Your unconscious blueprint: why you don't even see the options you have
One question is worth asking before proceeding. If manipulation has identifiable names, if the neuroscience of fear is documented, if thousands of books explain in detail how emotional patterns operate… why do intelligent, informed people, genuinely motivated to live differently, end up repeating the same patterns, the same […]
How to Rewrite Programming: Dr. Joe Dispenza's Proposal on Accessing the Subconscious from Adulthood (Part 2)
In the previous article, we saw how, between the ages of zero and seven, when the brain vibrates predominantly in delta and theta waves, programs are installed in the subconscious that will later govern much of our adult life. Deep beliefs about oneself. Relationship patterns. Automatic responses of the nervous system. Emotional associations with […]
The five brain waves and how the first seven years program us (part 1)
Your brain is not a silent organ. It is an electrical instrument that vibrates continuously at different frequencies. Each frequency corresponds to a different state of consciousness. And between birth and death, everything we are, perceive, learn, and create occurs within a specific range of electrical vibrations. Neuroscience measures these vibrations […]
Biophotons and geometry: when science and tradition meet (part 2)
In the previous article, we explored what contemporary scientific research has documented about biophotons: the light emitted by cells, its coherent nature, its transmission through fascia and collagen, and its alignment with Chinese meridians. This article is different. Here, I will open a conversation that peer-reviewed science […]
Biophotons: the light your body emits, transmits and stores (part 1)
There is a word that Western science took a century to take seriously: light. Not the external light that enters through your eyes. The light that your body produces, from within, all the time. Every cell in your body emits light. Real, measurable light, in wavelengths ranging from ultraviolet to infrared. […]
What your body stores: how cellular memory is released (part 2)
In the previous article, we saw how your body stores experience on multiple levels: neural, molecular, epigenetic, and bioelectrical. Cellular memory isn't a metaphor, but a real, distributed phenomenon. Now comes the practical question: what do you do with it? How do you release what your body has been holding onto for years without you noticing? […]
Cellular memory: the language your body never stopped speaking (part 1)
Those who work with the body know something before they have words to name it. The body remembers. Not as the mind remembers. Not with narrative, dates, or sequence. It remembers with tension, contractions, and patterns that appear uninvited when something closely resembles a past experience. For a long time, this phenomenon […]
What we are: the frequency dimension of the human being
For centuries we have been learning to think of ourselves as matter. Bones, muscles, organs, neurotransmitters. A physical body with a mind on top, shaped by the brain. That description isn't false. But it's incomplete. What research in recent decades has begun to show, from biophysics to neurocardiology, including biophotonics and medicine […]
What the holographic brain implies: consequences for memory, the body, healing, and consciousness (part 2)
A scientific theory is ultimately valued for what it changes. If we accept, even as a working hypothesis, that the brain operates on holographic principles, as proposed by Dr. Karl H. Pribram, a neurosurgeon and neuroscientist at Stanford University, it's not a purely academic matter. It changes how you think about your memory, about your […]
The holographic brain: Dr. Karl H. Pribram's theory about a mind that doesn't store information where we thought it would (part 1)
For almost the entire 20th century, a seemingly innocent question haunted neuroscience: where is memory stored? And it's still not entirely resolved. For decades, the obvious answer was assumed: memory is stored in specific neurons, in particular synapses, in identifiable locations in the brain. If someone could look inside your brain...