“If you can't explain it simply, you don't understand it well enough"

<ul><li>It is a systematic method of understanding, simplifying, and explaining difficult concepts</li><li>It is based around the idea that one of the most effective techniques to enhance our understanding is to imagine that we're teaching the material to someone who has absolutely no idea about the topic.</li></ul>

The Feynman Technique

<ol><li>Identify the topic </li><li>Teach it to a child </li><li>Identify knowledge gaps </li><li>Simplify</li></ol>

4-steps of the Feynman Technique

When we learn something, it's easy to convince ourselves that we've understood it too. But, are we really learning effectively?

personaldevelopment

Personal Development

strategy

Strategy

education

Learning & Education

problemsolving

Problem Solving

scienceandnature

Science & Nature

We do not have any time left to stop climate change. The greenhouse gases we've released into the atmosphere will continue to warm our climate for decades. It means glaciers and permafrost will continue to melt, and oceans will warm, acidify, and lose oxygen. This sobering fact doesn't mean that our future is entirely out of our control. Our actions today could mean the difference between bad or disastrous outcomes. Businesses and policymakers can put our world on a more sustainable path.

Taking responsible action

Most of our greenhouse gases come from electricity generation, transportation, and industrial and agricultural use. <ol><li>Electricity. Some renewable energies like wind and centralised solar are cheaper to install than to run existing fossil-fuel generation. We need to invest in less expensive and more efficient long-term battery storage.</li><li>Transportation. Developing new technologies like "green hydrogen" will help.</li><li>Industry and agriculture produce the most greenhouse gases. The lack of incentives prevents companies from doing the right thing.</li></ol>

Decreasing global emissions

Moving past the technological, political and economic challenges requires a drastic move away from the status quo. <ul><li>Individuals have a small role to play (recycling and public transportation). Companies have a huge role to play as they make the bulk of decisions about carbon emissions.</li><li>Sustainability goals need to be integrated throughout organisations, not just in a department or team.</li><li>Investors can pressure companies to improve their carbon footprint, and large companies can pressure suppliers.</li></ul>

A mix of carrots and sticks

We need to dramatically reduce carbon emissions. This will require a new system of incentives.

Discover the world of business and economics.

economics

Economics

business

Business

startup

Startups

What Businesses Must Do to Curtail Climate Change

From installing a heat pump to turning down the heating, there is <a href="https://www.bbc.co.uk/news/uk-58967580">a raft of changes around the home that can help the planet </a>."Switching from a gas or oil-powered heating system to an electric heat pump makes a considerable difference," according to Dr Neil Jennings, an academic from Imperial College London.We can change our homes by improving insulation in our walls, ceilings and windows.Draught-proofing is one of the cheapest and most effective ways to save energy, <a href="https://energysavingtrust.org.uk/advice/draught-proofing/">according to the Energy Saving Trust (EST) </a>. This involves blocking up unwanted gaps that let cold air in and warm air out.

1. Insulate your home

From installing a heat pump to turning down the heating, there is <a href="https://www.bbc.co.uk/news/uk-58967580">a raft of changes around the home that can help the planet </a>."Switching from a gas or oil-powered heating system to an electric heat pump makes a considerable difference," according to Dr Neil Jennings, an academic from Imperial College London.We can change our homes by improving insulation in our walls, ceilings and windows.Draught-proofing is one of the cheapest and most effective ways to save energy, <a href="https://energysavingtrust.org.uk/advice/draught-proofing/">according to the Energy Saving Trust (EST) </a>. This involves blocking up unwanted gaps that let cold air in and warm air out, such as around windows, doors or skirting boards.

Livestock creates <a href="https://www.fao.org/news/story/en/item/197623/icode/">14% of all greenhouse gases </a>, with cattle being by far the largest contributor. Dr Jonathan Foley, who investigates climate change solutions, says you can <a href="https://www.bbcgoodfood.com/howto/guide/how-reduce-food-waste">save money and reduce waste </a>by making smaller portions and saving leftovers for later at home. The world wastes between 25% and 30% of its food, according to the <a href="https://wrap.org.uk/taking-action/food-drink/actions/action-on-food-waste">Waste & Resources Action Programme </a>.

