100+ Interesting Science Facts & Ideas from All areas of Science

Progress on our goals feeds our well-being. So the most important thing to do is bootstrap a little progress: get a little progress, and that’s going to fuel your well-being and your motivation.

The curiosity we feel when something surprises us or when something doesn’t quite agree with what we know or think we know.

That is felt as an unpleasant state, as an adversity state. It’s a bit like an itch that we need to scratch. That’s why we try to find out the information in order to relieve that type of curiosity.

This is a pleasurable state associated with an anticipation of reward.

That’s our level of knowledge. That’s what drives all scientific research. It drives many artworks. It drives education and other things like that.

Most psychological traits, and curiosity is no exception, have a genetic component to them.

The fact that some people are much more curious than others largely has to do with their genetics. But, as in all cases, genetics is never the whole story.

• Think outside the box when defining the format that works best for all team-members;
• Avoid activities where people are singled out and might feel embarrassed. These create the opposite of the trust-building effect needed to build strong teams.
• Effective teambuilding allows teams to tackle an achievable challenge together. Working through a challenge together increases oxytocin and group cohesiveness.

Research shows that reading speed is more about an individual’s language skills than anything related to their eye movements. Another unsubstantiated claim, is that hearing an “inner voice” while reading slows down readers.

The only reliable way to become a faster reader is to expand your vocabulary — and the best way to do that is to read more.

1. Encoding - the stage when the brain consciously acknowledges information based on our senses. When we attach meaning or factual knowledge to any of this sensory input, that's called semantic encoding which makes us retain memories longer.
2. Storage - it is when information is stored in different areas of the brain, thanks to the neurons that connect every time we perceive information.
3. Recall - when our brain "replays" or revisits our memory even though it is not as exact as the first one.

• Satellites
• Smartphones
• Smart Watches
• Robots
• Driverless Cars 

Many researchers acknowledge the role that science fiction has played in triggering their interest in science and inspiring breakthroughs. Even technology companies increasingly employ science fiction artists to explore potential new technologies and their social impact – also known as science fiction prototyping.

A research that looked for science-fiction-related terms in academic papers indicates that science fiction plays a significant role in scientific work and its impact is on the increase, especially on areas related to human-computer interactions. 

Science fiction can coax us to think creatively by letting us leapfrog to the distant future where we may glimpse what radical change could look like.

These stories often imply that we will survive as a species and overcome our challenges or warn us that though we may progress as a society, dangers abound. A multi-generational perspective that is scaled to encompass interplanetary habitation enlarges our understanding of our context within the universe and discourages shortsighted actions while encouraging peaceful coexistence and conservation.

• A diet that universally leads to healthy weight loss.
• Why two people with the same size and body composition have different metabolic rates.
• Why some ethnic groups — African Americans, South Asians — have a higher risk of developing metabolic disorders like diabetes.
• How the brain knows what the body weighs
• The mechanism that controls our metabolic rate.

• Destiny Beliefs: I am destined to be with a specific person. I have a soulmate. 
• Growth Beliefs: Relationships progress slowly and we grow to fit together. Relationships take effort. You can build love.

People who believe in soulmates are more likely to break up and have difficult relationships because they look for the 'perfect' person instead of working on a relationship and growing together.

Regret is important in our lives because it facilitates the process of learning from our mistakes and avoiding repeating them.

The average adult spends 36 % (or about one-third) of his or her life asleep.

Purpose of sleep:

• Restoration
• Memory consolidation
• Metabolic health.

Good science = precise data - possible interpretations.

Good science is a humble recognition of the limits of what scientific data can say.

• Ensure that any science you trust has passed through the peer-review process. And even then it might not be accurate. 
• Search for information on the limits of the data in science reports. Were assumptions made? Be concerned if the discussion of them is missing.
• Assess the preciseness of language, tightness of structure and restraint with which they present moral issues.
• Assess the historical, cultural, and personal context of the study.
• Are they willing to entertain alternative opinions and interpretations?

