Subscribe
The latest psychology and neuroscience discoveries.
My Account
  • Mental Health
  • Social Psychology
  • Cognitive Science
  • Psychopharmacology
  • Neuroscience
  • About
No Result
View All Result
PsyPost
PsyPost
No Result
View All Result
Home Exclusive Artificial Intelligence

“Catastrophic effects”: Can AI turn us into imbeciles? This scientist fears for the worst

by Eric W. Dolan
February 13, 2024
in Artificial Intelligence, Cognitive Science
(Photo credit: OpenAI's DALL·E)

(Photo credit: OpenAI's DALL·E)

Share on TwitterShare on Facebook
Stay on top of the latest psychology findings: Subscribe now!

Have you ever pondered the impact of relying on machines to do your thinking? With the rapid advancement of technology, this scenario is moving from the realm of science fiction straight into the realm of possibility.

In a new scientific paper, University of Monterrey professor Umberto León Domínguez explores the potential of artificial intelligence (AI) to not just mimic human conversation but fundamentally supplant many aspects human cognition. The work, published in the journal Neuropsychology, raises concerns about the risks that AI chatbots might pose to higher order executive functions.

Artificial intelligence, in simple terms, refers to machines programmed to mimic human intelligence—learning, reasoning, and problem-solving. Among the AI models, ChatGPT stands out. It’s a tool designed to understand and generate human-like text based on the data it’s fed. Unlike older AI models that struggled to grasp the nuances of language, ChatGPT uses something called a transformer model, which allows it to understand context and produce responses that can be startlingly similar to those a human might give.

Domínguez’s interest in ChatGPT stems from its potential as a technological milestone. He sees it as a signifier of the technological singularity, a concept that suggests AI development could reach a point where it begins to advance beyond human control, potentially merging human and machine intelligence.

“As a university professor, I design my activities as intellectual challenges to stimulate and train cognitive functions that are useful in the daily lives of my students, such as problem-solving and planning abilities,” explained Domínguez, the director of the Human Cognition and Brain Studies Lab and researcher in the Artificial Intelligence Group.

“The emergence of a tool like ChatGPT raised concerns for me about its potential use by students to complete tasks, thereby preventing the stimulation of these cognitive functions. From this observation, I began to explore and generalize the impact, not only as a student but as humanity, of the catastrophic effects these technologies could have on a significant portion of the population by blocking the development of these cognitive functions.”

“Consequently, I researched how ChatGPT or other AI chatbots could interfere with higher- order executive functions to understand how to also train these skills, even with the use of ChatGPT.”

One of the paper’s striking assertions is that AI can act as a “cognitive prosthesis,” a concept introduced in a 2019 study by Falk Lieder and his colleagues. In essence, this means AI could perform cognitive tasks on behalf of humans, much like how a prosthetic limb serves as a replacement for a lost limb. This doesn’t just include simple tasks like calculating numbers or organizing schedules. The research suggests that AI’s capabilities might extend to more complex cognitive functions, such as problem-solving and decision-making, traditionally seen as distinctly human traits.

Lieder and his colleagues specifically highlighted scenarios where people’s natural inclination towards short-term rewards leads them away from actions that would be more beneficial in the long term. For example, choosing to watch TV and relax instead of working on a challenging but rewarding project. To address this, they proposed using AI to “gamify” the decision-making process. Gamification involves adding game-like elements such as points, levels, and badges to non-game activities.

Through a series of experiments, Lieder and his colleagues provided initial evidence of the benefits of this approach. They found that AI-enhanced decisions helped individuals make better choices more quickly, reduce procrastination, and focus more on important tasks.

But Domínguez’s paper warns of the potential risks associated with integrating AI so closely into our cognitive processes. A key concern is “cognitive offloading,” where humans might become overly reliant on AI, leading to a decline in our ability to perform cognitive tasks independently. Just as muscles can weaken without exercise, cognitive skills can deteriorate if they’re not regularly used.

The danger, as Domínguez’s paper outlines, is not just about becoming lazy thinkers. There’s a more profound risk that our cognitive development and problem-solving abilities could be stunted. Over time, this could lead to a society where critical thinking and creativity are in short supply, as people become accustomed to letting AI do the heavy lifting.

“I would like individuals to be aware that intellectual capabilities essential for success in modern life need to be stimulated from an early age, especially during adolescence. For the effective development of these capabilities, individuals must engage in cognitive effort,” Domínguez told PsyPost.

“Cognitive offloading can serve as a beneficial mechanism because it frees up cognitive load that can then be directed towards more complex cognitions. However, with technologies like ChatGPT, we face, for the first time in history, a technology capable of providing a complete plan, from start to finish.”

“Consequently, there is a genuine risk that individuals might become complacent and overlook even the most complex cognitive tasks. Just as one cannot become skilled at basketball without actually playing the game, the development of complex intellectual abilities requires active participation and cannot solely rely on technological assistance.”