2. Changing The Way We Shop & Eat.

Living car-free might be "the most impactful thing we can do to reduce our transport emissions", according to Dr Jennings. Small steps still have an impact, like walking and cycling to the local shops or sharing car journeys with friends or neighbours. Electric cars are becoming more widespread, but they are still expensive. And it is only truly green travel if the electricity used to power the car comes from green energy sources, such as wind or solar. Low-carbon sources made up <a href="https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/1016822/UK_Energy_in_Brief_2021.pdf">58% of the UK's electricity in 2020, including nuclear </a>.

3. Change The Way We Commute Or Travel

Switching to a green energy provider or a green tariff can significantly reduce your household's carbon footprint. But a recent increase in wholesale energy price means many providers have withdrawn their offers.

4. Green Energies

Humanity only has 100 Months to Agree upon and deploy Climate Solutions before Human Extinction becomes A likely inevitability.

Small changes to our lifestyles and choices could limit our personal carbon footprint.

Climate change: Four things you can do about your carbon footprint

Sleep is just one of many types of consciousness we experience, and sleep itself comprises several states of consciousness. Even when we’re sleeping, our brains and bodies continue to work.Sleep is affected by biological rhythms or periodic physiological changes. Biological rhythms are regular, periodic changes in a body’s functioning. There are three types of biological rhythms.

A DEEP DIVE INTO SLEEPING

<ol><li>Circadian Rhythms: biological cycles that occur about every twenty-four hours. Sleep follows a circadian rhythm. Hormone secretion, blood pressure, body temperature, and urine production also have circadian rhythms.</li><li>Infradian Rhythms: biological cycles that take longer than twenty-four hours. For example, women’s menstrual cycles occur about every twenty-eight days.</li><li>Ultradian Rhythms: biological cycles that occur more than once a day. Sleep follows an ultradian rhythm of about ninety minutes as well as a circadian rhythm. Alertness and hormone levels also follow ultradian rhythms.</li></ol>

3 Types Of Biological Rhythms

Biological rhythms usually synchronize with environmental events such as changes in daylight. However, experiments have shown that many biological rhythms continue to have the same cycle even without cues from the environment. Such biological rhythms are Endogenous, which means that they originate from inside the body rather than depend on outside cues.

Endogenous

Endogenous rhythms exist because the body has biological clocks that keep time. Biological clocks can be adjusted by environmental cues, such as changes in temperature.In humans, the Suprachiasmatic Nucleus (SCN) is the main biological clock that regulates circadian rhythms of sleep. The SCN lies in the brain’s hypothalamus. When light stimulates receptors in the retina of the eye, the receptors send signals to the SCN. The SCN then sends signals to the nearby Pineal Gland, which secretes Melatonin, a hormone that regulates the sleep cycle.

Biological Clocks

Jet lag is the fatigue and disorientation air travelers feel after a long flight. Although traveling itself drains energy, the time change also contributes to fatigue. People experience jet lag when the events in their environment are out of sync with their biological clocks.EXAMPLE: A traveler leaves NYC at eight in the morning and arrives in London about seven hours later. For her, it’s three in the afternoon, but because of the time change, in London it’s eight in the evening. Her body, thinking it’s mid-afternoon, will be confused by the lack of sunlight, and she’ll experience jet lag.

Jet Lag

Although everyone sleeps, no one really knows why people sleep. Researchers have proposed several theories to explain how sleep evolved to be a necessary behavior:<ol><li>People conserve energy by sleeping periodically.</li><li>Sleep has a protective function, as it keeps people tucked away at night, safe from predators.</li><li>Sleep restores body tissues that are depleted during daily activities.</li></ol>

The Function Of Sleep

Sleep research has provided a lot of information about what happens to the brain and body during sleep. Researchers study sleep by monitoring subjects who spend the night in labs, and they use various instruments for different purposes:<ol><li>Electroencephalographs(EEGs): record brain waves</li><li>Electromyographs(EMGs): record muscle activity</li><li>Electrooculographs(EOGs): record eye movements</li><li>Electrocardiographs(EKGs): record the activity of the heart</li></ol>Other instruments monitor breathing, body temperature, and pulse.

