We all have a mind, Please don't mind😅Thoughts are generated from our eyes and ears, as "What we See and Listen is what we become"And these generated thoughts feeded into our mind and then when we make any decisions, conclusions and every thinkingMakes a Thought Process

Thought Process

Don't think about removing bad thoughts, Think about adding good thoughts, So that no space left for any bad thoughts in your mind.Mind is what, Your brain and Your brain is your remote, don't give this remote to others.

How to Remove bad thought Processes

If your answer to the above question is YES, then you already have power for making good thoughts because you know your faults and that's your power.

If You Already Have Bad Thoughts ?

THANK YOU SO MUCHDo like this thoughtForYourself

READ THIS AND IT WILL BE VERY IMPORTANT FOR YOU

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Quantum teleportation is a technique for transferring quantum information from a sender at one location to a receiver some distance away. While teleportation is portrayed in science fiction as a means to transfer physical objects from one location to the next, quantum teleportation only transfers quantum information .

Quantum Teleportation

For the first time, a team of scientists and researchers have achieved sustained, high-fidelity ‘quantum teleportation’ — the instant transfer of ‘qubits’ (quantum bits) the basic unit of quantum information. the collaborative team, which includes NASA’s jet propulsion laboratory, successfully demonstrated sustained, long-distance teleportation of qubits of photons (quanta of light) with fidelity greater than 90%. the qubits were teleported 44 kilometers (27 miles) over a fiber-optic network using state-of-the-art single-photon detectors and off-the-shelf equipment.

NASA’s Achievement

Important point to keep in mind is quantum teleportation is the transfer of quantum states from one location to another using quantum entanglement, where the two particles in separate locations are connected by an invisible force, famously referred to as “spooky action at a distance ” by Albert Einstein. Regardless of the distance, the encoded information shared by the “entangled” pair of particles can be passed between them. An interesting note is that the sender knows neither the location of the recipient nor the quantum state that will be transferred.

By sharing these quantum qubits, the basic units of quantum computing, researchers are hoping to create networks of quantum computers that can share information at blazing-fast speeds. But keeping this information flow stable over long distances has proven extremely difficult due to changes in the environment including noise. Researchers are now hoping to scale up such a system, using both entanglement to send information and quantum memory to store it as well.

....

On the same front, scientists have advanced their quantum technology research with the development of a chip that could be scaled up and used to build the quantum simulator of the future using nanochip that allows them to produce enough stable photons encoded with quantum information to scale up the technology. The chip, which is said to be less than one-tenth of the thickness of a human hair, may enable the scientists to achieve ‘quantum supremacy’ – where a quantum device can solve a given computational task faster than the world’s most powerful supercomputer.

The Chip

In quantum entanglement particles that have interacted at some point retain a type of connection and can be entangled with each other in pairs, in a process known as correlation .Knowing the spin state of one entangled particle – up or down – allows one to know that the spin of its mate is in the opposite direction. Quantum entanglement allows qubits that are separated by incredible distances to interact with each other instantaneously (not limited to the speed of light). No matter how great the distance between the correlated particles, they will remain entangled as long as they are isolated.

Quantum Entanglement

In July, the US Department of Energy unveiled a blueprint for the first <a href="https://www.bbvaopenmind.com/en/technology/digital-world/quantum-internet-explained/">quantum internet </a>, connecting several of its National Laboratories across the country. A quantum internet would be able to transmit large volumes of data across immense distances at a rate that exceeds the speed of light . You can imagine all the applications that can benefit from such speed. Traditional computer data is coded in either zeros or ones. Quantum information is superimposed in both zeros and ones simultaneously. Academics, researchers and IT professionals will need to create devices for the

Quantum Teleportation: Paving the Way for a Quantum Internet

quantum routers, quantum repeaters, quantum gateways, quantum hubs, and other quantum tools. A whole new industry will be born based on the idea of quantum internet exists in parallel to the current ecosystem of companies we have in regular internet. The “traditional internet “, as the regular internet is sometimes called, will still exist. It is expected that large organizations will rely on the quantum internet to safeguard data, but that individual consumers will continue to use the classical internet.

Experts predict that the financial sector will benefit from the quantum internet when it comes to securing online transactions. The healthcare sectors and the public sectors are also expected to see benefits. In addition to providing a faster, safer internet experience, quantum computing will better position organizations to solve complex problems, like supply chain management. Furthermore, it will expedite the exchange of vast amounts of data, and carrying out large-scale sensing experiments in astronomy, materials discovery and life sciences.

What Experts Say

Quantum teleportation is a technique for transferring quantum information from a sender at one location to a receiver some distance away.

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Quantum Teleportation: Facts and Myths | OpenMind

It basically talks about the possible fundamental particle of mass, and the presence of other dimensions of space-time.

What is string theory?

