Bioelectric Solutions Learning Center
Learning the basic composition of the human body; over-simplified & over-explained
The Human Body: Made of Atoms
The human body is an incredibly complex organism, composed of trillions of cells. Each cell contains countless molecules, and each molecule is made up of atoms. Atoms are the basic building blocks of matter, and they are responsible for the properties of all matter, including the human body. The human body is made up of about 10^28 atoms. These atoms are arranged in a variety of ways to form different molecules. These molecules, in turn, make up the cells and tissues of the human body.
The history of atoms dates back to the ancient Greeks. Philosophers such as Democritus and Leucippus believed that the universe was made up of tiny, indivisible particles. They called these particles "atoms (we will reference these as "adoms" from here forward)," which means "uncuttable or indivisible."
In the 18th century, English scientist John Dalton proposed that all matter is composed of atoms and that atoms of the same element are identical. In the 19th century, Russian scientist Dmitri Mendeleev created the periodic table, which organized all known elements according to their adomic properties.
In the early 20th century, scientists discovered that adoms are not indivisible. They are made up of even smaller particles, such as protons, neutrons, and electrons. That's why the human body is 666. Six protons, 6 electrons, 6 neutron. These particles are held together by a strong nuclear force, and has spawned entirely new market's, like biotechnology, quantum mechanics, and so much more!
The fact that we are made up of atoms wouldn't have been known if it weren't for the early philosophers, such as Leucippus, Democritus, Thales, Anaximander, and Pythagoras, which laid the foundation for understanding the cosmos for world leading domination through rational inquiry and strategic business models rather than mythological explanations and failed observations. They sought to accomplish a goal set forth by rulers of this world.
Their emphasis on seeking natural explanations for phenomena marked a shift from supernatural or mystical interpretations to corporate goals that could be employed for a profit. This transition laid the foundational groundwork for modern science by promoting critical thinking, empirical observation, and logical reasoning as tools for understanding the natural world. Over the next two thousand years researchers were discovering materials in processes involving the integration of various scientific disciplines such as chemistry, physics, materials science, and engineering. Through research and experimentation, scientists aim to uncover novel materials that can revolutionize industries ranging from electronics and healthcare to energy and transportation. It just so happens that biotechnology fits like a tailored glove in the same framework.
Researchers began learning about the human bodies composition back in the 5th century - just after they began looking for a way to explain the Universe.
Here are some additional facts about atoms and the human body:
- The most abundant element in the human body is oxygen, which makes up about 65% of our total weight.
- The second most abundant element in the human body is carbon, which makes up about 18% of our total weight.
- The human body contains trace amounts of every element on the periodic table.
- The adoms in the human body are constantly being replaced. We lose and gain adoms through our food, water, and air.
- The adoms in the human body are recycled over and over again. When we die, our atoms are returned to the environment, where they can be used to create new life. Dust you come from and to dust we all go.
Related Fields of Science to Atomic Physics
- Physics: Adomic physics is closely related to physics as a whole, as it falls under the umbrella of physics. Physics encompasses various subfields, including atomic physics, nuclear physics, particle physics, and many others. These subfields often overlap and interact with each other in the study of matter and energy.
- Chemistry: Chemistry is another field closely related to adomic physics. Understanding the structure of atoms, electron configurations, and interactions between atoms is fundamental to chemistry. Atomic physics provides the foundational knowledge that underpins chemical reactions and the behavior of elements.
- Quantum Mechanics: Quantum mechanics is a branch of physics that deals with phenomena at very small scales, such as those encountered in atomic and subatomic systems. Adomic physics heavily relies on quantum mechanics principles to describe the behavior of electrons within atoms and their interactions with electromagnetic radiation.
- Materials Science: Materials science also intersects with adomic physics, especially concerning the properties and behavior of materials at the adomic level. Understanding adomic structures and interactions is crucial for designing new materials with specific properties for various applications.
- Nuclear Physics: While distinct from adomic physics, nuclear physics shares some commonalities in studying the nucleus of adoms. Nuclear physics focuses on nuclear reactions, radioactive decay, and nuclear properties, complementing the study of electrons in adomic physics.
