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What happens when the two halves of the brain fall out of sync? This post explains the Bihemispheric Neurofeedback Model, how bilateral training works, and why restoring hemispheric balance can improve focus, sleep, and emotional regulation.
What makes NewMind different isn’t just the software—it’s the support system behind it. From structured onboarding and weekly marketing calls to live peer events and lifetime access to mentors, NewMind has built a neurofeedback community designed to help clinicians succeed clinically, technically, and professionally. This post breaks down 10 ways that community shows up—day after day, year after year.
What does it take to perform at your best—consistently, under pressure, and without burning out? Peak performance isn't just reserved for elite athletes. From surgeons to CEOs, more professionals are turning to neurofeedback to sharpen focus, recover faster, and improve emotional regulation. This post explores how neurofeedback enhances the brain’s ability to shift states, build resilience, and maintain clarity in high-demand situations. Backed by decades of research and real-world results, it offers a data-driven look at how training the brain can lead to measurable gains in performance and well-being.
Chronic stress leaves a deeper mark on the brain than most people realize. Beyond temporary feelings of anxiety, it sparks a cascade of biological changes that, over time, can fundamentally alter brain function. One of the most significant contributors to this hidden damage is oxidative stress—a harmful imbalance between free radicals and the body’s ability to neutralize them. Because the brain is rich in lipids and demands high levels of oxygen, it’s particularly vulnerable to this process. This blog post explores how oxidative stress damages the brain’s electrical activity, how Quantitative EEG (qEEG) can detect these changes, and how NewMind Technologies' frameworks, including Dr. Richard Soutar's model of stress-related qEEG patterns, offer clinicians a new way to recognize, assess, and intervene in these early stages—empowering better brain health and resilience before more serious issues take hold
Theta brain waves play a key role in relaxation, memory, and cognitive processing, but misconceptions about their function persist. While some believe theta waves should always be reduced, research shows they are essential for both emotional integration and executive function. Understanding the two types of theta—recurrent and ascending—can help individuals optimize brain health through neurofeedback and other training techniques. Explore how different brain waves influence mental clarity, stress reduction, and cognitive performance.
Understanding alpha brainwaves in neurofeedback is key to enhancing cognitive function, emotional balance, and mental clarity. This in-depth guide explores the role of alpha waves, their impact on brain function, and how neurofeedback can harness them for relaxation, focus, and peak performance. Discover the science behind alpha waves and their potential in neurofeedback training.