<ul><li>The problem faced in newtonian physics(and by Newton himself) was that, although he could mathematically calculate gravitational pull, he was baffled by HOW this gravitational force was exerted through an inert medium like space on a celestial object so far apart.</li></ul>But it could be successfully, mathematically be applied to astonomy, except for the 'how'.

Newtonian physics

Now, coming to Einstein's era,he postulated that,<ul><li>space time has got 4 dimensions(including time), (like Newton did), but he also managed to explain the how, which Newton couldn't.</li></ul>According to Einstein, <ul><li>without any matter on the fabric of space time, it appears to be flat and linear</li><li> when matter is present, this space-time fabric warps and curves around that matter, alongwhich gravity attracts.(check pic)</li></ul>

Einstein's theory

<ul><li> Theodor Kaluza, theorized that electromagnetism(just like gravity) exerts its effects as warps and curves in a 5th dimension (including time).</li><li> Furthermore, using the assumption of the existence of a 5th dimension, he could also successfully mathematically derive out, not only einsteins equation, but also the equation for electromagnetism.</li></ul> That is it formed the basis of a unified theory, where every other physical theories could be derived from.

 Kaluza-Klein theory(KK theory) : Kaluza part

<ul><li>Oskar Klein, went a step ahead to postulate that there are relatively smaller dimensions which are curled up, located at a microscopic level of the larger dimensions. </li><li>just like how an electric cable from afar seems to be single dimension, but for small ants on the cable, there are much more dimensions(clockwise/anticlockwise) to that cable than a single dimension as perceived by the observor.</li></ul> <ul><li>That is according to Klein, ultramicroscopic enlargement of the visible dimensions could lead to the demonstration of, curled up microscopic dimensions.(check image)</li></ul>

  Kaluza-Klein theory(KK theory) : Klein part

Coming to the present era,<ul><li>Superstring theory - Talks about the smallest, indivisible entity which makes up space.</li><li>i.e. We know, matter is made of atoms, which is composed of a nucleus, a proton and an electron. We have even gone further and found that, these micro particles are made of packets of energy called quarks.</li></ul>

Superstring theory

<ul><li>According to string theory, quarks are actually constituted of dancing, filament like form of energy, which looks like a vibrating string. </li><li>And these can vibrate in different patterns(frequencies), leading to production of different types of particles based on the vibrating frequency. </li></ul>This is the ultramicroscopic landscape of the universe. The matter within matter.

<ul><li>Mathematically speaking, a very fascinating result was obtained, while applying and trying to incorporate Newtons, Einstein's equations.</li><li>The string theory equation holds true mathematically in a scenario involving 10 dimensions of space and 1 dimension of time(i.e. a 11 dimensional system), which has not yet being observed by man</li><li>The discovery and exploration of these extra dimensions could also hold the answer to why the 20(actually 26) <a href="https://www.google.com/imgres?imgurl=https%3A%2F%2Fwww.codata.org%2Fuploads%2Fimages%2FTable%25201-CODATA%2520Recommended%2520Values%2520of%2520Fundamental%2520Physical%2520Constants%25202014.jpg&imgrefurl=https%3A%2F%2Fcodata.org%2Fcodata-recommended-values-of-the-fundamental-physical-constants-2014%2F&tbnid=vz1jX8rjxOjTaM&vet=1&docid=OX1uvsqAeHzkPM&w=2156&h=1446&itg=1&hl=en-IN&source=sh%2Fx%2Fim">fundamental constants</a> have such distinct values which are relevant to the decimal.</li></ul>

String theory's mathematical implication

<ul><li>The geometrical shape of the ultramicroscopic landscape, is called as Calabi Yau manifold, and is postulated to be one which folds in on itself.(see pic) </li><li>The shape of the landscape is thought to be what determines how the filaments of energy vibrate. </li></ul>

 Geometry of the ultramicroscopic landscape

<ul><li>Since, we have only observed the existence of 4 dimensions(including time), but have mathematically figured out the existence of 7 more dimensions, many experiments are being conducted to empirically observe them.</li><li>One such experiment, done in the large hadron collider, where, particles moving near the speed of light are allowed to collide head on, to see if any resulting debris (called as gravitan) enters into any of these unknown dimensions.(This is calculated by measuring the total energy before and after the collison, lesser energy after the collision implies energy has been lost somewhere).</li></ul>

Realisation of string theory

The essence of the fascinating string theory. 

Physicist Brian Greene explains superstring theory, the idea that minuscule strands of energy vibrating in 11 dimensions create every particle and force in the universe. View full lesson: http://ed.ted.com/lessons/brian-greene-on-string-theory Talk by Brian Greene.

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Physicist Brian Greene explains superstring theory, the idea that minuscule strands of energy vibrating in 11 dimensions create every particle and force in the universe. 