Sleep Research 

During one night’s sleep, people pass through several cycles of sleep, each lasting about ninety to one hundred minutes. There are five distinct stages of sleep in each cycle: 1, 2, 3, 4, and REM.

Sleep Stages

<ul><li>When people are relaxed and ready to fall asleep, their EEG will show mostly alpha waves. When people fall asleep, they enter into stage 1 sleep, which lasts just a few minutes. In stage 1, the EEG shows mostly theta waves. Heart rate, breathing rate, and body temperature drop, and muscles relax. Fantasies or bizarre images may float around in the mind.</li><li>After a few minutes of stage 1 sleep, people move into stage 2 sleep. Stage 2 lasts about twenty minutes and is characterized by short bursts of brain waves called Sleep Spindles.</li></ul>

Stages 1 To 4

<ul><li>People then pass into slow-wave sleep, which occurs during stages 3 and 4. In stages 3 and 4, which together last about thirty minutes, the EEG displays mostly delta waves. People in stage 3 and 4 sleep show slow breathing and pulse rates, have limp muscles, and are difficult to rouse.</li></ul>

Most people in stage 4 sleep are still, quiet, and difficult to rouse. Sleepwalkers, however, sometimes become physically active during stage 4. They may get up and walk around their room or even carry on a conversation, take a bath, cook, or go outside and get in their car. Because they are in a deep sleep, most sleepwalkers remember nothing of their actions when they wake up.

Sleepwalking

<ul><li>At the end of stage 4, people go back through the stages in reverse, from stage 4 to 3 to 2 to 1. When they reach stage 1, instead of waking up, people go into REM, or rapid eye movement, sleep. A single cycle might look like this: ' 123432REM '</li><li>REM sleep is a stage of deep sleep in which, paradoxically, brain wave activity resembles that of an alert person. REM sleep is also called paradoxical sleep.</li></ul>

REM Sleep

<ul><li>During REM sleep, pulse rate and breathing become irregular, eyes move rapidly under closed lids, and muscles remain very relaxed. Genital arousal also happens during REM. In women, the clitoris becomes swollen with blood, and vaginal lubrication increases. In men, the penis becomes erect. EEGs show mostly beta waves during REM sleep. Although dreaming happens in other sleep stages as well, dreams are most vivid and frequent during REM sleep.</li></ul>

<ul><li>People typically go through about four sleep cycles during one night of sleep. The REM stage of sleep gets longer and longer as the night passes, while stage 3 and 4 sleep gets shorter and shorter. During the night’s first sleep cycle, the REM stage lasts about ten minutes. During the night’s last sleep cycle, people may spend about forty to sixty minutes in REM sleep. Non-REM sleep becomes more shallow as the night goes on, and eventually the sleeper awakens.</li></ul>

Different people need different amounts of sleep. Some people can function with fewer than six hours of sleep a night, while others can’t manage without at least nine hours. Research shows that getting insufficient sleep can have negative effects on health, etc.Experiment subjects who are intentionally deprived of REM sleep tend to enter the REM stage of sleep more and more frequently during the night. After an REM-deprivation experiment has ended, subjects usually experience a REM Rebound effect, spending more time in the REM stage on subsequent nights to make up for lost REM time.

Sleep Deprivation 

Sleep patterns change as people get older. Newborn babies spend about two-thirds of their time in sleep. As people age, they tend to sleep less. The amount of time spent in REM sleep also changes over time. In very young babies, about half of all sleep is REM sleep. As babies get older, the proportion of REM sleep decreases.