But don’t all technologies pose a risk of cognitive offloading? The researcher argues that ChatGPT’s ability to independently generate ideas, solutions, and even hold conversations sets it apart. Traditional tools, in contrast, still require human input to derive results.

“Many people argue that there have been other technologies that allowed for cognitive offloading, such as calculators, computers, and more recently, Google search,” Domínguez explained. “However, even then, these technologies did not solve the problem for you; they assisted with part of the problem and/or provided information that you had to integrate into a plan or decision-making process.

“With ChatGPT, we encounter a tool that (1) is accessible to everyone for free (global impact) and (2) is capable of planning and making decisions on your behalf. ChatGPT represents a logarithmic amplifier of cognitive offloading compared to the classical technologies previously available.”

The paper was titled: “Potential cognitive risks of generative transformer-based AI chatbots on higher order executive functions.”

TweetSendScanShareSendPin1ShareShareShareShareShare

RELATED

These common sounds can impair your learning, according to new psychology research
Cognitive Science

These common sounds can impair your learning, according to new psychology research

July 4, 2025

Your brain’s ancient defense system might be sabotaging your test scores. New research suggests our "behavioral immune system," which makes us subconsciously alert to signs of illness, can be triggered by coughs and sniffles.

Read moreDetails
From fireflies to brain cells: Unraveling the complex web of synchrony in networks
Addiction

Understanding “neuronal ensembles” could revolutionize addiction treatment

July 3, 2025

The same brain system that rewards you for a delicious meal is hijacked by drugs like fentanyl. A behavioral neuroscientist explains how understanding the specific memories behind these rewards is the key to treating addiction without harming our essential survival instincts.

Read moreDetails
Scientists just uncovered a surprising illusion in how we remember time
Memory

Scientists just uncovered a surprising illusion in how we remember time

July 3, 2025

Our perception of time is more fragile than we think. Scientists have uncovered a powerful illusion where repeated exposure to information makes us misremember it as happening much further in the past, significantly distorting our mental timelines.

Read moreDetails
Peppermint tea boosts memory and attention—but why?
Cognitive Science

Peppermint tea boosts memory and attention—but why?

July 2, 2025

Can a cup of peppermint tea sharpen your mind? A new study suggests it can—but not in the way scientists expected. Improved memory and attention followed the tea, but increased brain blood flow wasn't the reason why.

Read moreDetails
Scientists reveal ChatGPT’s left-wing bias — and how to “jailbreak” it
Artificial Intelligence

ChatGPT and “cognitive debt”: New study suggests AI might be hurting your brain’s ability to think

July 1, 2025

Researchers at MIT investigated how writing with ChatGPT affects brain activity and recall. Their findings indicate that reliance on AI may lead to reduced mental engagement, prompting concerns about cognitive “offloading” and its implications for education.

Read moreDetails
New psychology study sheds light on mysterious “feelings of presence” during isolation
Cognitive Science

Vagus nerve signals influence food intake more in higher socio-economic groups

July 1, 2025

Researchers have found that internal physiological cues—like signals from the vagus nerve—play a stronger role in guiding eating behavior among wealthier individuals, offering new insight into why socio-economic status is linked to differences in diet and health.

Read moreDetails
Researchers identify neural mechanism behind memory prioritization
Memory

Researchers identify neural mechanism behind memory prioritization

June 30, 2025

A new brain imaging study shows that when people try to remember multiple things, their brains give more precise attention to the most important item. The frontal cortex helps allocate memory resources, boosting accuracy for high-priority information.

Read moreDetails
Readers struggle to understand AI’s role in news writing, study suggests
Artificial Intelligence

Readers struggle to understand AI’s role in news writing, study suggests

June 29, 2025

A new study finds that readers often misunderstand AI’s role in news writing, creating their own explanations based on limited information. Without clear byline disclosures, many assume the worst.

Read moreDetails

SUBSCRIBE

Go Ad-Free! Click here to subscribe to PsyPost and support independent science journalism!

STAY CONNECTED

LATEST

7 subtle signs you are being love bombed—and how to slow things down before you get hurt

A simple breathing exercise enhances emotional control, new research suggests

Despite political tensions, belief in an impending U.S. civil war remains low

Girls are better than boys at detecting their own ADHD symptoms

Many ayahuasca users report challenging experiences—yet some are linked to better mental health

These common sounds can impair your learning, according to new psychology research

Hispanic adolescents experience later sleep timing and greater social jet lag than peers, study finds

Student loan debt doesn’t deter civic engagement — it may actually drive it, new research suggests

         
       
  • Contact us
  • Privacy policy
  • Terms and Conditions
[Do not sell my information]

Welcome Back!

Login to your account below

Forgotten Password?

Retrieve your password

Please enter your username or email address to reset your password.

Log In

Add New Playlist

Subscribe
  • My Account
  • Cognitive Science Research
  • Mental Health Research
  • Social Psychology Research
  • Drug Research
  • Relationship Research
  • About PsyPost
  • Contact
  • Privacy Policy