What a small resting-state fMRI study found about experienced meditators

Most people start meditating to feel better. Less stress, less anxiety, a bit more calm in the chaos. And that’s fine. That’s reason enough.

This article examines one small cross-sectional study, not settled consensus or treatment advice. Long-term practitioners and non-meditators can differ in measured brain activity, but a comparison between those groups cannot tell us how much practice caused the difference or what happens to every person who keeps going.

I’ve been meditating daily for over a decade, and the shift I notice most is a change in the quality of my noticing. That is my experience. Neuroscience can look for group-level correlates, but this study cannot explain what caused my own experience or show what is happening in every meditator’s brain.

A study from the University of Haifa, published in Frontiers in Human Neuroscience in January 2025, compared resting-state fMRI data from 17 experienced meditators and 19 meditation-naive participants. The groups differed in how often two functional connectivity states involving sensory and attention-related regions occurred. The authors described the analysis as underpowered and the design as cross-sectional, so it cannot show that meditation caused the differences or reorganized the brain.

The recording was made at rest, without a meditation instruction. That makes the group difference interesting, but not automatically causal.

The finding resembles something I notice in my own practice, but the study does not show that meditation rewrites a person’s baseline.

A personal framework for attention in long practice

Before going further, here is a personal map of five shifts I have noticed in my own practice. They are reflections, not five outcomes established by the cited fMRI study.

First, attention sometimes feels less effortful to me. In the beginning, staying focused on the breath felt like holding a heavy object. Over time, it often felt lighter. The cited study did not track that progression or show the prefrontal cortex ‘working overtime.’

Second, I sometimes notice reactions sooner. I may catch the impulse to check my phone before my hand moves, or notice irritation before it becomes words. The study did not measure this change.

Third, sensory experience sometimes feels clearer to me. Sounds, textures and physical sensations can feel more vivid when I attend to them. That is a first-person report, not a result that can be assumed for every practitioner.

Fourth, mind-wandering sometimes feels less sticky to me. My mind still wanders, but I may notice it sooner. That is a personal observation, not an outcome measured in the study.

Fifth, awareness can sometimes feel more available. In my own practice, I do not always need to deliberately “switch on” attention. That description should not be confused with the resting-state networks measured by fMRI.

The shift from effort to ease

When I started meditating, sitting for even five minutes felt like wrestling. My mind jumped constantly. I’d count breaths and lose track by three. I’d catch myself planning dinner, replaying conversations, writing emails in my head, all within a single exhale.

That experience is common enough to be reassuring, but the studies cited here do not establish a universal neural signature of early practice.

A systematic review of mindfulness and meditation studies reports a range of structural and functional findings, but the literature is heterogeneous. It does not establish that the brain follows one path from heavy prefrontal effort to automatic sensory processing in every long-term practitioner.

I notice this most during my morning sits. There are days now where I don’t “try” to focus. Attention just settles. Not every day, and not perfectly, but with a frequency that would have seemed impossible in my first year of practice. The effort hasn’t increased. If anything, it’s decreased. But the stability has grown.

What the study measured in the brain

I want to be careful here, because neuroscience is complex and I’m not a neuroscientist. But the broad findings are worth understanding because they challenge a common misconception about meditation: that it’s just relaxation.

Meditation research includes reports of structural and functional differences, including cortical-thickness associations in some studies. Those findings are heterogeneous, and cross-sectional comparisons cannot show that sustained practice physically reorganized the brain. Brain regions also support multiple functions, so they should not be described as simply ‘responsible for’ attention or self-regulation.

The Haifa study found that experienced meditators spent more time in two resting states involving sensory-perception networks and less time in a state involving frontal regions associated with higher cognitive functions. It did not measure planning, worry or rumination, so those examples should not be treated as findings.

In plain language, the groups differed in how often these fMRI-derived connectivity states appeared. Translating that into being less lost in thought goes beyond what the study directly measured.

This aligns with something I’ve felt for years in my own practice without having the vocabulary for it. The internal chatter hasn’t disappeared. But it’s quieter. It takes up less room. And the sensory world, the sounds, the air, the weight of my body in the chair, has become louder. Not noisier. Just more present.

The daily version: what this looks like off the cushion

The research is interesting, but what matters is how it shows up in real life. Because most of us aren’t meditating in fMRI machines. We’re making coffee, commuting, dealing with difficult colleagues, trying not to lose patience with our kids.

Here’s where I notice the shift most: in traffic. I ride my bike through streets where motorbikes come from every direction, horns blare constantly, and the rules of the road are more like loose suggestions. At first, this was overwhelming. My attention would spike and scatter. Everything felt like a threat.

