All living things have DNA.

8 Oct

All living things are interconnected.

All living things have DNA. And whether it comes from you, a pea plant, or your pet rat, it’s all the same molecule. It’s the order of the letters in the code that makes each organism different.

Plants, like all other known living organisms, pass on their traits using DNA. Plants however are unique from other living organisms in the fact that they have chloroplasts. Like mitochondria, chloroplasts have their own DNA.

We all came from a common ancestor. In other words, we all started out with the same DNA way back when. The different animals we see today are due to lots of small changes that have happened in living things since then.

Many small DNA changes are kept when they help the animal live better in its environment. Eventually, there are enough changes that it is a whole new animal.

Your DNA is 99% identical to a chimpanzee’s. And it’s 95% identical to a monkey’s. And why you are about 79% identical to a mouse and even 36% identical to a little fruit fly!

In fact, you even do some things a bacterium does. You have a membrane enclosing your cells. And you both have to use oxygen and sugar to make energy. So your DNA is 7% identical to that bacterium!

But if we all started out with the same DNA, how did we end up with any differences at all? The short answer is evolution.

All living things have lots in common with each other.

DNA has the instructions for making a creature. This DNA is split up into many different sections called genes.

Each gene has a specific job. One gene might have the instructions for making something that carries oxygen in our blood. Another might have the instructions that give a person brown eyes.

No matter how different all living things may look, we all have things in common. Monkeys, people, lizards, frogs, etc. all need to breathe, see, move around, etc.

These common activities are the result of common genes. So creatures that have to do similar things will often share similar DNA.

The stringy stuff in the test tube is DNA. But you can’t tell which one of these organisms it came from just by looking at it. That’s because DNA looks exactly the same in every organism on Earth.

All humans have the same genes arranged in the same order. And more than 99.9% of our DNA sequence is the same. But the few differences between us (all 1.4 million of them!) are enough to make each one of us unique. On average, a human gene will have 1-3 bases that differ from person to person. These differences can change the shape and function of a protein, or they can change how much protein is made, when it’s made, or where it’s made.

College of Education. © University of Hawai‘i.

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Impermanence – Suffering

7 Oct

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Buddha: Transcendental Idealism

6 Oct

Excerpt from Chapter 8 Transcendental Idealism: A Form of Enlightened Cognition – The God is No-Thing An Apophatic Assertion: An Introduction for Humankind’s Transpersonal Actualization– revised -. Copyright Rodger Ricketts Psy.D.,2023. All rights reserved. Protected by international copyright conventions. No part of this chapter may be reproduced in any manner whatsoever, or stored in a retrieval system or transmitted, without the express permission of the Authorpublisher, except in the case of brief quotations with due acknowledgment.

                                       Chapter 8

    Transcendental Idealism: A Form of Enlightened Cognition

That which is called the “external” world, as well as the “internal” world (the world we inhabit), is only a representation or interpretation that we create with our cognitive apparatus. It is not the actual reality itself. In summary, our brain models the world for us. Just as a creative artist creates an art form, we create a picture or representation of reality that has only a resemblance to actuality.

We can never truly know reality because we are limited by (and cannot go beyond), the input of our sense perceptions, and, as well, our cognitive process has evolved to accommodate and service that input egocentrically. The brain brings to bear its prior expectations about what is out there in order to interpret this massive, noisy, and ambiguous sensory information that it continually encounters. In confining an analysis to Earth and its immediate surroundings, some estimate the limitation is about 25% of the total, and if one includes the vastness of the universe beyond the “visible universe” the numbers would be much smaller. So, it is reasonable to say that we only perceive a small fraction of the totality of physical reality.

Physics has informed us that all sensory experience is triggered by photons which power an electrical impulse which is how we become aware of the signal. Our sensory life partakes of physical reality, whereas our thoughts are quite removed from it. Therefore, the one thing we can do if we wish to come in touch with reality is to intentionally redirect our attention from the thought stream and focus on the overall sensation of the mass of the physical body, which is very real. In fact, our entire linguistic framework of conceptual categories is a set of representations or pictures of reality, and the input through our sense organs is only possible because of an integral relationship between aspects of “reality” and our specific sense organs. As cognitive scientist Donald Hoffman explains,

Evolution has shaped us with perceptions that allow us to survive. But part of that involves hiding from us the stuff we don’t need to know. And that’s pretty much all of reality, whatever reality might be.

