Read the following two passages regarding the use of neuroscientific evidence in legal proceedings.
Passage A
The integration of neuroscientific evidence, particularly functional magnetic resonance imaging (fMRI), into criminal sentencing represents a vital advancement in modern jurisprudence. Traditionally, courts have relied on behavioral psychology and psychiatric evaluations to assess a defendant’s capacity for impulse control or rational decision-making. However, these traditional evaluations are inherently subjective, relying heavily on self-reporting and the interpretive bias of the examiner, making them prone to manipulation by defendants. Neuroimaging, by contrast, offers empirical, biological evidence of structural or functional brain anomalies. For instance, documented physical damage to the prefrontal cortex—the region of the brain responsible for executive function—can demonstrably impair a person's impulse regulation. While such neurological deficits do not entirely negate criminal guilt—as the justice system must still fulfill its duty to protect society from dangerous individuals—they profoundly alter our assessment of moral culpability. If a defendant's ability to conform their conduct to the law is genuinely compromised by a quantifiable organic brain defect, the foundational legal principle of proportional punishment demands that this diminished capacity be reflected in a mitigated sentence. Ignoring this objective physical data in favor of an outdated, purely behavioral approach to culpability is a willful rejection of scientific progress and fairness.
Passage B
The recent enthusiasm for introducing sophisticated brain scans into criminal trials threatens to undermine the foundational premises of the entire legal system. The law operates on a normative, rather than a purely descriptive or biological, conception of human agency. It fundamentally presumes that individuals possess free will, possess the capacity for moral choice, and are therefore responsible for their actions. Proponents of the emerging field of "neurolaw" seek to implicitly replace this normative framework with biological determinism, suggesting that abnormal brain structures invariably dictate illicit behavior. However, this argument relies on a fundamental misunderstanding of what neuroscience can actually prove. Brain scans provide broad statistical correlations based on population averages; they cannot establish a definitive causal link between a specific neurological anomaly and a highly specific criminal act committed by an individual at a precise moment in the past. Furthermore, introducing colorful and seemingly authoritative fMRI images into the courtroom creates a prejudicial "illusion of certainty." This practice overwhelms lay juries with highly technical data that appears far more conclusive and explanatory than it actually is. Ultimately, the question of criminal responsibility is a complex moral and legal judgment, not a medical diagnosis to be outsourced to neuroscientists operating outside their purview.
Based on the arguments presented in the passages, evaluate whether the following statement is true or false:
The author of Passage B would most likely counter the author of Passage A's reliance on neuroimaging as "empirical, biological evidence" by pointing out that population-level statistical correlations cannot definitively prove what caused an individual's specific behavior in the past.
Answer: Answer