Eureka moments may seem unpredictable and unreplicable. But there are ways to coax these inspired ideas from their hiding places. One of the best is to take a break from thinking about a problem or dilemma.

They are linked to the story of Archimedes and the gold crown ( when he realized while taking a bath that he can use displaced water to assess the density of the king's crown and, therefore, its gold content).

Martin Seligman insists on the value-neutral purity of the research on positive psychology. Yet even its fans say it seems to have some of the characteristics of a religion.

Philosophers such as Mike W. Martin say positive psychology has left the field of science and entered the realm of ethics. Science is a factual enterprise, not promoting particular values.

Stories cater to our Ego. A listener puts himself in the shoes of the protagonist of a story, and an idea is given emotional heft and sturdiness.

The more we are able to relate to the central character, the more engaging, effective and memorable a story narrative becomes.

• Science and Religion were historically being studied in a 'conflict model' where theological and scientific views were put in loggerheads with each other.
• This contributed to a mistaken view of the past and led to a flawed conception of the future due to the expectations of secularisation.

There is a lot of misinformation about scientific knowledge among the general public. Scientists assume that by explaining science to people they can inform the defend science from public misinformation.

Ironically, the science communication part is having the opposite effect of what scientists are trying to achieve, something known as the 'backfire effect'.

Studies prove that merely increasing science literacy straightforwardly is not going to change mindsets. Simply knowing more and lecturing about it is not going to convince the audience.

Scientists should consider how they are deploying knowledge. Facts aren't enough, and they need to tap into the emotions of the audience for fruitful interaction.

Strategy and rhetorician skills need to be deployed, as merely lecturing like a university professor isn't going to do any good: 

• Simply explaining science does not tell the audience why it matters to them, and doesn't 'hard sell' the purpose or the motivation of the right information.
• Communicating science without first gaining the audience's trust is bound to be a vain exercise.
• Trying to debunk a myth by repeating it and saying it's false, doesn't do any good, as the audience ends up remembering the myth only. A better way is to reframe the issue.

A three-or four-month freeze is one thing, a full year of isolation and economic inactivity is disastrous.

Our lack of knowledge about the virus is our greatest weakness. More tests can reveal more information that should lead to defeating the disease as fast as possible. There is no such thing as a normal economy until we contain the virus.

Much of the knowledge about the natural world during the middle ages dates back to the teachings of the Greeks and Romans. Many did not question these ideas, despite the many flaws.

• Aristotle taught everything beneath the moon was comprised of four elements: earth, air, water, and fire.
• Greek astronomer Claudius Ptolemy thought that heavenly bodies such as the sun, moon, planets and various stars all revolved around the earth in perfect circles.
• The ancient Greeks and Romans held to the idea that illnesses were the result of an imbalance of four basic substances and was related to the theory of the four elements.

In these unprecedented times, with a global crisis upending our lives, more people are experiencing mental health issues like stress and depression. This is due to many real and perceived problems affecting us and our loved ones.

Scientific research on emotional health reveals that helping others can affect us positively

..has always been a poor cousin of the mainstream ‘highbrow’ works. The make-believe other worlds and adventures of space have received psychological accusations from the authors, like the fact that real-world problems of this planet (like unemployment or worldwide destruction) are too disappointing for the ‘entitled narcissists’ who always migrate to greener pastures to live out their grandiose fantasies.

• In a way, science shares much with religion: Both are used to explain life's unknown. Similarly, they have the ability to make us feel insignificant and elevated. Awe, an intense form of wonder, makes people feel smaller than they are.
• Art primarily appeared in a religious context, but when it parted company from religion, it started to crop up in private collections. These collections began to mix with animal specimens, exotic weapons, and decorative books. Art became associated with science.
• The link continued into the 19th century. The British Museum included everything from animal bones to Italian paintings.
• By the end of the century, science and art had parted company. Major cities started to open dedicated art museums, where people could view paintings. These days, we don't think of museums as places of curiosity, but they remain places of wonder.

