1990-2000 was declared by the US Congress to be the ‘Decade of the Brain’. With projects like the Human Brain Project and the American answer of the BRAIN Initiative recently in the news for the millions they received in funding, it appears evident that neuroscience has captured public attention. But those working within the field have begun to notice an alarming new trend. Every other day it appears that there is a new flavor of neuroscience. There is Neuroethology, Neurolinguistics, Paleoneurology, Cultural Neuroscience, Neuroeconomics, and the list goes on. Neuroscience is becoming full of these specialized niches of inquiry. The logic behind these specialties is that since everything comes from the brain, everything can be reduced to a neuroscientific argument eventually. In general, too much specification within in science can be bad. Scientists have the tendency to create categories in the world and put certain phenomena into boxes that are realms of study. Thus, there is chemistry, which is distinct from biology, which is distinct from psychology. It is easy to see that in reality there are no clear lines of what makes a problem a chemical, biological or psychological one and that to truly understand a problem it must be viewed from all levels. However, this fact is easily forgotten and scientists often find themselves trapped looking at a problem only through their personal science’s paradigm. This categorization can lead to scientists forgetting the context of a problem which can actually influence and determine the nature of an issue all together (Barrett, Mesquita, & Smith, 2010). But this tendency to essentialism is not the main issue why the number of neurosciences should be constrained. It is impossible to say how many are needed exactly, but at present the number is far too high. Neuroscience is a new science that few people truly understand which makes it easy to abuse and it does not have the tools or ability yet to branch out too far beyond the individual brain.
Table of Contents
1. Introduction: The Decade of the Brain and the rise of specialized neuro-niches
2. The power of the neuro-label and the rise of pseudoscience
3. Practical dangers: Neurolinguistics, neuropolitics, and statistical limitations
4. Implications for public policy and law
5. Evaluating validity: Neurorealism, neuroessentialism, and neuropolicy
6. Conclusion: Establishing boundaries for the future of neuroscience
Research Objectives and Themes
This paper examines the rapid and often unchecked expansion of the field of neuroscience. It investigates the risks associated with the proliferation of specialized "neuro" subfields, the susceptibility of the public to pseudoscientific "neuroclaims," and the potential dangers of applying immature neuroscientific findings to complex social, political, and legal systems.
- The proliferation of specialized neuroscience subfields and the trend of neuro-essentialism.
- The credibility gap: How the "neuro" label is exploited by pseudoscientific practices like NLP.
- Statistical limitations and the reliability of current neuroscientific research methods.
- The ethical implications of applying neuroscientific data to public policy and the judicial system.
- Proposed criteria for evaluating the legitimacy and value of new neuroscientific research.
Excerpt from the Book
The power of the neuro-label and the rise of pseudoscience
Neuroscience is a very young science, but already it has power over people. Telling people that neuroscience shows ‘something’ makes them believe it, no matter how absurd that claim is (McCabe & Castel, 2008). This power is why neuroscience must be restrained as of yet. There is much pseudoscience willing to take advantage of the neuro name and having an abundance of neurosciences gives these frauds legitimacy. Furthermore, neuroscience findings are still very incidental and the tools it uses are still quite low level. Neuroscience still has many problems understanding the basics, so it remains very unclear whether it can yet leave the realm of understanding individual behavior and make the jump to explaining complex more phenomenon like culture.
Chapter Summary
1. Introduction: The Decade of the Brain and the rise of specialized neuro-niches: Outlines the historical context of the "Decade of the Brain" and identifies the problematic trend of over-specialization within neuroscience.
2. The power of the neuro-label and the rise of pseudoscience: Discusses the inherent influence of the "neuro" prefix and how it is misappropriated to provide false credibility to pseudoscientific practices.
3. Practical dangers: Neurolinguistics, neuropolitics, and statistical limitations: Examines specific examples of "neuro" subfields and addresses concerns regarding low statistical power in current research.
4. Implications for public policy and law: Analyzes the risks of applying neuroscientific data to legal and moral reasoning, highlighting the influence on courts and policymakers.
5. Evaluating validity: Neurorealism, neuroessentialism, and neuropolicy: Introduces a framework for assessing new research based on three specific fallacies: neurorealism, neuroessentialism, and neuropolicy.
6. Conclusion: Establishing boundaries for the future of neuroscience: Summarizes the need for skepticism and rigorous assessment to protect the integrity of the field.
Keywords
Neuroscience, Neurorealism, Neuroessentialism, Neuropolicy, Pseudoscience, Statistical Power, Neuroethics, Public Policy, Neurolinguistics, Brain Imaging, Research Methodology, Scientific Credibility, Neuro-branding, Social Neuroscience
Frequently Asked Questions
What is the central focus of this paper?
The paper focuses on the uncontrolled expansion of the neuroscientific field and argues that its rapid growth and the proliferation of "neuro" subfields carry significant risks for scientific integrity and public policy.
What are the primary themes discussed in the work?
Key themes include the exploitation of the "neuro" label by pseudoscience, the statistical limitations of current brain research, and the potential for misusing neuroscientific data in legal and social contexts.
What is the author's primary research objective?
The objective is to urge the scientific community to exercise restraint, implement stricter validation criteria for new subfields, and prevent the premature application of neuroscientific findings to complex human social phenomena.
Which methods are analyzed in this research?
The paper evaluates current neuroscientific research practices, specifically critiquing the issue of small sample sizes and low statistical power, as highlighted by meta-analyses of existing studies.
What does the main body of the paper cover?
The main body addresses the rise of "neuro-subfields," provides examples of pseudoscientific abuse (like NLP), discusses the dangers of "neuropolitics," and establishes a set of criteria to evaluate the validity of future neuroscientific claims.
Which keywords best characterize this work?
Relevant keywords include neuroscience, neuro-essentialism, pseudoscience, statistical power, and neuroethics.
How does the author define the "neuroclaim" fallacies?
The author categorizes fallacies into three types: neurorealism (making concepts "real" by locating them in the brain), neuroessentialism (reducing identity to brain activity), and neuropolicy (using limited studies to suggest grand policy changes).
What is the concern regarding "neurolaw"?
The author is concerned that brain imaging data is being treated with excessive deference in legal settings, potentially leading to a situation where neuroscience incorrectly becomes the arbiter of moral and criminal liability.
Is the author against the field of neuroscience in general?
No, the author acknowledges that neuroscience is a legitimate and exciting field, but emphasizes that its youth and current limitations make it fragile and susceptible to abuse if it is not carefully constrained.
- Citar trabajo
- Anna Leigh Brown (Autor), 2013, Put Baby Back in the Corner. Why neuroscience needs to slow down, Múnich, GRIN Verlag, https://www.grin.com/document/231808