Aging and Sleep

<ul><li>Everyone has occasional difficulty sleeping, but some people have Insomnia, a chronic problem with falling or staying asleep. Another kind of sleep disorder is Narcolepsy, which is a tendency to fall asleep periodically during the day. Narcolepsy can be dangerous, as people who experience it may fall asleep while driving or operating machinery.</li></ul>

Sleep Disorders 

<ul><li>Sleep apnea is another condition that can have negative effects on health and safety. People who have Sleep Apnea stop breathing many times during a night’s sleep, and each time they stop breathing, they wake up briefly and gasp for air. This prevents them from getting enough deep sleep, which leads to irritability and sleepiness during the day. Chronic sleep apnea can also result in high blood pressure.</li></ul>

health

Health

States of Consciousness

”That's one small step for a man, one giant leap for mankind.”

“Without space, there is no time.”

”What we call 'time' isn't chronological but spatial; what we call 'death' is merely a transition between different kinds of matter.”

“We are finite, in that we are a product and source of the infinite.”

”Across the sea of space, the stars are other suns.”

I will always want to know what is beyond our planet. Hopefully, at some point, humanity will be able to travel and see other worlds.

Love space exploration quotes and quotes about space? Look no further, we have curated the perfect list for you to get into space explorer.

artsandculture

Society, Arts & Culture

space

Space

Quotes For All Budding Astronauts 

Producing food waste is not just a sign that someone has no disrespect for either the food itself and underprivileged people. Producing food waste can also cause climate change, then, climate change causes eruption or other things that are related to the unusable land.  when the land cannot be used, we would minimize the quantity of food that can be produced by farmers or corporations.  when the quantity is minimized, the price is high. as a result, we would increase the number of hunger in the world. so stop wasting your food

No Food Waste

Food injustice occurred because of capitalism. we cannot eliminate capitalism because it is already in our blood. Nowadays, farmers who produce food are the ones who are hungry. This happened due to 3 factors, firstly, farmers cannot produce food without fertilizer or other necessary components to grow the food, the one who can do this is coorp. secondly, it is hard for them to use traditional ways of farming because they do not have this kind of knowledge. lastly, the young generation has a negative stigma toward farming and does not want to learn.

Feed Anybody that Needs

One of the reasons that hunger still exists is because of capitalism. capitalism exists in brands like KFC, MC Donald, Taco Bell, etc. If we keep buying food from this kind of corporation, not traditional markets, it means that we are causing hunger for some families.  This also means that we have to cook by ourselves, besides healthy, we also can learn to independently provide food without someone's assistance.

Buy from Traditional Market

😎 Conversation with changemakers from circle of youth 

food

Food

How you can reduce hunger cases

100 billions. Is according to scientists the total amount of Human beings who have walked the Earth since the beginning of Humanity (cut-off date 50.000 BC, Upper paleolithic) .Also equals the number of animal killed every Year to feed Humanity's current population (2021, animals ~cattle to fish).Sources :<a href="https://en.wikipedia.org/wiki/Estimates_of_historical_world_population">Wikipedia | Humanity Historical Population</a><a href="https://en.wikipedia.org/wiki/Animal_slaughter">Wikipedia | Animal Slaughter</a>

Humanity's TotalWeight Versus Animal Genocide

Myself a carnassian, I reckon the figures are frightening.

history

History

Estimates of historical world population

Psychologists understand intelligence as much more than IQ. They identify it with an individual’s ability to adapt to their environment. Executive intelligence is the ability to know how to make decisions and curb impulses. The ability to reflect on what we feel and think. This means knowing how to plan our actions and direct our attention.

Executive Intelligence

Studying this type of intelligence in the physiological plane makes one focus on the frontal lobe. Especially in the prefrontal cortex, the one responsible for impulse control and decision-making.

Biological foundation of executive intelligence

When looking for information on the biological basis of executive intelligence, you’ll most likely find the term “executive functions”. This is because executive intelligence is a separate field of study: every skill and every function . This is why scientific articles usually talk about executive functions - not about intelligence. However, the term executive intelligence is correct; it refers to the use of all functions as a whole.