View full lesson: http://ed.ted.com/lessons/brian-greene-on-string-theory

Talk by Brian Greene.

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TED-Ed

String theory - Brian Greene

We didn’t always have the attention span of a goldfish, but today it sure seems that way.
Imagine our memory had been so bad, once we finally became old enough to pass on knowledge from generation to generation.
We wouldn’t be here today, had the elders not remembered a few important things.
Before the invention of scripture, memory artists were today’s equivalent of quarterbacks. King Cyrus of Persia was known for knowing all the names of his soldiers, and Socrates mocked writing for making people forgetful.

Memory Has Become Less And Less Important Throughout History

Anything that was written before 200 BC had no punctuation, all texts were basically just word strings. If you didn’t already know what you were reading, reading was useless.
In 1440, Johannes Gutenberg invented the printing press, and it was all downhill from there.
Once we could store information externally, physically store it anywhere in our house and access it at any time, the need to remember things significantly declined.
This tendency has continued ever since, and taken a major turn for the worse with the invention of smartphones and the globally available internet.

The History Of Declining Memory

However, just because our memory sucks now doesn’t mean we can’t improve it. We know that the average number of list items we can store in our short-term memory is seven, though that can be increased with practice.
Through repetition, practice and becoming an expert in certain fields you can increase your capacity to remember things.

Memory Isn't Fixed

Chunking simply means dividing one string of information into several.
Can you remember 1117200112241999 just by looking at it once? Most people can't; but we can remember 2 dates in a row: 11/17/2001 and 12/24/1999.
By creating 2 chunks of differently formatted information, memorizing a string of seemingly random numbers becomes easy.
If you now put these dates into context, it’ll be even easier: if for example 11/17/2001 was your friend’s 11th birthday and the second date was Christmas 1999.

How To Recall Better: Chunking

The memory palace is a technique where you walk along a route you know really well, and put memories in certain locations along the way.
For example, you could go through your childhood home and place the items from your shopping list on the kitchen table. Then, when you’re in the grocery store, all you have to do is to mentally enter the kitchen and see what’s there.
Once you see tomatoes, onions and potatoes on the table, you know what to shop for. You can even have multiple routes for different kinds of memories.

How To Recall Better: The Memory Palace Technique

Regular practice simply isn’t enough. To improve, we must watch ourselves fail, and learn from our mistakes.

The cognitive stage: The skill is performed consciously and manually. This is when the brain is developing new strategies to do it more effectively. At this stage, there is improvement in fits and starts because the brain is monitoring performance and removing errors.
The associative stage: When the brain stops strategizing and just becomes more efficient.
The autonomous stage: Here the behaviours become automatic and the improvement stops. This is called the OK Plateau, and it used to be considered the upper limit of a person’s ability. Now we know that it’s possible to improve far above it.

The Three Stages Of Learning A Skill

Before the invention of writing or electronics, people used to keep palaces devoted to memory. Not physical palaces, but mental ones!
1. Think of a place you know well… a childhood home, perhaps, or where you live now.
2. Imagine walking up to that place, and putting the first object to remember right on the front porch.
3. Then, step inside, and turn to your left. What do you see? Put the second object there and so on.
The items would be remembered when you mentally visit the place after a while.

The Memory Palace In Detail

The major system allows you to convert numbers into sounds and thus words, thereby making them memorable. Each number keys to a certain kind of consonant, and vowels and some other sounds are unassigned. 1 is T or D. 2 is N.The Major System is based not around letters but sounds, so “enough” and “knife” would both code for 28. “Knife” would probably be easier to remember visually though. No matter what letter you choose, each number corresponds to essentially the same position for your mouth.

The Major System

Memory, and indeed most intellectual skill, is not fixed. Anyone, by using the right techniques and practising, can expand their mnemonic capacity beyond what many people would even think possible—an excellent party trick, or simple a useful tool to remember phone and credit card numbers.
Practise even more, and you might even be able to compete against others at national or world championships.

Memory Is Not Fixed

How to become a quick learner and  use it to your advantage

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Improving your long lost trait: Remembering

Citing costly memory-related inconveniences suffered by average individuals, a science journalist chronicles his own struggles with chronic forgetfulness and his life-changing year in memory training, in a guide that shares historical lore and ancient memory techniques.

