Research is increasingly exploring how psilocybin (found in “magic mushrooms”) affects the brain, particularly in relation to neuroplasticity.
Some studies suggest that psilocybin may temporarily increase neural connectivity and alter patterns of brain activity. However, this does not necessarily mean it leads to lasting or reliable “rewiring” of the brain.
What does the research say?
Early research (including studies from institutions like Yale) suggests that psilocybin may:
- Increase communication between different brain regions
- Disrupt rigid patterns of thinking
- Create short-term changes in perception and mood
However:
- These effects are often temporary
- Long-term outcomes vary significantly
- More research is still needed
Does this lead to long-term brain rewiring?
While psilocybin may create a window of increased flexibility in the brain, lasting change typically depends on:
- Integration practices
- Behavioural changes
- Ongoing nervous system regulation
Without this, changes may not be sustained.
re-origin’s perspective
At re-origin, we focus on safe, accessible, and repeatable neuroplasticity practices that help retrain the brain over time—without relying on substances.
Our approach supports:
- Gradual, sustainable rewiring of brain patterns
- Nervous system regulation
- Long-term change through consistent practice
Important note
re-origin does not promote or endorse the use of psilocybin or other substances for treatment. If you are considering any substance-based approach, it’s important to seek professional medical guidance.
Do mushrooms increase neuroplasticity?
Some research suggests psilocybin may temporarily increase neural connectivity, but long-term neuroplastic change depends on ongoing practices and integration.
Are there safer ways to rewire the brain?
Yes. Neuroplasticity-based approaches such as brain retraining, behavioural practices, and nervous system regulation can support lasting change without substances.