Term clarification

Self-control is one of the main components of executive intelligence. Self-control is one of the main components of executive intelligence. The frontal lobe is responsible for regulating our many behaviors; for assessing the possible consequences of our actions and deciding what to do in each situation. The weight of education and cultural pressure rests with the frontal lobe and is part of executive intelligence.

Self-Control

The regulation of our behavior is part of executive intelligence. This type of intelligence is about the ability to know when to act and when to simply do nothing. It's about the ability to control our impulses. That is why one way to attain this type of skill is to make it a point to gain self-control.

Regulation of our behavior

Why is the working memory part of executive intelligence? Our working memory allows us to establish relationships between different elements and we make decisions based on them. Thus, working memory is what allows us to integrate information, to reason, and to reach conclusions after processing information from different sources. One way to boost your working memory is by performing mental calculations.

Executive intelligence: working memory

Working memory is the type of memory we use to develop reasoning; to remember things in the very short term. It’s what allows us to develop action plans and make decisions. Let’s say it’s the type of memory we call a processor, or CPU, on a computer. Working memory allows us to manage a large quantity of information in a short amount of time. We can put everything together in order to assess what to do, how we feel, and what’s the next step to take.

What is working memory? 

Being able to make decisions in a thoughtful manner in the shortest possible time is part of executive intelligence. An intelligent decision-making process values ​​the pros and cons of each possibility. The decision-making process we carry out from executive intelligence implies a great capacity to consider a scenario beyond reality and mentally consider all the various possible scenarios.Planning skills are another component of executive intelligence. Executive intelligence is responsible for devising plans and strategies to achieve goals through planning.

Planning and decision-making

A properly developed executive intelligence allows you to adjust your ideas to the changes you experience in your reality. A change in opinion is a sign of cognitive flexibility. It allows you to adapt your thoughts or plans to the circumstances of a given moment. Being flexible at the cognitive level has to do with a greater capacity to manage frustration. Highly intelligent people, at the executive level, have a greater ability to adapt to adversity. It’s all due to their cognitive flexibility . If they have a plan and things don’t go as expected, they keep the goal but change the plan.

Executive intelligence of cognitive flexibility

This component of executive intelligence is perhaps what makes you human. Abstract reasoning is what allows you to work on your emotions, feelings, doubts, fears, and other psychological aspects. You can think in abstract terms about “things” that don’t exist in the physical world but in the mental or emotional one. You can also think about what you think (metacognition). Abstract reasoning is what helps you feel that your existence is worth it. Without the capacity for abstract reasoning, you would have an excessively pragmatic and meaningless life.

Reasoning or abstract thinking

When we think of intelligence we usually envision academic intelligence. Bu it doesn't include everything; executive intelligence, for instance.

Understand yourself and those around you.

psychology

Psychology

mindfulness

Mindfulness

Executive Intelligence - Characteristics

What is the smallest one? Atom? Quarks? Strings?Consider there is circle with the length to all directions from the center = 0.5m - below picture 👇), the diameter (blue color) is 2x0.5 = 1 meter. Think of it as a circle of rubber or whatever, which when divided in half, each piece will form the same circle. Whichever was chosen it can be equated like a circle.<ul><li>STATUS = there is 1 circle</li><li>The Diameter = 1 meter</li></ul>

Matter

1st Division:Back to the original, the circle was divided into two, which means, each has a diameter of 0.5. Or you could say it was divided into 2 parts, which if each was formed as a circle, then each had a smaller diameter than its previous original size as one.<ul><li>STATUS = there were 2 circles</li><li>The Diameter of each circle = 0.5m</li></ul>

1st Division

Previous circles, each was divided into two, which means, each had a diameter of 0.25. Or you could say those were divided into 4 parts, which if each was formed as a circle, then each had a smaller diameter than its previous original size as two circles.<ul><li>EQUATION = 2^2[dividers] = 4 circles</li><li>STATUS = there were 4 circles</li><li>The Diameter of each circle = 1 meter (diameter/4 (circles) = 0.25 meter</li></ul>