Though science has helped humanity for centuries, it is not fully trusted. Part of the reason is that scientific knowledge is incomplete.

It is often resisted by a section of people, who don’t believe in vaccines, climate change, or the man-made genetic advancement in crops. As an example, many families believe vaccination causes autism in children, and no matter what is done to counter it, the belief is stuck in people’s brains.

Many people from all sections of society do not trust in science, as they don’t trust the authority of the scientific community. The Pseudo Scientists try to debunk science by:

• Arguing that the entire scientific consensus is a conspiracy.
• Getting fake experts to produce information that contradicts scientific findings.
• Argue using selective data, and using a small example to discredit the entire field.
• Deploying false analogies and other fallacies that appear logical.
• Setting impossible expectations and counter-arguments towards the scientists.

• Funnily enough, a study showed in 2011 that debunking science actually makes the core belief stick longer in the people’s minds.
• Describing why something does not work actually strengthens the conviction and provides more mileage to the scientific theory in question.
• Talking in the negative about the so-called ‘bad science’ without providing an alternate explanation that is equally good only makes the argument incomplete and helps insert the core theory (however wrong) in the listener’s mind.

The problems of consciousness straddle the border between science and philosophy.

• Some argue that conscious sensations, such as pain, don't really exist, others, that plants and trees must also be conscious.
• A handful of neuroscientists have come to believe that the problem is about to be solved if we are willing to accept the conclusion that computers or the internet might soon become conscious too.

Many insights of Albert Einstein are now part of popular imagination: black holes, time warps, and wormholes show up in movies and books.

Less famous, but probably the most revolutionary part of Einstein's phenomena, is a simple idea that shows how pieces fit together and illuminate the road ahead.

Albert Einstein did not think about symmetry when he wrote his first relativity papers in 1905. He was considering several seemingly unrelated puzzles and connecting the dots.

• Einstein realized that the speed of light - a speed that stayed constant - was a measurable manifestation of the symmetrical relationship between electric and magnetic fields.
• Light didn’t need anything to travel through because it was itself electromagnetic fields in motion.
• There was no universal here and now.
• It took some years for Einstein to acknowledge that space and time are interwoven and impossible to disentangle.

If the idea of mingling at a party or giving a presentation in front of people make you feel sick, you are not alone.

About 30% of shyness is because of genetics. The rest comes about as a response to the environment.

Most foods at the supermarket carry on their labels "nutritional facts." We use it to guide how we eat.

But what do those numbers have to do with what we put in our stomachs? We don't really know the rules regarding metabolism or understand the implications of the funding of studies on nutritional facts.

• The odds of winning are so low in the lottery business that it becomes irrelevant and marketing the dream of winning becomes possible.
• The brain relies on crude calculations, and cannot comprehend infinitesimal odds. The winning fantasy activates the same area of the brain as a real win would.
• Religion and superstition go hand in hand with the lottery game, each being uncertain and based on intangible odds, often rooted in fantasy and old beliefs.
• The depiction of winners in a limo, covered in gold coins target one's basic instincts.

At the beginning of this year, NASA scientists had to decide which missions should explore our Solar System. They chose four missions for further study from the 20 intriguing ideas submitted. From these, they will pick two to fund fully.

This is how NASA has done planetary science for decades, and the process has succeeded phenomenally. Yet, there is so much more we can learn about the Solar System.

According to physicists, quantum particles are responsible for three forces of nature:

• Strong nuclear force.
• Weak nuclear force.
• Electromagnetic force.

The fourth force of nature, gravity, is till now assumed to not originate from quantum particles, but from the curves in the space-time continuum, according to the celebrated physician Albert Einstein.

Newton’s Third Law Of Motion, which states that every action has an equal and opposite reaction is the heart of rocket science.

