6 lessons everyone needs for life from the scientific world

Have you ever wondered, what do I learn from the great brains of geniuses after their achievement?

Speaking of genius, you will always want to explore the inner part of the brain and better understand the unthinkable things they have done. Whether it is making the fastest vehicle, helping blind people to see back or breakthrough in space, success must always be associated with raising the level of knowledge.

So what can we learn from the intellect of outstanding people? Let's learn about 6 valuable lessons drawn from studies of geniuses through summarizing below.

Lesson 1: New challenges require a new way of thinking

Have you ever come up with the idea of ​​creating a car with a part of a car, a jet-like hybrid with a spacecraft? Or do you want to invent ground transport called Bloodhound SSC that can reach speeds of 1,000m / p?

One of the most difficult challenges to perfecting Bloodhound SSC is the tire design. Experts are extremely concerned about how to design tires that can help the car move the fastest in the world, stable and firm when the car reaches supersonic speed even with limited resources?

After a lot of thinking about the technology of making tires, Mark Chapman, the chief engineer of the Bloodhound project, said: Just going into the old thinking path just makes us more stuck.

So they accepted a new approach, conducted many practical experiments, and put all the statistics together to consider. The results were surprising, a new type of tire that was satisfactory. This proves that creating new ways of thinking before each challenge will make you successful.

Lesson 2: Let the evidence lead you

Northwestern University physicist Steven Jacobsen and colleagues believe that water on Earth is born from Comet stars.

But by studying the stones, he discovered, the water is hidden inside ringwoodite - the element that lies right in the Earth's own crust.

This also helps explain the formation of the oceans that were born in the Earth for centuries.

The physicist shared: "These important findings will be of great help in my subsequent studies. Time will prove that the hypothesis I brought about Earth is correct. In fact, finding new things really makes me very excited - that is a great source of motivation, creating a premise for my research ".

Therefore, the experts have concluded that, leave the evidence found to lead you. Keep persevering, finally, you'll find what you want.

Lesson # 3: Let's burn out

Sheila Nirenberg, Ph.D., at Cornell University, is trying to develop a new device to support blind people. The main idea of ​​this device is to activate a type of signal that transfers information from the eye to the brain.'Since I came up with this idea, I almost forgot to forget to sleep - all I want is to work,' Nirenberg said.

She added: 'Sometimes I feel tired and completely exhausted. But then I just need to receive an email from someone who is suffering from macular degeneration and they seem to be panic, unable to see the face of their children, I feel more motivated. That gives me a lot of energy to continue my work. I finally succeeded ".

Lesson 4: The answer is sometimes not what you think

Sylvia Earle has spent decades trying to understand the ocean in a whole new way. She dreams of having a submarine that can take scientists to the deepest part of the ocean to study. So what kind of material can withstand the extreme pressure of the ocean in thousands of miles deep in the sea?

Earle said: 'It could be steel, maybe titanium or sometimes part porcelain or aluminum. But the last answer we found was glass. Glass is indeed a super class material '.

According to her calculations, a thin glass sphere with a thickness of only 10 - 15cm is enough to ensure the safety of adventurers diving to the ocean floor.

According to Tony Lawson, executive engineer at Earle's Submarine Ocean Discovery Project: "Glass is the most popular and well-known material from a long time ago. Glass has a molecular structure that is somewhat similar to The liquid is more like a trellis or found in other substances, so when compressed from all sides with great pressure like on the ocean floor, the molecules will get closer together. and make its structure more durable. '

Lesson 5: Sometimes you need to be fortunate

Considered to be one of the most successful stories of the history of space exploration - the plan for 20 years ended with the ship Philea landing on Comet 67P 300 million miles from Earth.

According to Stephan Ulamec, the project manager, the biggest challenge here is to design the probe so that Philea can safely land on a surface where it is not yet known exactly what it is.

Ulamec said: 'We know nothing about the object size, time zone and night time, the effect of temperature on the design, or the problem of gravity, what the surface of the object looks to design at the ship landing'.

However, based on the assumption that the Comet surface is like a potato that a probe can land, experts have created a design that can cope with all kinds of surface structure parameters. face of that object.

However, things don't quite work out as planned - two decades of careful preparation, calculating every detail for the design can only fail in a few short minutes.

Philea's anchor did not launch as planned and was lost before the probe landed on the comet surface and began to transmit signals. Therefore, scientists believe that the lucky factor also contributed a significant part in the success of the research.

Lesson 6: Genius is a vague definition

Many people believe that someone invented a new, unique or wonderful invention is genius. However, according to Dr. Sheila Nirenberg, genius is a completely ambiguous definition. Because outside the world there are many other hidden geniuses that we have not yet explored.

Knowledge is extremely deep and no one can confidently say: "I am a genius - I know everything in this world". So, please follow what you are passionate about, immense science is always open to welcome "genius".