2nd Division

Previous circles, each was divided into two, which means, each had a diameter of 0.125. Or you could say those were divided into 8 parts, which if each was formed as a circle, then each had a smaller diameter than its previous original size as two circles.<ul><li>EQUATION = 2^3[dividers] = 8 circles</li><li>STATUS = there were 8 circles</li><li>The Diameter of each circle = 1 meter (diameter/8 circles) = 0.125</li></ul>

3rd Division

By continuing this form of calculation, again & again ... as many as 1000x divided into:<ul><li>2^1000[dividers] = 1 billion more circles ...</li><li>with diameter = 1 (diameter/1 billion more (circles) = 0.000000000000000000 .... 1 = closer to zero</li></ul>

Further Division

So any division always gets closer to zero, closer to emptiness.[[[ The Axiom of Limitation ]]]: thing can't exceed beyond itself<ul><li>A cup of tea can't transform into 1 gallon of tea.</li><li>A certain quantity won't be able surpass itself without the addition of others</li></ul>That's why the one that could pour several times more water than just as many as one teapot it was meant for playing magic, playing tricks, because in essence it's impossible (violating the axiom). So it's not something that violates the axioms, it's just that it seemed didn't make sense, even though hidden reasoning was running into action

THE RANGE OF DIMENSION

If the division was endless, then the question was? Were we trapped by the endless division?Is the total diameter of the whole circles = the original diameter (1meter) or greater than 1meter?<ul><li>if the total diameter of the entire circles (that were divided) = the original diameter (1meter), it means that the division is limited, not infinite</li><li>if the division is infinite, it means that the total diameter of the whole circle is greater than the original diameter (1 meter), this is impossible (violates the axiom of limitation)</li></ul>So, the truth is that the division is finite

Finite Division

Then what does it mean for "finite division"?That means there comes a time when it can no longer be divided.When something is indivisible, it is the smallest thing

The Smallest is Indivisible

Since the division is finite, which means that there is time / moment when it cannot be divided. When there comes a time / moment when something is indivisible, then we find the smallest thing.The division function "f(x) = 1/(x)" always returns the value 0.00000000 .... 1 which can always be divided continuously. This means "function f(x) = 1/(x)" is not the smallest function. Because it never reaches zero.The negative function f(x) = 1/(-x) -0.00000001 and so forth is another dimension of reality.The direction of the dimensions can be described, as on picture

DIMENSIONS OF REALITY

Regardless of the direction of the angle (x1, x2, x3, x(n) ...), it is still a non-zero number: 1, 2, 3 , n ... ; or -1, -2 ,- 3 , n ...; or 0.001, 0.01, 0.1 , n ...; or -0.001, -0.001, -0.1, n ...In a series of numbers is...(-n) <--- (0) ---> (+n)negative <--- nol ---> positive

Zero & Non Zero

[[[ AXIOM OF THE DIMENSION OF NUMBER ]]]: there is the dimension of Zero or Not Zero<ul><li>The division function f(x) = 1/x, only the smaller value but not the smallest value</li></ul>What is the concept of negative numbers from the point of view of reality? Negative values ​​have different directions of meaning:<ul><li> as a hidden thing</li><li> as a sign of separation</li><li> as a complementary sign (pair)</li></ul> The main thing is? That negation is existence too. The concept of negation only shows the difference in state, not the opposite of existence, not indicating nothingness.

