Lambert Kelly G
Department of Psychology, University of Richmond, Richmond, Virginia 23173
eNeuro. 2025 Apr 29;12(4). doi: 10.1523/ENEURO.0056-25.2025. Print 2025 Apr.
Scientific progress often hinges on the courage to question conventional models and embrace exploratory research. This commentary examines the importance of curiosity-driven science by drawing on historical and contemporary examples, from Darwin's unconventional research methodologies to modern neuroscience investigations that challenge the constraints of traditional laboratory environments. An over-reliance on predictable, controlled conditions-particularly in select rodent models-has potentially limited the translational impact of neuroscience. By exploring novel research paradigms, including raccoon neural investigations and rodent-driven vehicles (ROVs), the value of expanding research models to incorporate diverse species and environments is examined. As neuroscience advances, the field must move beyond the metaphorical lamp post, venturing into uncharted territory to fully capture the complexity of neurobiological variables. By fostering a culture of discovery over predictability-supported by innovative and exploratory mentoring approaches-we can illuminate new frontiers in neuroscience and develop transformative insights for mental health and beyond.
科学进步往往取决于质疑传统模式并开展探索性研究的勇气。本评论通过引用历史和当代的例子,探讨了好奇心驱动的科学的重要性,从达尔文非传统的研究方法到挑战传统实验室环境限制的现代神经科学研究。过度依赖可预测、可控的条件——尤其是在某些啮齿动物模型中——可能限制了神经科学的转化影响。通过探索新的研究范式,包括浣熊神经研究和啮齿动物驱动的运载工具(ROV),研究了扩展研究模型以纳入不同物种和环境的价值。随着神经科学的发展,该领域必须超越比喻中的路灯柱,冒险进入未知领域,以全面捕捉神经生物学变量的复杂性。通过培育一种发现而非可预测性的文化——由创新和探索性的指导方法支持——我们可以照亮神经科学的新前沿,并为心理健康及其他领域开发变革性的见解。