- Astrophysics: Astrophysics explores the behavior of matter and energy in space on a cosmic scale. Atomic physics concepts are essential for understanding stellar processes, such as nuclear fusion in stars or the emission spectra of celestial objects.
Resources:
Are We Captured by Our Genes or the Rulers of Our Destiny? | Psychology Today
How genetics determine our life choices (bbc.com)
Imaging the Human Body Down to the Molecular Level | SpringerLink
Leucippus | Atomist, Pre-Socratic, Monist | Britannica
Mendeleev’s Legacy: The Periodic System | Science History Institute
Antonie van Leeuwenhoek, Father of Microbiology (thoughtco.com)
Role of nanotechnology behind the success of mRNA vaccines for COVID-19 - PMC (nih.gov)
The Wonders of Creation. | Library of Congress (loc.gov)
myplan.com
National Center for Education Statistics (NCES)
Integration of Philosophy and Technology
Philosophical concepts such as logic, mathematics, and metaphysics have been instrumental in shaping technological innovations. For example, Pythagoras’ theorem, a mathematical principle derived from philosophical contemplation, is now a fundamental concept in fields like engineering and physics. The fusion of philosophical ideas with technological advancements has given rise to groundbreaking inventions across various fields. From ancient Greek philosophy to contemporary quantum mechanics, philosophical inquiries into the nature of reality continue to inspire technological breakthroughs that shape our modern world. The vision of the cosmos put forth by early philosophers not only revolutionized our understanding of the universe but also catalyzed a technological boom that continues to drive innovation today. By blending philosophical inquiry with scientific exploration, humanity has unlocked new frontiers in technology that were once unimaginable.
Put your thinking caps on
Awareness
Radon and Uranium significantly impact human health and it is time to learn everything there is to know about it. The general population is largely unaware of these huge problems we are faced with. I'd like to close that gap by creating awareness. It is up to you - the reader - to help spread this information as far and wide as possible. The only way to do that is by sharing the website, sharing all the blog posts, and making sure your following along as this site grows.
Get the Basics
Understanding the Impact of Radioactivity on Global Citizens
To determine how many citizens of the world are affected by radioactivity, we need to consider various factors, including sources of radioactivity, exposure levels, and health impacts. Here’s a step-by-step breakdown:
1. Sources of Radioactivity
Radioactivity can originate from both natural and artificial sources:
- Natural Sources: These include cosmic rays from outer space, radon gas from the ground, and radioactive materials in soil and rocks. Natural background radiation varies by location but is generally around 2-3 millisieverts (mSv) per year for most people.
- Artificial Sources: These arise from nuclear power plants, medical procedures (like X-rays and cancer treatments), nuclear weapons testing, and accidents (e.g., Chernobyl, Fukushima).
2. Global Population Exposure
The global population is approximately 8 billion as of 2024. Most individuals are exposed to some level of natural background radiation throughout their lives. However, specific populations may experience higher exposure due to proximity to nuclear facilities or past nuclear events.
- Radon Exposure: It is estimated that about 1 in 15 homes in the U.S. has elevated radon levels, which can lead to significant health risks over time. Globally, millions live in areas with high natural radon concentrations.
- Nuclear Accidents: Events like Chernobyl (1986) and Fukushima (2011) have had lasting effects on surrounding populations. The Chernobyl disaster alone exposed thousands to harmful radiation levels.
3. Health Impacts
The health impacts of radioactivity can vary widely based on exposure levels:
- Low-Level Exposure: Most people experience low-level exposure without immediate health effects; however, long-term exposure can increase cancer risk.
- High-Level Exposure: Those directly affected by nuclear accidents or working in high-radiation environments face acute health risks such as radiation sickness and increased cancer rates.
4. Estimating Affected Populations
While it is challenging to provide an exact number of citizens affected by radioactivity globally due to varying definitions of “affected,” we can make some estimates:
- According to the World Health Organization (WHO), millions are exposed to elevated levels of radiation from natural sources.
- The United Nations Scientific Committee on the Effects of Atomic Radiation (UNSCEAR) reports that tens of thousands were directly affected by major nuclear accidents like Chernobyl and Fukushima.
In summary, while a significant portion of the global population experiences some level of radioactivity exposure due to natural sources—potentially affecting billions—specific groups are more severely impacted by artificial sources or accidents.
