In the essay The Art Of Genius: 8 Ways To Think Like Einstein by Michael Michalko is an essay telling us about intelligence and geniuses. this essay talks about academics who've tried tests between intelligence and genius. But their IQs were a lot higher than Richard Feyman, a Nobel Prize winner. This written piece compares average people to geniuses, When there's a problem average people will solve through it the easiest way. But geniuses will look for other ways to solve the problem. When Albert Einstein was asked to explain the difference between an average person and himself, he said that if he was looking through a stack of hay for a needle, he would look through the whole stack trying to find any other possible needles in the stack. Unlike average people, the would look until they find a needle and quit looking. This is why geniuses are so smart, it's because they look at the situation as a whole and they make sure they've gone through everything .
This essay has state that biologist have known for awhile, that gene poo that's lacking in variation won't be able to adapt to changes eventually.
1) Geniuses Look At Problems From All Different Angles
Albert Einstein's theory is a description of interactions between different point of views.
Sigmund Freud's method was created to identify that didn't fit into traditional paradigns. This is a way to come up with a completely different perspectives.
Geniuses don't solve existing problems, they find new ones with new questions and new answers. When they solve problems they put aside their first way to solve it because that approach usually comes from another resolution.
Also Einstein preferred to
Albert Einstein's theory is a description of interactions between different point of views.
Sigmund Freud's method was created to identify that didn't fit into traditional paradigns. This is a way to come up with a completely different perspectives.
Geniuses don't solve existing problems, they find new ones with new questions and new answers. When they solve problems they put aside their first way to solve it because that approach usually comes from another resolution.
Also Einstein preferred to
2) Geniuses Make Their Thoughts Visible
When geniuses have a particular verbal facility they can begin to establish other abilities such as visual and spatial that will show them information in different ways. All the creativity in this process is tied to the making of graphic illustration. For example Leonardo da Vinci and Galileo Galilei made their scientific thinking into something visible, such as the Mona Lisa which Leonardo da Vinci is most famous for.
When geniuses have a particular verbal facility they can begin to establish other abilities such as visual and spatial that will show them information in different ways. All the creativity in this process is tied to the making of graphic illustration. For example Leonardo da Vinci and Galileo Galilei made their scientific thinking into something visible, such as the Mona Lisa which Leonardo da Vinci is most famous for.
3) Geniuses Produce
Thomas Edison holds the world record for holding 1903 patents, he would make one small invention every 10 days and one major invention every six months. Thomas had a high productivity rate. Other scientists would did the similar things, for example Johann Sebastian Bach wrote a cantata every week, he did it no matter what, even if he was sick or tired; Wolfgang Mozart also produced a lot of work, more that
4) Geniuses Make Novel Combinations
Geniuses are always combining thoughts, ideas and pictures, just like children building and rebuilding sand castles. Einstein didn't invent the idea of energy, speed of light or moss, he combined them in a novel.
Gregor Mendel's laws of heredity was invented to establish a new genetic science.
Geniuses are always combining thoughts, ideas and pictures, just like children building and rebuilding sand castles. Einstein didn't invent the idea of energy, speed of light or moss, he combined them in a novel.
Gregor Mendel's laws of heredity was invented to establish a new genetic science.
5) Geniuses Force Relationships
Unlike average people, geniuses can put together unconnected ideas, which causes them to see what others miss. Da Vinci found out sound travels through waves because he saw similarities between the noise from a bell and the sound of ripples from a rock hitting the water. F.A Kekuke, and organic chemist estimated the shape f the benzene ringlike molecule when he dreamed of a snake biting its tail. This shows the simplest things can get scientists thinking and inventing things easily.
Unlike average people, geniuses can put together unconnected ideas, which causes them to see what others miss. Da Vinci found out sound travels through waves because he saw similarities between the noise from a bell and the sound of ripples from a rock hitting the water. F.A Kekuke, and organic chemist estimated the shape f the benzene ringlike molecule when he dreamed of a snake biting its tail. This shows the simplest things can get scientists thinking and inventing things easily.
6) Geniuses Think In Opposites
David Bohm, a physicist says that geniuses can think different from others because they can handle more equivalence between two inconstant test subjects. Niels Bohr, another physicist disagreed, he said that if you hold opposites together you will decrease your normal thinking process and let an intelligence beyond logical thinking to create a new form. For example Niels' ability to imagine lights as a particle and a wave, this led to his realization of the principle of complementary.
David Bohm, a physicist says that geniuses can think different from others because they can handle more equivalence between two inconstant test subjects. Niels Bohr, another physicist disagreed, he said that if you hold opposites together you will decrease your normal thinking process and let an intelligence beyond logical thinking to create a new form. For example Niels' ability to imagine lights as a particle and a wave, this led to his realization of the principle of complementary.
7) Geniuses Think Metaphorically
Aristotle believed that if you could see resemblances between two different areas of existence is a great skill. Alexander Graham Bell compared the working of the ear to a small piece of moving steel. In the making of this he invented the telephone.
By drawing analogies, such as principles and everyday even, Albert Einstein made some of is brilliant discoveries. For example, he would draw things such as standing on a platform watching a train pass or rowing a boat.
Aristotle believed that if you could see resemblances between two different areas of existence is a great skill. Alexander Graham Bell compared the working of the ear to a small piece of moving steel. In the making of this he invented the telephone.
By drawing analogies, such as principles and everyday even, Albert Einstein made some of is brilliant discoveries. For example, he would draw things such as standing on a platform watching a train pass or rowing a boat.
8) Geniuses Prepare Themselves For Chance
The first principle of a "creative accident" is trying something, failing and then doing something else. Creative accidents lead to questions, such as "what have we done?" and by answering that's in a novel, it's an unexpected task, but important for the creative act.
Alexander Fleming wasn't the first physician to research the toxic bacteria, and to realize mold grows on an exposed culture. A less successful physician would have declined the unrelated event, but Alexander Fleming thought tat is was interesting and it had potential , it was penicillin.
When Edison was trying to figure out how to make a carbon filament he discovered himself aimlessly twisting a piece of putty in his hands. He then found the answer to his problem, he just had to twist the carbon rope.
The first principle of a "creative accident" is trying something, failing and then doing something else. Creative accidents lead to questions, such as "what have we done?" and by answering that's in a novel, it's an unexpected task, but important for the creative act.
Alexander Fleming wasn't the first physician to research the toxic bacteria, and to realize mold grows on an exposed culture. A less successful physician would have declined the unrelated event, but Alexander Fleming thought tat is was interesting and it had potential , it was penicillin.
When Edison was trying to figure out how to make a carbon filament he discovered himself aimlessly twisting a piece of putty in his hands. He then found the answer to his problem, he just had to twist the carbon rope.