Now, years later, something is different. I can ride through the same chaos with a kind of wide, relaxed attention. I’m taking in more information, not less, but processing it without the panic. I see the motorbike merging from the left and the cart pulling out from the right and the woman crossing with groceries, and I respond without clenching.

That is not zen mastery. It is my description of a change from narrow and reactive attention toward something broader and more receptive. The research did not measure this experience, and I cannot know from the study how much my own practice caused it.

What people get wrong about this process

There’s a popular narrative that meditation is like a software update: meditate enough and you’ll unlock some upgraded version of yourself. Calmer, sharper, more focused, basically a superhero who does breathing exercises.

That’s not how it works.

The changes I associate with my own long-term practice have been quiet rather than dramatic. I sometimes notice distraction or irritation sooner, but that personal pattern is not something this cross-sectional study tracked or established for other people.

My experience has not felt linear. After my daughter was born, my practice sometimes shrank to five-minute windows between feeds, and it felt as though I was losing what I had built. That was a subjective reaction, not evidence about neural change. The cited studies do not compare brief daily practice with occasional retreats or establish which schedule produces more durable effects.

The Buddhist lens: why “effortless effort” isn’t a contradiction

Buddhism has a concept that maps onto these findings surprisingly well. In the Pali Canon, there’s a quality called “passaddhi,” usually translated as tranquility or calm. But it’s not the calm of doing nothing. It’s the calm that comes from sustained practice, a settling of the mental and physical processes that allows attention to function without strain.

I did not understand passaddhi for years. It sounded like another word for relaxation. I now use it as a contemplative description of settled attention, without claiming that it maps neatly onto a specific neuroscientific state.

In practical terms, it’s what happens when you’ve practiced something so many times that the practice does itself. A musician who’s rehearsed a piece thousands of times doesn’t think about finger placement. A long-term meditator, at least some of the time, doesn’t think about focusing. The attention just goes where it’s needed.

This is what “effortless effort” actually means. Not trying harder. Not trying at all in the usual sense. Just showing up enough times that the trying becomes unnecessary.

Why this matters for people who aren’t monks

You do not need 10,000 hours to try meditation. Studies of shorter programs have reported some attention-related outcomes in particular samples, but the evidence varies by design, population and measure. Those results should not be treated as proof that any moderate practice changes how every brain processes attention.

The practical hope is that regular attention practice may make noticing easier. Outcomes differ, and the cited studies do not show that noticing inevitably becomes a stable trait.

The cautious takeaway is that attention is a skill a person can practise. This study does not show that any particular routine changes the brain or produces a specific benefit.

I think about this when my meditation practice feels mundane: breath, wandering, returning, breath. I value those sessions, but the study cannot tell me that they are doing the most work or reshaping brain architecture.

A weekly practice: attentional check-ins

Once a week, preferably on the same day, set a timer for 10 minutes. Sit comfortably and close your eyes. For the first three minutes, practice narrow focus: attention on the breath at the nostrils, nothing else. For the next three minutes, shift to open awareness: let attention expand to include sounds, sensations, and the feeling of the room. For the final four minutes, simply notice what your attention does on its own. Don’t direct it. Just watch where it goes and how quickly you notice when it moves.

Over time, you may notice patterns in where attention goes. This exercise is for observation; a shorter gap between wandering and noticing is not guaranteed and does not validate a claim about brain change.

Common traps

• Treating meditation like a performance metric, measuring progress by how long you sit or how “empty” your mind gets, rather than how consistently you show up.
• Expecting attention changes to feel dramatic. Experiences vary, and the study did not track individual changes over time.
• Interpreting every restless phase as failure. Restlessness can have many causes. It is not evidence that the brain is reorganizing, and persistent distress is a reason to adjust the practice or seek appropriate guidance.
• Assuming the evidence establishes an optimal dose. The cited studies do not show that five daily minutes produce more durable change than occasional longer sessions.
• Comparing your practice to anyone else’s. People begin with different health, histories and circumstances, and there is no universal timeline.

A simple takeaway

• A small cross-sectional resting-state fMRI study found functional connectivity-state differences between experienced meditators and non-meditators; it did not measure structural brain change or establish causation.
• In this sample, the meditator group spent more time in two fMRI-derived connectivity states involving sensory and attention-related regions.
• The study did not establish a universal shift from effortful focus to automatic attention.
• The study did not compare brief daily practice with occasional long sessions or establish which produces more durable change.
• An uneventful session is not necessarily a failure, but its effects cannot be inferred from this study.
• Claims about practice reshaping the brain require longitudinal evidence that this study did not provide.

Correction (14 September 2026): An earlier version described functional fMRI group differences as structural, causal brain reorganization and attributed several unmeasured timelines and mechanisms to the cited studies. The revised article separates personal experience from the studies’ actual findings.