Rethinking How We Offload Our Thinking With AI |
Cognitive offloading can weaken memory; assisted thinking enhances it.
AI may boost working memory and free mental energy for problem-solving.
Overreliance on AI can reduce focus, curiosity, and flexible thinking.
Use AI to support, not replace, your own thinking.
You’ve probably noticed it yourself—more and more coworkers, friends, and even you are leaning on AI at work, sometimes without even thinking about it. Statistics show that between 2024 and 2025, the number of Americans using AI on the job nearly doubled, moving from occasional users to daily adopters.
As these tools become part of our daily routines, it’s natural to wonder: Is AI quietly making us forgetful, or is it giving our brains a boost? The truth is probably somewhere in the middle. Rely too much on AI, and your memory might take a hit. But use it wisely, and it can actually sharpen focus, help you learn faster, and free up mental energy for the things that really matter.
To learn more about the psychology of AI-assisted thinking, I recently spoke with Samyukktha Thirumeni, a leading expert in AI and founder and CEO of Supanote, about how AI can be used as a helpful assistant without completely outsourcing our memory to machines.
Cognitive Offloading vs. Assisted Thinking
To understand how AI affects our thinking, it helps to distinguish between cognitive offloading and assisted thinking. So what’s the difference? Well, for starters, cognitive offloading refers to relying on external tools—like notebooks, reminders, or digital assistants—to handle mental tasks that would otherwise demand internal effort. This can free up mental resources, but it also means we may engage less with the thinking itself. Over time, this can weaken memory for the offloaded information or reduce deep understanding if done without intention. Research on AI and cognition highlights a related effect. For example, experts note that people who rely heavily on AI to complete a learning task, such as writing code, often learn less than those who complete the task on their own.
Assisted thinking, on the other hand, uses tools to enhance cognition without replacing it. Instead of outsourcing tasks, the person stays actively involved, using AI as a thinking partner. For instance, one study found that structured prompts requiring active reasoning reduced cognitive offloading and improved engagement compared with unguided AI use. In practice, this distinction matters.
In psychotherapy, for example, clinicians must document sessions, track treatment plans, and remain fully present with patients. An AI assistant can handle the mechanical tasks—updating notes and organizing past session data—allowing therapists to focus entirely on the human interaction. According to Thirumeni, “There’s a cognitive tax to documentation that most people don’t see. AI lets the mind be quieter, more present. Therapists tell me they feel like they’re actually in the room again—not half-there, half-documenting.” By offloading routine tasks to AI, clinicians can preserve their attention and engage more deeply with the people they are helping.
How AI Supports Working Memory
AI doesn’t just automate tasks—it can also enhance how we think if used correctly. Specifically, it can extend our working memory, the mental workspace where we hold and manipulate information in real time.
Naturally, humans have limited working memory. Cognitive scientists generally estimate that most adults can hold about three to five chunks of information at a time before performance begins to decline. In fact, one recent study suggests that around four “chunks” is a typical capacity for focused attention in adults, with the ability to hold six or seven pieces of information emerging only in specific kinds of tasks.
By supporting our working memory, AI can act as a cognitive boost rather than just a tool for convenience. It keeps key information accessible in real time, so our brains can focus on analyzing, reasoning, and problem-solving instead of trying to recall every detail. For example, therapists can use AI to track treatment goals and session history, allowing them to concentrate on understanding their clients and making informed decisions without being distracted by routine administrative tasks. This kind of intentional AI use preserves mental energy, sharpens focus, and enhances professional performance.
The Risks of Overreliance
We know that overusing any tool can backfire. Problems arise when we rely on something to do the thinking for us instead of supporting our own thought process. Thirumeni notes that “When we let a tool handle generating ideas, recalling information, or completing complex tasks, we risk weakening the mental muscles needed for deep understanding and flexible thinking.” In general, tools work best when they enhance our abilities, not replace them. Relying on them too much can quietly erode our attention, curiosity, and capacity to connect ideas on our own.
Action Steps to Use AI Thoughtfully
Now that we understand how AI interacts with our thinking, it’s helpful to have a few practical steps to make sure it supports our cognitive processes rather than replacing them.
1. Use AI as a helper, not a replacement: Let AI handle routine, mechanical tasks like organizing data, generating drafts, or recalling facts, while keeping your brain in charge of analysis, judgment, and creativity. For example, use AI to summarize meeting notes, then spend time interpreting the insights yourself. This will ensure you stay actively engaged with the information and strengthen your own understanding.
2. Set boundaries for AI use: Decide when and how to use AI for specific tasks. Avoid relying on it for everything—especially tasks that require problem-solving or critical thinking. A practical approach is to limit AI assistance to no more than 50 percent of your work on complex projects, so you stay engaged. Be sure to track which tasks you handle independently versus with AI, so you maintain accountability and strengthen your skills.
3. Reflect and engage your mind: After using AI, pause to review, question, and connect ideas on your own. This strengthens memory, reinforces learning, and keeps curiosity alive. Try explaining the results or ideas to someone else in your own words to ensure you truly understand them. Doing this turns AI from a tool into a partner that helps your thinking grow.
In all, AI is changing how we manage information and engage our minds. When used thoughtfully, it can support working memory, reduce mental clutter, and help us focus on what truly matters. The key is balance: offload routine tasks, stay actively involved with the thinking that matters, and use AI to amplify—not replace—your cognitive abilities.
© 2026 Ryan C. Warner, Ph.D.
Bhadila, G. Y., Bahdila, D., Saber, N. O., & Alyafi, D. A. (2026, January). Impact of artificial intelligence on task performance and perceived task load: a pragmatic randomized experiment. In Frontiers in Education (Vol. 11, p. 1754136). Frontiers Media SA.
Gerlich, M. (2025). From offloading to engagement: an experimental study on structured prompting and critical reasoning with generative AI. Data, 10(11), 172.
Morra, S., Patella, P., & Muscella, L. (2024). Modelling working memory capacity: Is the magical number four, seven, or does it depend on what you are counting?. Journal of cognition, 7(1), 60.
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