The mindset theory of aging proposes that our beliefs, thoughts, and perceptions about aging can influence the way we age. According to this theory, our mindset and awareness play a significant role in shaping our reality, including the aging process.
There is evidence that human awareness can affect our reality, such as the double-slit experiment in quantum physics, when not observing the electron, the electron behaved with multiple potentialities like a wave, but when observed it condensed its possibilities to one and behaved like a particle. This suggests that if we believe and focus on negative stereotypes and expectations associated with aging (even subconsciously), we may unknowingly program ourselves to age in a way that aligns with those beliefs.
The idea that our thoughts and perceptions directly impact our telomere length, hormonal balance, and energetic fields, leading to changes in our longevity, is an area that requires further research and exploration, but it is undeniable that mental stress can negatively affect these same systems and positivity can positively affect these measurements.
Dr. Masaru Emoto's research on water crystals and their response to thoughts, intentions, and emotions is often cited as evidence supporting the influence of consciousness on physical matter. However, it is responsible to state that the applicability of these findings to the complex biological systems of human beings is not yet fully understood or supported by rigorous scientific evidence. The funding of scientific evidence is also not in support of things that the investors cannot make large profits from. As a company, we believe that the less complex, micro and nano systems that are affected by these findings do influence the complex biological systems that they are the foundation for, despite our inability to measure it with rigorous scientific evidence as of yet.
It is true that our mindset and emotions can have an impact on our overall well-being and potentially influence certain aspects of our health, including stress levels and immune function, and the extent to which they directly affect the aging process is still uncertain.