The basics of rocket science are not that complicated, only involving getting the moving force that overcomes the pull of gravity, in a calculated and controlled manner.

Most people have experienced a sensation where while being in a situation, event, or place, we feel as if we have already experienced the same. This sensation is called déjà vu, meaning ‘already seen’ in french.

Some say these are false memories or a past-life remembrance. Others state that it is a short circuit in our brain or some activity in the ‘rhinal cortex’ of the brain.

Scientists have studied this phenomenon in the lab using hypnosis and virtual reality, concluding it to be related to memory, where we experience a feeling of familiarity as the new experience seems to be traced according to an old memory.

A new study using MRI scans suggested that déjà vu is related to decision making, and the brain may be trying to resolve a conflict in the memory index.

Reflecting on apparent contradictions can break down our assumptions and offer us new ways of looking at problems.

Psychiatrist Albert Rothenberg noted that each revolutionary thinker had spent time actively thinking of multiple opposites simultaneously. For example, Einstein considered how an object could be both at rest and moving depending on the position of the observer. This led to his relativity theory.

Traits such as big eyes, fuzziness, and having pudgy bodies, we tend to often find them cute and adorable. From babies to baby animals, it's hard not to be excited when we see them; this is only natural due to how our bodies are programmed.

Our brains are filled with "feel-good chemicals" whenever we see something cute. We often find ourselves in gigil. This is also known as cuteness aggression.

Researchers know that people who struggle with emotional eating and binge eating have trouble calming down when faced with conflict and upsetting feelings . Turning to food is one way to distract from and cope with these unpleasant feelings.

For individuals predisposed to binge eating, overeating releases dopamine, a 'feel-good' chemical in the brain that elicits pleasure.

Once these warm and cozy feelings fade, shame reemerges, as does the urge to overeat, leading to a troubling cycle.

Statistics is using math to do technical analysis of data. Instead of guesstimating, data helps us get concrete and factual information.

The most widely used statistical concept in data science is called Statistical Features. It includes important measurements like bias, variance, mean, median and percentiles. It’s all code-friendly too.

Spirituality or spiritual practices are often confused for religion but are an entirely different phenomenon having a scientific core: self-inquiry.

Albert Einstein held that space and time together made up the universe's fabric that could stretch and compress. Einstein suggested that the shape of spacetime is what gives rise to the force of gravity. A concentration of mass, like the earth or sun, bends space around it, like water that bends around the flow of a river. When other objects move closeby, they follow the curvature.

Einstein's field equations of general relativity, which show how matter and energy warp spacetime, gained acceptance when they successfully predicted the changes in Mercury's orbit.

Day: 16 hours

Year: 165 Earth years

Radius: 15,299.4 miles | 24,622 kilometers

Planet type: Ice giant

Temperature: -392 degrees Fahrenheit / -200 degrees Celsius 

Moons: 14 moons, Tritan, proteus, 

Albert Einstein went about his work in unique ways. From visualization to daydreaming and even a dash of musical inspiration, Einstein’s creative insights and philosophical vantage points help guide the work we tackle today.

Using simple thought experiments, Einstein was able to understand that time and space are both shaped by matter — the basis for the theory of general relativity. It’s astonishing that this thought experiment changed everything we thought we knew about the universe

1. The accuracy of the tarot reading is almost irrelevant as long as the practice guides the user to feel supported and attuned with their healthiest, most authentic sense of self.
2. The reassurance of putting our faith in an external power is often a helpful support as humans like to feel connected to something larger than themselves.
3. We like to have a sense of predictability and order and therefore we try to make patterns and meaning out of events during chaotic times.

Science fiction is a mixture of hard and soft science fiction.

• Hard science fiction strictly follows natural scientific facts and principles like physics, astronomy, chemistry, etc. For example, Gravity, the story of an astronaut whose spacecraft is damaged while she repairs a satellite, was known for its scientific accuracy.
• Soft science fiction is focused on social sciences, like anthropology, sociology, psychology, etc. For example, the film Wall-E is science fiction about the end of life on Earth due to man's disregard for nature.