Indivisible

There is the dimension of emptiness & the dimension that is not empty<ul><li>Both are part of the dimension of the existence</li></ul><ol><li>When we talked about the smallest one, what did it mean? The smallest of what dimension? Empty or non-empty (matter) dimension?As long as it is matter, it can be divided to the smallest value. Any size 0.01 or 0.001 or the smallest 0.0000001 or 0.00000000000000 ... 1 , can always be the smallest. How?</li></ol>

THE EDGE OF DIMENSION

That there is the smallest of matter, and since it can't be divided and we won't get the value of the division, until we force with division, then the value suddenly jumps from the smallest value of any matter (0.01 or 0.001 or the smallest 0.0000001 or 0.00000000000000 ... 1 , can be any number to be considered as the smallest), jumps to the smallest value of division, which is zero.

Jumping From Matter to Zero

What does it mean jumping from matter to zero? That we will never know the smallest value of finite division of matter, but we know that the division is finite (according to the axiom), so that at a certain value (0.01 or 0.001 or any number smaller & smaller), at this point, by forcing it into division, there will be a transformation from matter to non-matter, from matter to emptiness.

Transformation

So, the smallest matter? It is something which, when ... divided, suddenly vanishes, that is the smallest of matter. So the last moment where it couldn't be divided, it's the smallest matter. But it's just the smallest of one of the dimensions of the existence.The two kind of the smallest?<ul><li>First is the smallest of its kind, a matter</li><li>2nd, is the smallest of different kind of existence. The point is, it's the smallest of its kind that it's not a kind of matter</li></ul>Where emptiness is the smallest one of the last edge of the sequence of existence

Two Kind of The Smallest

If sorted from the beginning of the existence, from emptiness then formed the smallest matter, then the initial size of the smallest matter can be any value which we didn't know (0.01 or 0.001 or the smallest 0.0000001 or 0.00000000000000 ... 1 , can always be the smallest).

The First Matter

That logically we can always make division over and over again, it is an unrealistic deception.THE LIMITATION OF THE POSITION OF THE SLICED ONEIn layman's terms, simple explanation. Supposely something is axiomatically indivisible. Then, suppose something is finite that can only be divided by 3 times, so even though logically we can divide more than 3x, in reality we can only divide repeatedly up to 3 slices. Even if we try to slice to get the 4th part by slicing it, we will slip to the left <-> right to a position between 3 possible trial of slicing only.

THE IMPOSSIBILITY OF DIVISION BY IMAGINATION

Even if you try to force and slicing it to get the 4th part and hit one of the 3 slices, and you force it so hard, and it was considered successful, then the next thing you won't get 4 parts, but one of the slices turns (transforms) into a void which is the last trial of our efforts, strongly as an attempt to slice.So, the ultimate limit of slicing is no longer slicing but destroying, transforming into zero - emptiness

The Power of Division

The Smallest

DeepMind took the world of biology by surprise when it solved a 50-year grand challenge with AlphaFold, an AI tool that predicts the structure of proteins.&nbsp;Now, its AI will predict the shapes of nearly every protein in the human body, as well as the shapes of hundreds of thousands of other proteins found in 20 of the most widely studied organisms, including yeast, fruit flies, and mice. The breakthrough could allow biologists from around the world to understand diseases better and develop new drugs.

Deepmind and Protein Structure

Proteins are made of long ribbons of amino acids, which twist themselves up into complicated knots. Knowing the shape of a protein’s knot can reveal what that protein does, which is crucial for understanding how diseases work and developing new drugs—or identifying organisms that can help tackle pollution and climate change. Figuring out a protein’s shape takes weeks or months in the lab. AlphaFold can predict shapes to the nearest atom in a day or two.

Proteins: A Primer

In the new version of AlphaFold, predictions come with a confidence score that the tool uses to flag how close it thinks each predicted shape is to the real thing. Using this measure, DeepMind found that AlphaFold predicted shapes for 36% of human proteins with an accuracy that is correct down to the level of individual atoms. This is good enough for drug development, says Hassabis.

Precision Predictions

The company has already used AlphaFold, its protein folding AI, to generate structures for nearly all of the human proteome, as well as yeast, fruit flies, mice and more.

technologyandthefuture

Technology & The Future

artificialintelligence

Artificial Intelligence

DeepMind says it will release the structure of every protein known to science

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