breathing to manage your stress – a new approach

The role of the breath in meditation and stress management programs is well established. As a meditation strategy, focusing on the breath is primarily a tool for concentration, a place to focus the mind. As a stress management technique, slowing the breath, “belly breathing,” and focusing on the exhalation are all common (and effective) approaches to shifting the nervous system out of a …

breathing: the master clock of the sleeping brain

While we sleep, the brain is not switched off, but is busy with “saving” the important memories of the day. To achieve that, brain regions are synchronized to coordinate the transmission of information between them. Yet, the mechanisms that enable this synchronization across multiple remote brain regions are not well understood. Traditionally, these mechanisms were …

The way of suffering -Thich Nhat Hanh (1926-2022)

Handling our suffering is an art - if we know how to suffer, we suffer much less, and we’re no longer afraid of being overwhelmed by the suffering. Mindfulness helps us recognize, acknowledge, and embrace the presence of the suffering, which can already bring some calm and relief. When a painful feeling comes up, we …

how to map your nervous system: polyvagal theory – part 2

Did you know that you can test your vagal nerve function, and not only can you test it, but you can begin to tap into the healing power of the vagus nerve? Your vagus nerve is responsible for the regulation of internal organs such as digestion, heart rate, respiratory rate and impacts certain reflex actions …

how to map your nervous system: polyvagal theory – part 1

With anxiety, depression, and stress on the climb, have you ever wondered how you can understand your reactions to life’s challenges and stressors? Or maybe you wondered how you can become more resilient? Did you know that you can map your own nervous system? This is such a powerful tool that can help you shift …

scientists discover basic principle of neuroplasticity

Our brains are famously flexible, or “plastic,” because neurons can do new things by forging new or stronger connections with other neurons. But if some connections strengthen, neuroscientists have reasoned, neurons must compensate lest they become overwhelmed with input. In a new study in Science, researchers at the Picower Institute for Learning and Memory at MIT …