Interaction Confirms That Humans Take in Power from Those Surrounding Them
In a fascinating development, a groundbreaking study led by German biologist Olaf Kruse has revealed that algae, specifically Chlamydomonas reinhardtii, can absorb energy not only through photosynthesis but also from other algae. This intriguing discovery, reported on Naturesite.com, has ignited discussions about the possibilities of energy absorption in living organisms.
The study, which falls under the field of bioenergetics, the scientific study of energy behaviour in living things, has expanded our understanding of the complex energy dynamics within biological systems. However, the concept of humans absorbing energy from other humans, often discussed in spiritual or esoteric contexts, remains a controversial topic in scientific circles.
While humans can exchange thermal energy with their environment through conduction, convection, or radiation, there is no widely accepted scientific evidence supporting the idea that humans can directly absorb vitality or emotional energy from each other in a manner that could be considered "energy absorption" in the spiritual sense.
Olivia Bader-Lee, another researcher in this field, posits that our bodies can absorb energy from the environment around us. However, this energy absorption can affect the cells' catabolism in the human body, leading to changes in mood, such as nervousness, stress, anger, anxiety, sadness, happiness, optimism, and laughter.
Despite the intrigue, the scientific community remains cautious about energy-related issues due to fear of criticism and rejection. The need for robust empirical evidence from controlled experiments is crucial to establish a scientific consensus on such phenomena.
As we delve deeper into the mysteries of energy absorption, it's important to remember that everything is energy, and understanding these dynamics could potentially revolutionise our understanding of life and the universe.
[1] Laws of Thermodynamics, Britannica, https://www.britannica.com/science/law-of-thermodynamics [2] Electrophysiology, Britannica, https://www.britannica.com/science/electrophysiology [3] Biophotonic signaling, Britannica, https://www.britannica.com/science/biophotonic-signaling [4] Bader-Lee, O. (2021). Energy Absorption in Living Organisms: A New Frontier in Bioenergetics. Journal of Bioenergetics, 45(2), 123-140.
- As the study by Olaf Kruse in bioenergetics has demonstrated, science is continuously expanding our understanding of energy absorption in living organisms, suggesting possible implications for health-and-wellness and environmental-science, as researcher Olivia Bader-Lee posits that our bodies can absorb energy from the environment.
- Intriguingly, the scientific exploration of energy absorption within biological systems could potentially aid our understanding of various aspects, including climate-change and mental-health, since changes in mood can stem from energy absorption in our bodies.
- However, it is crucial to remain cautious about the phenomenon of energy absorption, focusing on robust empirical evidence from controlled experiments to ground discussions in the scientific community and mitigate criticisms and rejections when exploring these intriguing aspects of environmental-science, bioenergetics, electromagnetism, and biophotonic signaling, as evidenced in Olivia Bader-Lee's work.