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Foer's unlikely journey from chronically forgetful science journalist to U.S. Memory Champion frames a revelatory exploration of the vast, hidden impact of memory on every aspect of our lives. On average, people squander forty days annually compensating for things they've forgotten. Joshua Foer used to be one of those people. But after a year of memory training, he found himself in the finals of the U.S. Memory Championship. Even more important, Foer found a vital truth we too often forget: In every way that matters, we are the sum of our memories. Moonwalking with Einstein draws on cutting-edge research, a surprising cultural history of memory, and venerable tricks of the mentalist's trade to transform our understanding of human remembering. Under the tutelage of top "mental athletes," he learns ancient techniques once employed by Cicero to memorize his speeches and by Medieval scholars to memorize entire books. Using methods that have been largely forgotten, Foer discovers that we can all dramatically improve our memories. Immersing himself obsessively in a quirky subculture of competitive memorizers, Foer learns to apply techniques that call on imagination as much as determination-showing that memorization can be anything but rote. From the PAO system, which converts numbers into lurid images, to the memory palace, in which memories are stored in the rooms of imaginary structures, Foer's experience shows that the World Memory Championships are less a test of memory than of perseverance and creativity. Foer takes his inquiry well beyond the arena of mental athletes-across the country and deep into his own mind. In San Diego, he meets an affable old man with one of the most severe case of amnesia on record, where he learns that memory is at once more elusive and more reliable than we might think. In Salt Lake City, he swaps secrets with a savant who claims to have memorized more than nine thousand books. At a high school in the South Bronx, he finds a history teacher using twenty- five-hundred-year-old memory techniques to give his students an edge in the state Regents exam. At a time when electronic devices have all but rendered our individual memories obsolete, Foer's bid to resurrect the forgotten art of remembering becomes an urgent quest. Moonwalking with Einstein brings Joshua Foer to the apex of the U.S. Memory Championship and readers to a profound appreciation of a gift we all possess but that too often slips our minds.

Foer is the younger brother of New Republic editor Franklin Foer and novelist Jonathan Safran Foer. He is the son of Esther Foer, president of a public relations firm, and Albert Foer, a think-tank president. He was born in Washington, D.C. and attended Georgetown Day School. He then went on to graduate from Yale University, where he lived in Silliman College, in 2004.Foer is married to Dinah Herlands, a medical student at Yale, whom he met while an undergraduate at Yale. Foer sold his first book, Moonwalking with Einstein: The Art and Science of Remembering Everything, to Penguin for publication in March 2011. He received a $1.2 million advance for the concept when he was just 22 plus a movie option.

Joshua Foer

Moonwalking with Einstein

Moonwalking with Einstein: The Art and Science of Remembering Everything

The trope that the human brain didn’t evolve to understand advanced physics is often applied in popular science.After all, early humans’ priorities were constricted to comprehending and contending with predatory threats, learning how to feed themselves and their group, seeking out conditions that were favourable to the functioning of their bodies, and deciding who might make a good candidate to produce offspring with.

Uncomplicated Knowledge

The laws of classical physics, which relate to Newtonian concepts like velocity and momentum, seem to make sense to us because they describe the behaviour of objects in the world as we<a href="https://www.pnas.org/content/113/34/E5072.short"> experience</a> them. When Isaac Newton declared that an object will only change its motion if a force acts upon it, we found this easy to understand because it relates directly to our perception of how things move and behave in the world.

The Physics Laws We Understand

Some post-classical concepts introduced by modern physics — such as entanglement, dark matter and the multiverse — seem to be at odds with what our common sense tells us about the world. And we often explain the counter-intuitiveness of ideas like non-local particle dynamics, wave-particle duality and the potential of a near-infinite number of possible realities by invoking that popular trope: These concepts seem to be outside the pay grade of our specialized cognitive machinery.

Where No Mind Has Gone Before

When they asked trained physicists to think about specific physics concepts last year, the researchers found that expert knowledge in physics has a neural trace that is measurable and is somewhat similar across experts. We could identify concepts across individuals even when they were trained in different systems and had different first languages. We may be able to assess knowledge in students by comparing it to the expert’s knowledge brain state because it is measurable and consistent across experts.

The Research Findings

The nature of many post-classical concepts requires the consideration of alternative possible worlds, such as the multiverse concept that many comic book fans are familiar with. Regions of the brain that were associated with hypothetical or speculative reasoning in<a href="https://www.mpi.nl/publications/item2506536/distinguishable-memory-retrieval-networks-collaboratively-and-non"> previous research</a> played a significant role in the neural signatures of post-classical concepts that required this type of abstract thinking.

Rethinking Thinking

String theory, quantum gravity, time dilation. Why do these advanced physics concepts come easily to some of us but not others?

How Our Brains Organize Abstract Scientific Concepts

One of their most characteristic features is that they’re concerned about philosophical and transcendental questions. For instance, where do we come from? Why are we alive? What lies beyond death?These kinds of questions occupy their minds much of the time. Furthermore, they enjoy reading and learning about theological, existential, or spiritual issues.

1. They possess philosophical restlessness

They’re able to go beyond the physical senses to explain themselves and understand the world around them.In addition, they have a great ability to see the big picture in any situation. For this reason, they make good advisers, have the ability to solve problems and find solutions, and are usually good leaders.

