Khaberni - One of the most common reasons people give for not starting to meditate is that many assume it requires years of daily meditation to feel the well-known benefits of this practice.
According to "Psychology Today", some may face increasing pressures on their time and attention, but the good news is that meditation practice does not require much time, contrary to popular belief. New research shows that meditation impacts the brain at the moment.
The flourishing of meditation in the West is supported by decades of psychological studies. Most of these studies have sought to identify the neural changes induced by meditation. For years, scientists have documented brainwave patterns of experienced meditators compared to non-meditators and drawn a richer picture of the neural impacts of meditation. Research conclusively confirms that meditation reduces stress, improves focus, enhances stamina, and even alleviates inflammation.
Onset of meditation effects
A team of researchers at the National Institute of Mental Health And Neuro Sciences (NIMHANS) in Bangalore, in collaboration with researchers from the Universities of Liege and Ottawa, used a 128-channel EEG technique to track brain wave activity second by second among 103 meditation practitioners. Participants were divided into three groups: complete beginners who had never meditated, novice practitioners, and advanced practitioners with thousands of hours of experience.
A study on a seven-minute meditation exercise showed results contradicting some prior assumptions about the effects of meditation.
In the three groups, noticeable changes in brain wave activity began within just two to three minutes of starting meditation. These effects peaked after about seven minutes.
Important results
Researchers monitored the following brainwaves:
• Alpha waves (8-12 Hz) are the brain's signature of calm and conscious relaxation, which is the mental state experienced during moments of quiet focus, away from anxiety or distraction. During meditation, the strength of alpha waves steadily and quickly increased among all participants.
• Theta waves (4-8 Hz) are associated with deep internal attention, creativity, and a type of immersion described by experienced meditators as "inward focus". Advanced meditators showed a noticeable increase in theta waves from the first 30 seconds, indicating that long-term practice not only changes the way of meditation but also alters the brain's resting state.
• Beta 1 waves (13-20 Hz) reflect alert and focused concentration. Increased brain activity during meditation leads to what researchers call "quiet alertness," a relaxed state where the mind is both calm and vigilant at the same time. These data confirm what meditators informally report about the meditation experience.
At the same time, oscillations associated with mind wandering, sleepiness, and decreased alertness decreased. The study results showed that within minutes, the mind became more focused, relaxed, and less prone to distraction.
A simple method for practice
Participants can focus on the natural movement of their breath. When the mind wanders, which is natural, they notice it and gently refocus on the breath. The aim of this practice is just to notice the thought without judgment and not to "block" the thoughts, then return to the focus subject, which in this case is the breath.
In addition to the neurological benefits studied, it turns out that meditation practice develops some essential skills; it encourages responding rather than reacting. By observing his inner world without judgment, a person becomes better able to manage his attention demands skillfully and wisely.
It remains that meditation can be integrated into daily life while going to work, preparing for a meeting, or even before bed.
