#scienctist

Are we going?

Yes I am still here, using the microscope.

Bullshit. The future belongs to everyone.

But those who realise that being one, doesn't invalidate the others opinion and that you can be both, have a better chance at making the world a better place.

You need a little imagination to be a great scientist etc

And you need a little bit of logic to differ from positive and negative belifes

And besides no one is strictly one or the other, we have the ability to think both ways , just in general lean to one of them.

Albert Einstein graduated from the Swiss Federal Institute of Technology in Zurich in 1900. It's often said that finding a good-paying job teaching at a university is near impossible in today's market, but even Einstein couldn't find a job in academia straight out of school. Granted, that also applied to high school math, and it didn't help that he lacked great relationships with his professors who weren't keen on him skipping classes to study on his own. But eventually Einstein landed a decent paying job at a Swiss patent office in 1902. He reportedly enjoyed the work as he was able to clock in, get his paid work done in under four hours, and then spend the rest of his ten-hour work day writing his theories. In fact, he published four of his best known papers while working at the patent office in 1905, including the one where he introduced E=mc2. He also spent time working on his doctorate and upon completion of it in 1908, he became a lecturer at the University of Bern, which led to increasingly prestigious positions.

Albert Einstein's Most Important Achievements

Changing the course of modern physics and challenging long-held views on space, time, and energy — it was all in a day’s work for legendary scientist Albert Einstein. When it comes to life achievements, Albert Einstein takes the cake. From the theory of relativity to the iconic E=mc² formula to even a Nobel prize, here are some of Einstein’s most important achievements:

That Famous E=mc²  Equation

E=mc² is a powerful part of Einstein’s suite of achievements. But while many have heard of this equation, few know what it means. In the equation, E is for energy, m is for mass, and c² is the speed of light, squared.

The essence is that while the grand total of energy and matter remains constant, the ratio is in constant flux, and the speed of light (the c²  part) represents the universal constant. In layman’s terms: Energy equals matter multiplied by the speed of light multiplied by itself.

As for the implications of this equation? Incredible things, like the idea that gravity can bend light or that it could be used to help figure out how much energy was released during a nuclear reaction.

The Existence of Atoms and Molecules

Before Einstein’s time, a scientist named Robert Brown was checking out some grains of pollen under a microscope and found himself curious about how they were able to move without any obvious mechanisms causing the movement. Later on, in the early 1900s, Einstein would solve this puzzle in a paper on the subject. In the paper, he referred to the movement of particles in liquid as “Brownian motion.” In the paper, he shared what caused the movement: individual molecules of water. Atoms and molecules had long been suspected in the scientific sphere, but finally Einstein was able to prove it with his detailed explanation of Brownian motion. Later this served as clear and empirical evidence for the atomic theory.

The Theory of Relativity

Typically, referring to Einstein’s theory of relativity actually lumps together two of his theories: general relativity and special relativity. General relativity explains the laws of gravity and its relationship to other natural forces. It is all-encompassing of the cosmological and astrophysical realms. Special relativity works to explain the absence of gravity and how it affects phenomena in the physical realm. To say these theories were game changers would be an understatement. It upended long-held theories created by Sir Isaac Newton and introduced a whole new series of concepts about space and time. In terms of physics, Einstein’s theories improved particle science and helped us predict phenomena in astronomy, including black holes and neutron stars.

The Nobel Prize (and more)

In 1921, Albert Einstein was honored in an immense way when he received the Nobel Prize in Physics. The prize was given for his contributions to theoretical physics and for his discovery of the law of the photoelectric effect. Of course, that wasn’t the only honor he received. In 1925, he was awarded the prestigious Copley Medal by the Royal Society, which is one of the oldest awards for scientific achievement in the world. He also received a variety of other accolades and awards, including the Max Planck Medal, the Franklin Medal, and in 1999, he was declared "TIME" magazine’s “Person of the Century.”

Marie qurie had interested in science the most and so ahead and excellent example in science. More read 👇

The so Called “Scientist” of today are NOT Real Scientist - 

The Art of Science - is Honest - What thay Do is the Art of Denial and Nihilism