2. They like to see the bigger picture

They generally move away from traits such as selfishness or self-centeredness, violence, and conflict. In fact, they’reusually conciliatory, peaceful, respectful, and supportive individuals. In addition, they tend to show great interest in the society around them and defend universal values such as kindness, love, peace, and brotherhood. Nevertheless, they can often feel alien and strange in their surroundings .

3. They possess high values

It’s common for people with high existential intelligence to show disinterest in certain habitual social practices such as consumerism and the normalized type of leisure in society today. On the contrary, they usually use their time to achieve an integral development of their own being.They’re people who are extremely aware of the care of their own body, the environment, and others. They often carry out acts of service and altruism. Ultimately, they perceive union in everything around them.

4. They practice an altruistic lifestyle

These people areextremely curious. They also have a high capacity for abstraction. This constantly leads them to search for answers. In addition, they’re more open to diversity and tend to ask the whys and wherefores of things.In short, their sense of transcendence is high. Therefore, they seek to place themselves and conceive of life and daily actions in the context of interconnection with the entire universe.

5. They possess a sense of transcendence

People with high existential intelligence go beyond the senses and the material world. Find out what they're like and how they think.

Understand yourself and those around you.

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Five Characteristics of People With High Existential Intelligence

Quantum biology has been shown in both theory and experiments to hold the key to many recorded biological phenomena. Quantum biology deals with all interactions at the sub-cells level including many logic-defying functions of the smallest particles that we know of.Quantum mechanics is the route to understanding the behaviors of subatomic particles and their interactions. Biological units are nothing more than different configurations of subatomic particles working dynamically together to serve their survival and procreations.

Quantum Biology

They are composed of molecular computational systems interacting with received information then decoding and generating responses. For this reason it would be natural to expect that quantum physics plays key roles in biology.Scientists are rapidly finding new cases of quantum phenomena acting in many different biological processes. These include instances of: Quantum superposition in photons during photosynthesis, and quantum tunneling in electrons within enzymes acting as catalysts for reactions, between organic compounds.

With all these cases where quantum mechanics play significant roles in biological functions, the question of how could this affect our own DNA now comes up, which is an emerging field that scientists all over the world are starting to pick apartLiving entities are composed of atoms and molecules with specific structures that convert them to specialized biological cells acting as bio-constructors. Living cells continuously acquire and use energy to power their quantum mechanical activities. These dynamical processes differentiate them from ordinary matter.

In doing so,the cells become specialized computational machines with specific capabilities to receive,process and respond to bits of information in accordance with instructions stored within their governing DNA and in their stored memories.There is a weird phenomenon observed in biology.The DNA issues instructions for the cells’ mechanical parts to be carried out.The RNA acts as the information carriers, i.e.the messenger, which passes the instructions to the mechanical part of the cell. Prior to delivering the information for action, the information is verified by an agent known as the RNAi.

If the information has been corrupted then the instructions are ignored and not carried out by the cells. Biologists can’t explain how the verification process works. In other words how would the RNAi know what the correct issued instructions by the DNA should be? This process is similar to a well designed and secure software where information is checked for possible corruption or viruses prior to accepting it. We postulate that the RNAi verification process looks for the presence of certain symmetry code unique to the specific living entity prior to implementation.

The absence of such code would indicate that the carried message has been corrupted, hence permission is not given to proceed with implementing the instruction. For example if that DNA instruction is to produce the protein for giving a skin cell its colour and the instruction was ignored then that skin cell will be colourless.

Consciousness can be defined as an interactive information decoder interpreting the received superpositioned digital information to reflect the reality we experience. Our biological computational neural system compares the received new information with that already stored in our brains, which forms our memories and value systems. Therefore, our response to the received information is the result of a process of evaluation aimed at complying with the overall stored priorities. Most biological entities prevailing priorities are to survive and procreate to ensure the survival of the genes.

Consciousness

The stored information templates for evaluating the received information and issuing instructions are either genetically hard coded as in most animals, or acquired throughout life long contacts and experiences or a combination both. All routes lead to specific neural connections which shape the wiring of the neural systems. In the case of human beings, each change in the wiring of our brain leads to a change in our stored information templates, which are key to determining our reactions to new received information. The process of updating the wiring of our brains is determined by being open

minded and reflective.They are key to learning, improving the quality of lives and long term survival of our genes.Neuroplasticity is the ability of the brains’ quantum constructors to rearrange the bonding between the composing atoms and molecules,i.e.updating the wiring of our brains.This leads to creating different interpretations and responses to the received information. Electromagnetism is key to the process involving the working of the brains.The brain consumes on average 25%of the energy we consume to create the required electrical signals for communication between its different cells.