(Perception refers to the process of acquiring, interpreting, and representing incoming sensory information.)

Perception is the brain’s search for the best interpretation of the stimuli that are presented to us. What we believe to see and hear from the world is essentially modeled by the brain. This model the brain creates is made accurate by our sight and hearing. For some individuals, the model their brain creates is largely different from what is “normal.” Individuals with synesthesia arguably perceive “too much.” whereas individuals with agnosia and colorblindness perceive very little. Our cognitive apparatus or process must filter out unimportant incoming sensory information and, at the same time, it must intensify what is important. Sensory Integration Theory (1989), developed by Dr. A. Jean, explains that the incoming sensory information from the body and the world is continually processed in the brain. When the information is processed well, organized, and in sync, the resulting behavior is regulated, coordinated, and accurately experienced as sensation and emotion. The neuroscience underlying this phenomenon suggests that we—or rather our brains—construct reality for us. A simplified illustration of this is shown in figure 1.

Figure 1: Simplified view of the representation of a cat in the mind

In other words, as the Buddhist scholar Susan Hamilton wrote in her book Early Buddhism; A New Approach (2000),

[…] the reality of experience is experiential. And the reality of Reality is unknowable in (normal) experiential terms. The aim of the Buddhist is to understand the nature and limits of experience by means of understanding the nature and extent of one’s subjective cognitive apparatus. In Buddhist terms, this subjectively and objectively correlated insight is knowing and seeing how things really are.

Given our ordinary, pre-enlightened way of understanding, we assume and believe that the world is as real as we cognitively construct it. However, as the apophatic mystics and cognitive science contend, reality is not ultimately conceptually graspable or verbally articulable. As Albert Einstein wrote, “Behind anything that can be experienced, there is something that the mind cannot grasp and whose beauty and sublimity reaches us only indirectly and as a feeble reflection.”

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Wisdom

30 Sep

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Reverence for Life

27 Sep

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Non-Duality

26 Sep

My new book is about the human species adopting an ancient, truer, sound economic, and more empathic perspective, as the present one continues to be a major disaster and will continue so into the future. For example, let’s look at war. Arguably the most evil and catastrophic human activity ever.

According to a New York Times article: What is a war?

War is defined as an active conflict that has claimed more than 1,000 lives.

Has the world ever been at peace?

Of the past 3,400 years, humans have been entirely at peace for 268 of them or just 8 percent of recorded history.

How many people have died in war?

At least 108 million people were killed in wars in the twentieth century. Estimates for the total number killed in wars throughout all of human history range from 150 million to 1 billion. War has several other effects on the population, including famine, environmental desolation, the killing of plants, and animals, etc. decreasing the birth rate by taking men away from their wives. The reduced birth rate during World War II is estimated to have caused a population deficit of more than 20 million people. Let’s repeat this again, Of the past 3,400 years, humans have been entirely at peace for 268 of them, or just 8 percent of recorded history. We need a new common perspective Badly!!!

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Humans are symbiotic beings

26 Sep

Thinking and learning about evolution and cooperation between species is hampered
by a number of rationalistic principles. Western rationalism … places a strong emphasis on the individual ego that is in a world full of things with qualities, but also on the view that humans are superior to other living beings (Korthals 2018). The view that man is a symbiotic being contradicts this idea of individuality. Men as symbionts means there is no ‘I’, there is everywhere a (widespread) we-process, composed of different species, namely symbionts of life and death.
Because of our inadequate senses, our unilateral communication ability through
spoken language, and the growth of our brains, people believe that other beings
do not communicate. That is why it took so long to discover communicative and
cognitive skills in other species (Meijer and Bovenkerk).