• Sci-Fi fans have often been categorized as geeks, who are disconnected from reality.
• The fantasy world they encapsulate their minds in requires creating story worlds that increase their emotional quotient, mental resilience and problem solving skills.
• Good science fiction writing engages the reader in real human dilemmas, helping young readers make sense of the world.
• Stories like Hunger Games or Beggars In Spain help many young people understand complex social, economical and political issues.

Science fiction emerged about 300 years ago when science made great strides. Authors tried to understand their world by imagining a possible future.

Gulliver's Travels is the earliest science fiction. This satirical 1726 travel narrative is considered to be a precursor of the modern science fiction novel. Lemuel Gulliver encounters utopian and dystopian societies during his voyages. The novel describes scientists on islands whose experiments are pointless.

• 1818: Mary Shelley's Frankenstein tells the story of Victor Frankenstein, who engineers a living creature in a hideous experiment. The novel is seen as a warning against the expansion of science without a moral context.
• 1870: Jules Verne's tale of Twenty Thousand Leagues Under the Sea is about the undersea adventures on the Nautilus. Verne imagined diving apparatus and a submarine.
• 1895: HG Wells' The Time Machine is about time travel. It fuses science journalism with popular romance.

• 1949: George Orwell wrote Nineteen Eighty-Four during the Cold War. The book is set in a future Britain where the government monitors all private and public activity.
• 1950: I, Robot is a collection of short stories written by American author and biochemist Isaac Asimov. He focuses on the future role of robots in society and also introduces his Three Laws of Robotics.
• 1951: John Wyndham's The Day of the Triffids is a tale of giant sentient plants. It is about a hero's efforts to survive in a broken society.

• Alien invasion
• Alternate History
• Apocalyptic
• Cyberpunk
• Hard science fiction
• Horror
• Military Science fiction
• Mystery
• Soft science fiction
• Space opera
• Steampunk
• Superhero
• Time travel
• Western

Science fiction caries shifting viewpoints. We can comprehend ourselves in ways unimaginable through sci-fi. There is science fiction that runs straight and true while others suck you into this time wormhole where you would never feel that four hours has gone by.

Nonetheless, science fiction tells stories that may or may not be in parallel to reality.

1. Urinating in a pool is dangerous for your heart.
2. You typically only breathe through one nostril at a time.
3. Your blood makes up nearly one-tenth of your total body weight
4. Riding a roller coaster could help you pass a kidney stone
5. The average adult spends more time on the toilet than they do exercising
6. Consuming hot liquids can cool you down
7. Bananas can boost your mood
8. Fish skin can be used to heal burns
9. Work stress can contribute to your type 2 diabetes risk
10. Ginger can help reduce cramps.

In the age of misinformation and disinformation, we’re (hopefully) all getting a little better about fact-checking—or at least, about not automatically believing every last thing we read or hear on the internet. But there are some fundamental truths we were taught as kids that, it turns out, were never true. Or they seemed true at one point but now we have more information and fresh facts that demote them to “myth” status.

From the very land and water of Earth, to the planetary bodies, to some supposedly basic history we’re remembering wrong, here are a few things it’s time to relearn.

It's a 1968 epic science fiction film produced and directed by Stanley Kubrick. The screenplay was written by Kubrick and Arthur C Clarke.

The idea sprang from The Sentinel (Clarke’s story) , a short story written for a BBC competition in 1948. It didn’t win, but in 1964, he and Stanley Kubrick decided to develop it simultaneously into a novel and a screenplay. It remains the definitive space film. It also happened to forecast the iPad, computer software that is able to read lips, and space stations.

Our imagined moon has long inspired fear, excitement, hubris, and political ambition – fact and myth, science and science fiction have always intertwined.