Neuroplasticity

It is well established that our responses to stimuli is determined by the stored information in our brains. Our free will as human beings is limited to our abilities to evaluate the consequences of our actions and then adjust the wiring of our brain (our stored information templates) for better future responses, which are compatible with our core objectives. Those who are blessed with greater abilities to learn and adjust the wiring of their brains will have a better chance to survive, procreate and experience joyous living.

The brain has its own building mechanism to update the received information so that they are compatible with formats which can be handled by its computational capabilities. Experiments in visual psychology have revealed that the brain will often construct sensations that override the visual input if the brain judges that the latter is too improbable. The brain would suppress the improbable mixed information in favour of what it is familiar with and thus compute what is more probable. For example during rapid movement of the eyes, the visual information is suppressed and what we see is largely

virtual reality created by the brain from our relevant memory templates.When we look into a mirror and move our eyes left to right, we cannot observe our own eyes movements. This demonstrates the phenomenon of suppressing the rapid eyes movements,i.e.our visual sensitivity is much reduced.Eye movements are closely linked to attention shifts.Thus what we see does not depend entirely on what is out there but also to a considerable extent on what the brain computes to be most probably out there. So we can ask how extensive is this filling-in process,what is its normal function and how is it done?

Some light on these questions may come from digital television compression technology. This seeks to send the maximum possible signal with the minimum computational power compatible with an adequate picture. Sending every detail of every scene over the TV system is efficient but carries a high computational cost. This is called the I programme. So TV engineers have supplemented this with a second programme, P, that derives the most probable scenes following scene ‘A’ based on the system’s memory and its previous experience of such scene sequences.

This is supplemented by a third (‘P frame’) programme that records only differences between scenes. The P programme is inefficient but cheap in computational cost. So the art is in finding the optimum mixture of I and P.

The DNA of all biological units are composed of four letters. Each letter represents a given combination of biochemical molecules. The molecules in turn are composed of specific atoms’ arrangements. Therefore, each letter of the DNA represents a pre-assembled digital code composed of strings and singularities.The way the DNA four letters are sequenced determine the nature and characteristics of the biological units. The role of information in managing the existence of life is clear from the way the DNA is structured as sets of digital instructions.

DNA as pre-assembled instruction codes

Adjusting the sequencing of the four letters is already being harnessed through the revolutionary technique of Gene Editing.We speculate that the evolutionary processes and the survival for the fittest principle are not random but they follow embedded biological deep learning algorithms within the genetic codes of each living entity. The specific genetic codes could have evolved (or designed) to simply monitor the levels and frequencies of using specific tissues within any living entity during its lifespans. This is in line with the key biological principle, “use it or lose it”.In a simplified

Embedded deep learning logarithms

version, it is similar to how google makes predictions based on your previous searches.The stored statistical information by the biological entities are collected and passed, most likely through the Y chromosome, to future generations. The purpose is. to emphasize the importance of the increasingly used specific tissues. After a few generations the genetic code of that biological entity get adapted to improve its fitness capabilities.

This could be seen as a very advanced build-in type of biological deep learning, similar to our attempts to create a digital based artificial intelligence with the capacity to update the survival of the model by meeting the overall objective for which it is created. Evolution of new species can be seen as similar to a computer game where the players cannot move to higher levels unless they collect certain points.

The only reality we know is the one our brains manufacture from the very limited information it is designed to receive and process. The possibility that reality is as we perceive is almost zero. What we experience is a convenient way to keep us in the cosmic game by receiving, processing, interpreting and transmitting the limited information we are designed to process and generate. A build-in program exists within all living beings, where repeated life supporting actions over a few generations lead to permanent genetic fitness improvement to thrive and dominate.

Biological entities’ fitness capabilities

Different biological entities possess/develop different fitness improvements capabilities. Using these capabilities lead to their continuous evolution. For those species where environmental changes are faster than their fitness’ improvements capabilities, will ultimately lose the battle to survive. For this reason we need to wake up to the danger of destroying the environment at the current speed, which is leading to the extinction of many species, as they have no time to adapt. Our rapidly changing lifestyle, including congregating in densely populated communities, our intensive farming,

widespread use of new chemicals and indiscriminate use of antibiotics in our food chain are all giving bacteria and viruses greater opportunities to evolve and threaten our very survival and also survival of many animals and plants.Humans are proceeding at a great speed to improve the biofitness capabilities of many biological entities which meet their needs by changing their genetic information.This is in effect a means of overriding the naturally embedded logarithmic processes in those entities andreplacing them by direct human actions to create the types of animals and plantstomeetourneeds.