The evolutionary achievements of the brain have simultaneously equipped man with very
deficient senses. The brain has shrunk the senses (Wilson, 2014) Language is an
extensive network of useful communication with the world for people and therefore
the specific possibilities the senses can realize are diminished. With spoken language
and a thinking brain, people see themselves as separate beings, separate from plants,
animals, and microbes. Man is secluded (alienated) at the top of evolution, or sees himself as a
world-shaping against all those other world-blind beings.
As a result of this anthropocentrism, man is blind to important, life-feeding interactions and communications between other animals, plants, and dead matter. Due to
the great emphasis on language as a superior communication system, other communication systems are not covered. But animals and plants have other, equally effective
communication systems that enable co-evolution. Slowly we become a little smarter
in research into how living beings live, communicate and, above all, feed themselves
and others (De Waal 2016).
In Western philosophy, many barriers have been raised against the elaboration of
this idea. In particular, the view that man is an exceptional being due to rationality
or consciousness makes it difficult to see that animals and plants also think, feel, and
communicate in a certain way. This anthropocentrism can still be found in leading philosophers. Anthropocentrism erects a barrier between humans and other living organisms and
therefore denies the wide variety of processes of communication, valuing, and solidarity with non-human animals.

Humanity in the Living, the Living
in Humans
Michiel Korthals

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The Mind-Gut Connection:

24 Sep

Because of the mutual connections in a locally developed ecosystem, the locally evolved relationships are extremely important. The place is a breeding ground. The mutual symbiotic adjustments of the symbionts in a holobiont are disturbed when even one species is removed.

Ultimately, the entire web of relationships is carried by microbes. For example, in humans, communication between the brain and the stomach is just as fundamental to capabilities and behavior as the brain. These stomach-brain connections apply to all mammals. One of the most famous researchers in this area, Emeran Mayer, writes in The Mind-Gut Connection: How the Hidden Conversation Within Our Bodies Impacts Our Moods, Our Choices, and Our Overall Health (2016), that the gut and the inhabitants of the Gut, the microbes, think for the brain. That is why he calls the bowels the ‘second brain’. The bacteria in the gastrointestinal tract play a central role: the presence of certain types of bacteria and their products have a major influence on the willingness to take risks, on thought processes, and on moods such as apathy and depression. In addition, the digestion of foods is largely provided by intestinal bacteria, as is the stimulation of the immune system. This is why the microbiome is a second brain. Michiel Korthals

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All Life is Interrelated

24 Sep

“It really boils down to this: that all life is interrelated. We are all caught in an inescapable network of mutuality, tied into a single garment of destiny. Whatever affects one directly, affects all indirectly. We are made to live together because of the interrelated structure of reality.” ~Martin Luther King, Jr.

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All is Connected and Interacting

18 Sep

Healthy Living and Magnetism

We know that the Earth is a massive magnet, due to the circling electric currents in its liquid outer core. It is composed of highly conductive molten iron, nickel, and other minerals; the Earth’s rotation acts as a generator spinning the substances, resulting in attractive and repulsive forces.

The Earth’s magnetic field, although invisible to the human eye, can be called a true planetary defense shield that has an invaluable impact on the survival of all life forms. If it did not protect the Earth from the deadly and high-energy cosmic rays that are continually emitted by the sun, the planet’s entire ecosystem would cease to exist.

The effects of magnetism on living organisms are unquestionable. Even though we have not definitely substantiated the effects of magnetism on the human body, we do know that it plays a crucial role in the lives of certain animals. For example, migratory animals capable of navigating to specific destinations are thought to follow compass-like environmental cues such as the stars, the sun, skylight polarization, and magnetism.

Furthermore, field and laboratory experiments have provided evidence that sea turtles use geomagnetic cues to navigate in the open sea. For instance, green sea turtles (Chelonia mydas), known for their ability to find their distant homes, were not able to do so when a strong magnet was attached to their heads.

Similarity, salmon were also recently discovered to use a biomagnetic navigation system to find their way back home across thousands of kilometers of ocean. Because they imprint on the magnetic field unique to their birth streams, the salmon use it as a geographic signature to seek out their original coastal locations upon reaching sexual maturity.

Recently, honeybees have been dying en masse around the world, shocking numerous researchers. The number of domestic honeybee hives in America reportedly decreased by a third over the past several years. The phenomenon is called colony collapse disorder. There are many potential reasons why this could be occurring, including global warming, insecticides and the appearance of new viruses. Electromagnetic radiation that results from the increased use of mobile phones and cell towers is being considered as another possible explanation. According to proponents of this position, electromagnetic radiation interferes with the honeybees’ location-tracking ability.

All life forms have electric impulses and biomagnetism, ranging from weak to strong, inside their systems. These fields can be measured in real time, or estimated at the very least, thanks to the advancing developments of science and technology. Brain World Steve Kim

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