Some of the engineers who advised Fritz Lang on his 1929 film, Frau im Mond went on to develop the first rocket capable of reaching space, Germany’s V-2. When they later moved to Huntsville, they took with them not just their know‑how but also Lang’s anticipation-quickening innovation of counting down the seconds before the rocket’s launch.

Science fiction is often seen as anticipation – a fiction peculiarly expected to graduate into fact. But if technologies once found only in SF do sometimes become real they do not, in so doing, always cease to be science fictional.

SF is not, after all, simply a literature about the future; it is a literature about the shock of new capacities and new perspectives, about transcendence, estrangement and resistance in the face of the inhuman. Its ideas shape and constrain the ways in which technological possibilities are seen, understood, and experienced long after those possibilities are first tentatively realised.

Curiosity has several kinds or flavors, and they are not driven by the same things. There is something that has been dubbed perceptual curiosity and epistemic curiosity.

Curiosity is a fundamental human trait. Everyone is curious, but the object and degree of that curiosity is different depending on the person and the situation. 

Science successfully explains natural phenomena through rational investigation and logical reasoning rather than by recourse to superstition and mysticism.

Scientific theories are not “guesses” but are logi­cally rigorous attempts to explain the observed facts of nature and to predict the results of new observations.

On the rare occasion that you swallow a razor blade, don’t fret. The human body is more capable than you think. Acids are ranked on a scale from 0 to 14—the lower the pH level, the stronger the acid. Human stomach acid is typically 1.0 to 2.0, meaning that it has an impeccably strong pH. In a study, scientists found that the “thickened back of a single-edged blade” dissolved after two hours of immersion in stomach acid.

Yes, really. A cool thing called total internal reflection is applied when pointing a laser beam through a container of water. When light travels through water, it’s slowed by the heavier particles in water,as described here. Thus, the laser beam effectively gets “trapped” in the water.

In just one teaspoon of soil, there are more microorganisms than people on the planet, said the U.S. Department of Agriculture. “Millions of species and billions of organisms—bacteria, algae, microscopic insects, earthworms, beetles, ants, mites, fungi and more—represent the greatest concentration of biomass anywhere on the planet.”

Your childhood dreams of floating on a weightless cloud may get rained on with this fact: the average cumulus cloud can weigh up to a million pounds. A million pounds! That’s about as heavy as the world’s largest passenger jet.

The letters J and Q don’t appear anywhere on the periodic table. Go ahead and double check. We’ll wait.

For one of our strangest science facts, bananas contain potassium, and since potassium decays, that makes them slightly radioactive. But this is one of those fun science facts you don’t need to worry about. You’d need to eat 10,000,000 bananas at once to die of radiation poisoning, Forbes reports.

This fact seems counterintuitive, but it’s called the Mpemba effect, after a Tanzanian student named Erasto Mpemba who told his teacher than a hot mixture of ice cream froze faster than a cold one. Scientists now believe this is because the velocities of water particles have a specific disposition while they’re hot that allows them to freeze more readily. If proven correct, this finding could also have implications in daily life, like cooling down electronic devices.

If you spin a ball when you drop it, it will fly through the air as it falls. This is called the Magnus effect, and it makes playing tennis and soccer a whole lot easier.

The genes responsible for the most common type of colourblindness are found on the X chromosome, the National Eye Institute explains. Even if women have the genes on one of their two X chromosomes, a properly functioning gene on the other one makes up for that loss. If men inherit the gene on their only X chromosome, they’ll become colourblind.

Computer science interview questions can generally be solved with six different types of algorithmic approaches : 

• Depth First Search / Breadth First Search 
• Greedy 
• Sliding Window 
• Divide and Conquer 
• Recursion 
• Dynamic Programming 

Your central nervous system (CNS) is in charge of your “fight or flight” response. In your brain, the hypothalamus gets the ball rolling, telling your adrenal glands to release the stress hormones adrenaline and cortisol . These hormones rev up your heartbeat and send blood rushing to the areas that need it most in an emergency, such as your muscles, heart, and other important organs.