All living beings are interactive participants in an energy-mass-information equivalence based universe. They represent specific types of information processing entities with causal powers determined by their fitness capabilities (encoded in theur genetic).With our causal powers we can reasonably suggest that our biological software has evolved to receive compressed (superpositioned)information and then analyze it by our network quantum computational units (our brain cells).Our perceived physical reality is a construct of the electrical signals being processed within our network of quantum com

Interactive biological quantum computational capabilities

Being players endowed with computational capabilities suggests that we may ultimately understand how the universe works at the fundamental level and advance our knowledge so that we can communicate with other alien participants. This is similar to developing a deep learning artificial intelligence (AI), which is designed to have consciousness, communicate with other machines and ultimately contribute to our total knowledge. As stated above, consciousness is the ability to receive information, compare it with our stored information templates or set of instructions, and then create a response in

It is even conceivable to conclude that we would reach a stage in our knowledge to ultimately speed up our evolution from our current fragile biological form to ultimately become a machine based species with more chances of survival as our environment greatly deteriorate.Until we succeed in guaranteeing the correct transformation we need to protect our biological existence from the potential domination and abuse by our created AI based units.

Next stage in human evolution

This may necessitate that we implant in the AI machines specific logarithms dealing with ethical values plus sufficient checks and balances to achieve these objectives. We may also resort to planting a self destruct mechanism, not accessible by our created AI units, to ensure our ultimate survival. Probably the best we can hope for in the long run is that our created AI will provide us with a heaven on Earth in return for providing some assistance in their scientific research endeavours.

All living entities are fundamentally similar to other non-living matter in terms of their composition from the two fundamental particles (FPs), the strings and the singularities with their binary…

health

Health

Quantum biology and living entities

The nature is telling us on what to eat and what to not eat.<ul><li>Food that did not contains killing the whole animals or plants means it "wants" to be eaten. Which is, fruits, milks, and nectars.</li><li>Eating seeds, leaves, or even flesh of an animals means killing it. It means they don't want to be eaten from the first place.</li></ul>

Some Foods "Wants" To Be Eaten, Some Are Not

<ul><li>Fruit, nectar, or milk has been produced dilligently in a way that it's directly digestible. </li><li>For example, plants needs to bear fruit to sprout their seeds. The seeds doesn't want to be eaten, it wants to grow. The animals who eat the fruit help the plants to sow the seeds somewhere. Same applied for nectars.</li><li>On the other hand, milk is produced for newborn of the same species. That's why we still suffer from lactose intolerant because cow milk means to be consumed by cow, not us.</li><li>However, doesn't mean we can't eat other food. That's why we invent cooking.</li></ul>

Why We Invent Cooking

<ul><li>Cooking not only helps us eating undigestible food to the digestible one. It shapes and grow our brains.</li><li>Cooking also changes our social structure. Back then, bonfire is not only for cook, but also for socialize.</li><li>Now, food still become a center of any party or gathering. It acts as social lubricant.</li></ul>

Cooking Is More Than The Nutrition

<ul><li>Fast food is convenience, however it is not only strip the nutrient, but also strip the social experience of eating the food.</li><li>GMO or other modified organism may be beneficial for us, but we don't know the effect of it in the long run.</li><li>Globalization has make any food available in any place possible, however this means local food are being replaced significantly. Unfortunately, our body can't adapt for change quickly. That's why some people can't digest certain foods.</li><li>Abundance of food in supermarket or restaurant make us eat more food than we need. This leads to "modern" diseases like obesity.</li></ul>

The Modern Approach To Food Reduce The Value Of It

<ul><li>People in different region needs a different kind of food.</li><li>That's why some diets, like paleo or medditeranian, are not suitable for most people.</li><li>The reductionism approach to food, to only focus on nutrition, is damaging us in the long run.</li><li>Our ancestors, everywhere, eat a diverse range of food. Not a protein bars or supplements.</li><li>So it's better to eat your traditional or local food as much as possible.</li></ul>

Some Diets Are Suitable For Some People Only

<ul><li>Shop in the edges of supermarket. Means, avoid processed food and choose whole food instead.</li><li>Avoid GMO if possible.</li><li>Respect your food cravings or aversion as long as it doesn't pose any significant risk. For example, aversion might indicate allergy.</li><li>Expose ourselves to eat a diverse range of food, especially food that comes from our ethnic background.</li><li>Perceive food as a whole, not only about nutrition.</li><li>Reduce food stocks and have an occasional fasting. This will avoid us to gorge food and eat more calories than needed.</li><li>Eat foods with other people.</li></ul>

Actionable Tips

A summary of the chapter 5, "Food". Read this if you want to change your diet or eat better.