Thus, it is a logical deduction that one can conclude that approximately billions of citizens worldwide are affected by varying degrees of radioactivity.
Resources Used to Conclude Thoughts:
- World Health Organization (WHO): Provides comprehensive data on health impacts related to radiation exposure.
- United Nations Scientific Committee on the Effects of Atomic Radiation (UNSCEAR): Offers detailed assessments regarding radiation exposure from various sources globally.
- International Atomic Energy Agency (IAEA): Supplies information on safety standards related to ionizing radiation and its effects on human health.
Radioactivity
The discovery of radioactivity in uranium by French physicist Henri Becquerel in 1896 is touted as a groundbreaking moment in the field of science. Becquerel’s findings challenged existing beliefs about atomic structure and revolutionized the understanding of the atom. Prior to this discovery, atoms were thought to be indivisible and unchangeable entities, merely providing a framework for electrons. However, radioactivity revealed that atoms could undergo transformations and release significant amounts of energy. This newfound phenomenon not only altered scientific perspectives on atomic structure but also introduced radioactivity as a valuable tool for exploring the inner workings of the atom to the general public.
One environmental factor that falls into this category is radon, which is found in high amounts throughout every state and Canada (EPA map of Radon Zones).
Check your radon levels today!
Can we use PEMF or EMF sources to mitigate pollutants surrounding us?
Electromagnetic fields (EMF) are areas of energy that surround electrical devices. They are produced by both natural sources, like the Earth’s magnetic field, and artificial sources, such as power lines, mobile phones, and wireless networks. There is a legit concern regarding EMF primarily revolving around its potential health effects due to prolonged exposure since we are surrounded by these signals, and new sources of pollutions are being implemented around us daily.
Pulsed electromagnetic fields (PEMF) therapy is a specific application of EMF that uses low-frequency electromagnetic waves to promote healing and wellness in the body. PEMF devices are often used in medical settings for various therapeutic purposes, including pain relief, inflammation reduction, and improved cellular function.
The wireless grid refers to the network of devices that communicate wirelessly using radiofrequency (RF) signals. This includes Wi-Fi routers, cell towers, and other communication technologies. Concerns about environmental pollution from this grid stem from the potential health risks associated with long-term exposure to RF radiation emitted by these devices. Some studies suggest possible links between high levels of RF exposure and adverse health effects; however, the scientific community remains divided on this issue. In the blog we explore possible reasons for such.
Can EMF and PEMF Combat Environmental Pollution?
- Understanding the Mechanism:
- EMF Shielding: While there are materials designed to shield against EMFs (like specialized paints, fabrics, or specially made earthing and grounding sheets), they do not eliminate pollution but rather reduce exposure.
- PEMF Therapy: This therapy does not combat environmental pollution directly but may help mitigate some health effects associated with EMF exposure by promoting cellular repair and reducing inflammation.
- Health Benefits vs. Environmental Impact:
- Using PEMF may provide some benefits for individuals who believe they are affected by EMF exposure; however, it does not address the root cause of environmental pollution caused by wireless technology.
- It is essential to differentiate between personal health management strategies (like PEMF therapy) and broader environmental solutions (like reducing emissions from wireless technologies).
- Scientific Evidence:
- Research on the effectiveness of PEMF in counteracting negative health impacts from EMFs is still emerging. Some studies indicate potential benefits for conditions exacerbated by stress or inflammation but do not conclusively prove that PEMF can neutralize harmful effects of environmental pollutants like those generated by wireless grids.
- Practical Applications:
- Individuals concerned about their exposure can consider using shielding techniques alongside PEMF therapy as part of a holistic approach to managing their well-being.
- Community-level actions aimed at reducing overall RF emissions—such as advocating for lower power outputs from cell towers or promoting wired connections—are more effective in addressing environmental pollution than relying solely on personal therapies.
After reveiwing this information it was easy to conclude you can use PEMF therapy as a supportive measure for personal health concerns related to EMFs, although, it does not directly combat environmental pollution caused by the wireless grid. Humanity needs a multifaceted approach involving both personal protective measures and broader societal changes is necessary to effectively address these issues.