When the perceived fear is gone, the hypothalamus should tell all systems to go back to normal. If the CNS fails to return to normal, or if the stressor doesn’t go away, the response will continue.

We are three components BODY, MIND, SPIRIT

• BODY + MIND = EMOTIONS
• SPIRIT + BODY = WORKING ENERGY
• SPIRIT + MIND = SUB-CONSCIOUS

As you see they all form a interactive ven diagram, so you may think then all three must interact at centre of diagram also....so here it is

• SPIRIT + MIND + BODY = AWARENESS (which means when we are aware, all three component work together)

Science fiction is flanked by science, without ever neglecting fantasy. You get to a point where you can't tell where science ends and science fiction begins. 

Then your fantasy appears and you begin to gallop in a universe you do not know and you are prey to the wildest imagination. 

The mystery takes hold of your mind and you feel lost between space and time, as you travel at the speed of light-years. 

You come to the end of the book and are happy to be landed, happy with your ignorance and happy to be a microbe.

Conflicts at home and work often seem different, but they have similar roots-- and similar remedies. In any relationship, conflict is inevitable-- but it isn’t unsolvable.

Every relationship in every team in every workplace has conflicts. We disagree about big decisions-- who to hire, how to improve a culture, whether to let people keep working remotely. We also disagree about smaller issues-- what time to meet, what to put first on the agenda, and how many pizzas to order-- or at least which toppings.

Einstein cultivated the image of the scientist who attached little importance to clothing, hated collars and ties, did not comb his long hair, wore no socks and left his shirts open.

Asked about his profession, he once quipped, “Fashion model.” Rumour has it that as soon as photographers approached, Einstein mussed up his hair with both hands to restore his quintessential image as an eccentric professor.

We know that happiness is a good thing, but we also know from research that people who pursue happiness directly end up unhappy and are more likely to experience depression.

The way to find happiness is to pursue it indirectly. Using the SPIRE model can trigger the antifragile system.

SPIRE stands for:

• Spiritual wellbeing
• Physical wellbeing
• Intellectual wellbeing
• Relational wellbeing
• Emotional wellbeing.

If you want to explore what can psychological sciences teach us about how to be happier, feel less stressed out, and build productive habits.

In order to know what makes you happy, you must identify things or thoughts don't do it and why.

Then, you should try to implement the following research-based methods to improve your own life.

Things we THINK make us being happy 

Lots of Money:  A little bit   :)

Awesome "costly" stuff:  NO   

True love:  For a little bit   :)

Perfect body:  NO

Good grades:  A little bit    :)

“We created man from an extract of clay. Then We made him as a drop in a place of settlement, firmly fixed. Then We made the drop into an alaqah (leech, suspended thing, and blood clot), then We made the alaqah into a mudghah (chewed substance)” (Quran 23:12-14)

Science has only proved this with the help of the latest technology. Professor Emeritus K. L. Moore (a well-known scientists in the fields of anatomy + embryology) who said that “It's clear to me that these statements must have come to Muhammad from God, because almost all of this knowledge was not discovered until many centuries later”

25. Find your inner Einstein

• Unleash creativity by imagining solutions. Like Einstein said, "Imagination is more important than knowledge."

26. Run toward your fear

• Do what scares you. Growth happens outside your comfort zone.

27. Create the way you relate

• Bring creativity to your relationships. Apply this to business and personal connections.

28. Try interactive listening

• Ask engaging questions. Listen fully. This builds stronger relationships.

Fundamentally an art & a science have always received consideration & treatment that’s remarkably different , varying in importance in different social circles in different parts of the world . Primarily, this differential treatment has its origins in the perception that they’re diametrically opposite to each other , whereas one is based on expressions, emotions the other relies on numbers on evidence .