A provocative exploration of the tension between our evolutionary history and our modern woes—and what we can do about it. We are living through the most prosperous age in all of human history, yet we are listless, divided, and miserable. Wealth and comfort are unparalleled, but our political landscape is unmoored, and rates of suicide, lone­liness, and chronic illness continue to skyrocket. How do we explain the gap between these truths? And how should we respond? For evolutionary biologists Heather Heying and Bret Weinstein, the cause of our troubles is clear: the accelerat­ing rate of change in the modern world has outstripped the capacity of our brains and bodies to adapt. We evolved to live in clans, but today many people don’t even know their neighbors’ names. In our haste to discard outdated gender roles, we increasingly deny the flesh-and-blood realities of sex—and its ancient roots. The cognitive dissonance spawned by trying to live in a society we are not built for is killing us. In this book, Heying and Weinstein draw on decades of their work teaching in college classrooms and explor­ing Earth’s most biodiverse ecosystems to confront today’s pressing social ills—from widespread sleep deprivation and dangerous diets to damaging parenting styles and back­ward education practices. Asking the questions many mod­ern people are afraid to ask, A Hunter-Gatherer’s Guide to the 21st Century outlines a science-based worldview that will empower you to live a better, wiser life.

food

Food

A provocative exploration of the tension between our evolutionary history and our modern woes—and what we can do about it.   We are living through the most prosperous age in all of human history, yet we are listless, divided, and miserable. Wealth and comfort are unparalleled, but our political landscape is unmoored, and rates of suicide, lone­liness, and chronic illness continue to skyrocket. How do we explain the gap between these truths? And how should we respond?   For evolutionary biologists Heather Heying and Bret Weinstein, the cause of our troubles is clear: the accelerat­ing rate of change in the modern world has outstripped the capacity of our brains and bodies to adapt. We evolved to live in clans, but today many people don’t even know their neighbors’ names. In our haste to discard outdated gender roles, we increasingly deny the flesh-and-blood realities of sex—and its ancient roots. The cognitive dissonance spawned by trying to live in a society we are not built for is killing us.   In this book, Heying and Weinstein draw on decades of their work teaching in college classrooms and explor­ing Earth’s most biodiverse ecosystems to confront today’s pressing social ills—from widespread sleep deprivation and dangerous diets to damaging parenting styles and back­ward education practices. Asking the questions many mod­ern people are afraid to ask, A Hunter-Gatherer’s Guide to the 21st Century outlines a science-based worldview that will empower you to live a better, wiser life.

Heather Heying

Bret Weinstein

A Hunter-Gatherer's Guide to the 21st Century

When you binge your favorite TV show, your brain continue to produce more dopamine and you experience a drug-like high. It was like a pseudo-addiction” .

Increase in Dopamine

We get drawn to the lives of the characters portrayed on the show that also fuels our binge watching experience. 2 types of Character Involvement:<ol><li>Identification - it is when we see ourselves to the characters portaying in a show.</li><li>Perceived Similarity - this is where you had the “i know what it feels like” moment.</li></ol>

Connection With The Characters

Binge watching can be a stress reliever after our work shift. It’s like a wall that blocks our brain from dwelling about an unfinished to-do list and other stressors that you wanted to stop thinking for a while.

Temporary Escape

Because you watched the same tv show, you finally have this “sense of belongingness”. You felt that you were part of a small community where you can connect with and have an in-depth discussion of the show.

Foster Relationships

We substitute the virtual connection with the characters and disconnecting to the human interaction.

“Starving To death Emotionally

I am very much guilty of binge watching a tv show in one sitting 😑. I even have this special segment on my IG stories of #SeriesReviewNobodyAsksFor where I must say a lot rely on it if it was binge worthy. But now I am slowly rebuilding my reading habits and I am so glad I found deepstash.

Is watching the entire second season of "Stranger Things" on your weekend to-do list? Here's what you need to know. 

What happens in your brain when you binge-watch a TV show

Find 100+ Facts about Science - Curated by others from trusted sources like Books, Podcasts & Articles - Genuine Insights from like-minded Users like You!

Thoughts

Quantum Teleportation: Facts and Myths | OpenMind

String theory - Brian Greene

Moonwalking with Einstein: The Art and Science of Remembering Everything

How Our Brains Organize Abstract Scientific Concepts

Five Characteristics of People With High Existential Intelligence

Quantum biology and living entities

A Hunter-Gatherer's Guide to the 21st Century

What happens in your brain when you binge-watch a TV show

Varahamihira – Indian Sage Who Predicted Water Discovery on Mars 1500 Years Ago and A lot More...

It's time to
Read like a Pro.

Thoughts

Quantum Teleportation: Facts and Myths | OpenMind

String theory - Brian Greene

Moonwalking with Einstein: The Art and Science of Remembering Everything

How Our Brains Organize Abstract Scientific Concepts

Five Characteristics of People With High Existential Intelligence

Quantum biology and living entities

A Hunter-Gatherer's Guide to the 21st Century

What happens in your brain when you binge-watch a TV show

Varahamihira – Indian Sage Who Predicted Water Discovery on Mars 1500 Years Ago and A lot More...

It's time to Read like a Pro.

It's time to
Read like a Pro.