Changing Lives and Events:
Brain software, hidden emotions, epigenetics, and neuroplasticity create our realities. Imagine life as an orchestra, an orchestra composed of tens of thousands of instruments playing simultaneously. You hear music, and it’s very difficult to distinguish between the thousands of instruments playing. Now imagine that one of the instruments is not producing the sound it’s supposed to. It’s hard for you to notice the fault; it’s swallowed up by all the other thousands of instruments playing at the same time. When you can identify the “forging” instrument, you can say that the instrument is “sick.” This is what human reality looks like. Compare every gene inside you to an instrument in a complete orchestra that creates “one musical reality.” The brain is the conductor of the orchestra and determines, with a wave of the hand, which instruments will play now and how loudly. This is the role of epigenetics within us; it is the hidden conductor of our internal orchestra of genes, determining which instrument will play at any given moment, for how long, and how loudly. These are precisely life. When a particular instrument is damaged, there is no way to detect it through the senses or existing medical equipment, but there are other ways, efficient and surprisingly awe-inspiring.
Epigenetics: Comparable to the Conductor of the Orchestra Epigenetics acts like the conductor, reading the environmental information as captured by the senses - climate, health, financial situations, and human interactions. The information coming from the environment does not change the basic musical instruments you were born with – your DNA, but it does affect how those instruments are used (gene expression). Imagine the conductor emphasizing certain sections of the music, influencing the overall sound. On reality.
Neuroplasticity: The Orchestra Practices and Adapts Neuroplasticity represents the orchestra itself. It’s the amazing ability of the brain to physically change by creating new connections between neurons (brain cells) and strengthening or weakening existing ones. When your environment changes, the orchestra rehearses new compositions. New experiences create new neural pathways, allowing you to respond differently to future situations.
Programming New Brain Pathways: New Instruments for the Orchestra. Instruments from a Second Life Think of these new pathways as shortcuts that the orchestra develops to play specific parts of the music more smoothly. Living in a cold climate may lead to the strengthening of pathways related to temperature regulation. Over time, these efficient pathways “burn in,” allowing adaptation to your current environment.
Adaptation to Different Environments: Climate and Physical Environment: Epigenetics and the brain are capable of adapting to a certain extent. For example, a decrease in oxygen concentration at high altitudes may cause the brain to adapt breathing patterns (new neural pathways). However, there are limits to this adaptation, and extreme environments can still cause problems and even death.
Psychological Environment:
Hostile environments can lead to epigenetic alertness, where your body is constantly on high alert. Conversely, calm environments may induce a state of relaxation. Your brain adapts its neural pathways to navigate these situations.
Social and Economic Environments:
While past experiences and conclusions can influence our behavior, true adaptation occurs with new neural connections. Financial difficulties may lead you to develop new budgeting strategies (new pathways). However, these strategies may not be optimal for your health status or the quality of your human relationships.
Brain software, hidden emotions, epigenetics, and neuroplasticity create our realities. Imagine life as an orchestra, an orchestra composed of tens of thousands of instruments playing simultaneously. You hear music, and it’s very difficult to distinguish between the thousands of instruments playing. Now imagine that one of the instruments is not producing the sound it’s supposed to. It’s hard for you to notice the fault; it’s swallowed up by all the other thousands of instruments playing at the same time. When you can identify the “forging” instrument, you can say that the instrument is “sick.” This is what human reality looks like. Compare every gene inside you to an instrument in a complete orchestra that creates “one musical reality.” The brain is the conductor of the orchestra and determines, with a wave of the hand, which instruments will play now and how loudly. This is the role of epigenetics within us; it is the hidden conductor of our internal orchestra of genes, determining which instrument will play at any given moment, for how long, and how loudly. These are precisely life. When a particular instrument is damaged, there is no way to detect it through the senses or existing medical equipment, but there are other ways, efficient and surprisingly awe-inspiring.
Epigenetics: Comparable to the Conductor of the Orchestra Epigenetics acts like the conductor, reading the environmental information as captured by the senses - climate, health, financial situations, and human interactions. The information coming from the environment does not change the basic musical instruments you were born with – your DNA, but it does affect how those instruments are used (gene expression). Imagine the conductor emphasizing certain sections of the music, influencing the overall sound. On reality.
Neuroplasticity: The Orchestra Practices and Adapts Neuroplasticity represents the orchestra itself. It’s the amazing ability of the brain to physically change by creating new connections between neurons (brain cells) and strengthening or weakening existing ones. When your environment changes, the orchestra rehearses new compositions. New experiences create new neural pathways, allowing you to respond differently to future situations.
Programming New Brain Pathways: New Instruments for the Orchestra. Instruments from a Second Life Think of these new pathways as shortcuts that the orchestra develops to play specific parts of the music more smoothly. Living in a cold climate may lead to the strengthening of pathways related to temperature regulation. Over time, these efficient pathways “burn in,” allowing adaptation to your current environment.
Adaptation to Different Environments: Climate and Physical Environment: Epigenetics and the brain are capable of adapting to a certain extent. For example, a decrease in oxygen concentration at high altitudes may cause the brain to adapt breathing patterns (new neural pathways). However, there are limits to this adaptation, and extreme environments can still cause problems and even death.
Psychological Environment:
Hostile environments can lead to epigenetic alertness, where your body is constantly on high alert. Conversely, calm environments may induce a state of relaxation. Your brain adapts its neural pathways to navigate these situations.
Social and Economic Environments:
While past experiences and conclusions can influence our behavior, true adaptation occurs with new neural connections. Financial difficulties may lead you to develop new budgeting strategies (new pathways). However, these strategies may not be optimal for your health status or the quality of your human relationships.
Beyond Processing: Thought Experiments What is a thought experiment?
It’s a process we can perform remotely, even via a video call, with anyone in seconds. It allows us to enter the deepest layers of the brain and uncover what is hidden there. It’s an easy, simple, quick process suitable for everyone.
Feelogica’s thought experiment activates a different and unfamiliar type of thinking, causing the brain to use neural pathways that are not in conscious use. Such use of the brain pushes for the creation of entirely new realities, like a composer writing a groundbreaking symphony. Thinkers like Einstein, Galileo, and Leonardo da Vinci all used thought experiments as a springboard for innovation.
Einstein’s thought experiments: Imagine a person in free fall in an elevator – this thought experiment led to the foundation of Einstein’s theory of relativity.
Galileo’s Tower of Pisa experiment: By observing objects falling from the leaning tower, Galileo challenged the prevailing Aristotelian view of motion.
Leonardo da Vinci’s flying machines: Through sophisticated sketches and thought experiments, da Vinci envisioned flying machines centuries before their invention.
These individuals did not merely react to their environment; they actively manipulated the “thought experiment” to create entirely new works and ideas that revolutionized our understanding of the world.
The Thought Experiment as a Tool for Change: A well-designed thought experiment can serve as a starting point for rewiring your brain. By focusing on a desired outcome and actively exploring options through a thought experiment, almost anyone can initiate the formation of new neural connections. We ensure that everyone can do this, even remotely, via a video call – within seconds.
Embedding New Pathways: From Experiment to Reality Once you have a roadmap for change through your thought experiment, the real work begins. Integrating these new neural pathways is like learning a new skill. It requires practice and repetition. We actively assist with online courses, personalized online exercises, and workshops.
Summary: While epigenetics and past experiences influence our current state, they do not dictate our future. By harnessing the power of neuroplasticity and engaging in directed thought experiments, we can become the writers and composers of our brains and lives, creating concerts of life filled with innovation and the creation of realities that were once only a waking dream.