New study finds different brain pathways for meditation practices

If you treat meditation as one tool, this paper argues for a more useful habit: choose the practice that matches the mental job in front of you. In a July 7, 2026 article in Network Neuroscience, Yanli Lin, Marne L. White, Jihong Zhang, and Todd S. Braver tracked 16 novice meditators across as many as 24 lab sessions and found that focused attention and open monitoring showed distinguishable brain network patterns. That matters because it gives beginners a clearer way to think about breath focus versus open awareness: not as rival labels, but as different ways of training attention.

What the study actually followed

The design is what gives this paper its practical value. Instead of taking a single EEG snapshot, the team followed people over repeated sessions, combining brain recordings with self-report measures of state mindfulness, the moment-to-moment quality of being present during practice. That kind of longitudinal setup is better suited to meditation than a one-and-done scan, because practice changes as it accumulates.

The paper spans 1 to 28 pages in MIT Press’s Network Neuroscience and appears in the journal’s Special Collection called CogNet. It focuses on two core styles that show up constantly in mindfulness spaces: focused attention meditation, where the mind returns again and again to one object such as the breath, and open monitoring meditation, where awareness stays receptive to whatever arises without locking onto a single target.

Why the distinction between practices matters

In plain language, focused attention is the “stay with one thing” exercise. Open monitoring is the “notice what is happening” exercise. Mindfulness research has long treated alpha and theta activity as possible markers of mindfulness, but the field has struggled to line up what the brain shows with what practitioners actually report feeling.

This study pushes against the idea that there is one universal meditation signal. The authors found distinguishable neurophenomenological network structures for the two practices, which means the brain-behavior patterns linked to each style were not simply copies of one another. For anyone building a home practice or leading a beginner group, that suggests the style you choose may shape the kind of mental training you are doing, even when both exercises fall under the mindfulness umbrella.

What the EEG findings suggest in practice

The most useful part of the paper is not a single “mindfulness wave,” because that is not what emerged. Instead, the analysis found strong autoregressive effects for state mindfulness, a pattern the authors interpret as consistent with skill acquisition across repeated sessions. In simpler terms, what you feel during one session helps shape what you are able to notice in the next one, which fits the lived experience of learning to meditate by repetition.

The paper also reports opposing influences from frontal and posterior alpha power. That is a reminder not to overread EEG as a mood ring. The signal is doing different things in different parts of the brain, which is one reason the authors argue the field should stop treating brain activity as a single monolithic fingerprint of mindfulness.

For a beginner, that translates into a practical rule of thumb:

• Use focused attention when your attention feels scattered and you need repetition, structure, and a clear anchor.

• Use open monitoring when you already have some steadiness and want to practice noticing thoughts, sensations, and emotions without chasing each one.

• Expect the two styles to feel different, because this study suggests they may recruit different neural pathways rather than the same pathway in different clothing.

How this fits with the broader mindfulness science

This paper does not appear in isolation. A recent fully within-subject study from the same research group compared focused attention, open monitoring, and an active control condition on executive attention and error monitoring. That kind of design is important because it keeps the comparison inside the same people, making it easier to separate a practice effect from individual differences.

A 2026 in-press paper by White, Lin, and Braver, titled “Meditation-Specific Neural Predictors of State Mindfulness During Eyes Open Meditation,” points in the same direction: researchers are getting more precise about which features of meditation predict which experiences. A recent EEG review also notes that the field is increasingly using EEG to distinguish focused attention from open monitoring in real time, even as alpha and theta findings remain mixed and heterogeneous across studies.

There is also a broader cultural context here. Mindfulness in its modern forms draws from ancient Hindu and Buddhist contemplative traditions, and Mindfulness at Washington University in St. Louis notes that an estimated 17 percent of the U.S. population reports having practiced mindfulness and related forms of meditation. That kind of reach is exactly why clarity matters. When millions of people are using meditation for stress, focus, sleep, or self-regulation, it helps to know that not every practice is doing the same work.

What the study does and does not prove

This paper does show that, in 16 novices training over up to 24 laboratory sessions, focused attention and open monitoring were associated with different network structures in EEG and self-report data. It also shows that state mindfulness changed in a way that looks like learning over time, not a static trait.

It does not prove that one practice is better than the other. It does not prove that alpha or theta power is a universal mindfulness marker. It does not tell you which style will reduce anxiety, improve sleep, or produce the most insight in daily life. And it does not erase the fact that meditation science is still sorting out how brain signals, subjective reports, and actual practice conditions fit together.

The most practical takeaway is simple: if you are sitting down for five minutes today, decide what you want that session to train. If you want steadiness, return to the breath. If you want spacious awareness, open the field and notice what appears. This study suggests those are not interchangeable moves, and that difference is exactly where the practice begins.