised • Neuroscans • Neurolaw • Adolescent neurobiology • Criminal profiling • Brain fingerprinting • Brainmarks Paradigm of Adaptive Neuropsychopathy Becoming a Forensic Investigative Scientist 9 These tools and products can be used to educate forensic investigative scientists who are eager to communicate with colleagues across disciplines. With the inclusion of different academic disciplines in curricula that are interacting and merging to solve the real problems of forensic investigation, neuroscience increasingly will be at the center of solving cases and identifying and apprehending perpetrators. Neuroscience includes the scientific study of the central nervous system, and tangentially, its peripheral aspects in the endocrine system of glands that produce an array of powerful hormones. In the 21st century, neuroscience has evolved into an interdisciplinary science, including biology, psychology, physics, medicine, pharmacology, computer science, mathematics, and philosophy.