Seek the impact of cutting edge physics in the world today on the future of human society.

Discover a different dimension and travel through time and space.

Shift positions before the destruction of the planet.

Discover alien highly intelligent creatures and engage them.

Installing a chip in the human brain improves memory.

At the other extreme, humanity destroys itself.

The more physics develops, the more human beings will develop, such as developing controlled nuclear fusion, developing time technology, researching the multifaceted transformation of energy, inventing more efficient heat engines and spacecraft, discovering various secrets of the universe, and moving to other planets

As long as it has anything to do with physics, you can imagine it.

When all the resources have been developed, the waste that has been exploited is in the waste that has been exploited, and the waste is developed, and the extraterrestrial resources are found

Until the space that can be emptied is hollowed out, provided that humanity has not been completely wiped out or has begun to evolve into humans.

That is, cyborgs!

You can move to other planets in the future.

The theory of relativity is still gradually recognized by people, so people think that Einstein is a great physicist, but from the current point of view, after looking at modern physics Einstein, except for a limited number of people such as Hawking, there are no epoch-making figures, and even Hawking cannot be called an epoch-making figureBecause this is not up to our contemporaries, it is up to future generations to evaluate. <>

What is called an epoch-making figure, that is, his thinking has surpassed this era for many years, such as Einstein, some conjectures and some theories put forward in his theory of relativity, which have gradually been verified by people's practice, so people think that he is a very great physicist, because at that time he did not know what kind of state space was, and at that time there was very little information about the countries that could really enter space, but he came to such a correct conclusionTherefore, his ideas are far ahead of the times, but who is right for what these physicists are proposing now depends on the actual activities of the future. <>

Some people say that after the death of Newton and Einstein's generation, there have almost never been any epoch-making figures, but in fact, this is not the case, because epoch-making figures are left to future generations to judge, so we don't know, and the activity itself is very profound, and the theories put forward by those characters of the painting era are told to ordinary people, and everyone does not understand or know the greatness of his theory, just like Einstein did not win the Nobel Prize for his theory of relativity. Because the jury at the time did not approve of his theory, Einstein eventually won the Nobel Prize for his conclusion on the wave-particle duality of light. <>

Many things can only be handed over to future generations to judge, whether the theories put forward by some of our scientists are right or not, and whether the development of science and technology to a certain extent will naturally be verified, and whether some of the rules and regulations we implement now are right? Decades from now, reality will also prove that we are now talking about who is right and who is wrong, and it really doesn't make senseBecause it's all subjective, you can't come up with a valid proof that he's right or wrong, so there's no point in arguing.

There are two types: quantum theory and string theory. These two theories have had as much influence on the theory of physics as the theory of relativity.

The reason for the occurrence of gravitational force (brief description): When the high-energy particles moving in the universe pass through matter (celestial bodies or particles), part of them are intercepted and absorbed to form a weak energy region (Einstein's space-time curvature), which is the gravitational range mv2=e=mv2 (the formula of the law of conservation of energy conversion). For more details, please see the forthcoming gravitational hypothesis, "Elemental Periods and the Causes of Gravitation".

It is the great theory of the universe, because this theory has subverted people's understanding of the universe, and has aroused research and discussion among various physicists in the industry.

Stephen Hawking's parallel universe, which refers to the various universes contained in the multiverse.

The most influential physics and development of physics papers today is that the influence of physics has gone far beyond the technical field, and its scope may have extended to a higher level of ideology and culture.

A lot of people talk about the theory of relativity, but they don't actually know what the theory of relativity says.

During his lifetime, Einstein pioneered four fields of physics: special relativity, general relativity, cosmology, and unified field theory; He is one of the main founders of quantum theory, and has also made significant contributions to the theory of molecular motion and quantum statistics, and is known as an outstanding physicist of the 20th century and the founder of modern physics

Newton's main contribution was to propose Newton's three laws of motion and the law of universal gravitation

So the answer is: Albert Einstein; Newton

During his lifetime, Einstein pioneered four fields of physics: special relativity, general relativity, cosmology, and unified field theory; He is one of the main founders of quantum theory, and has also made significant contributions to the theory of molecular motion and quantum statistics, and is known as an outstanding physicist of the 20th century and the founder of modern physics

Newton's main contribution was to propose Newton's three laws of motion and the law of universal gravitation

So the answer is: Albert Einstein; Newton

During his lifetime, Einstein pioneered four fields of physics: special relativity, general relativity, cosmology, and unified field theory; He is one of the main founders of quantum theory, and has also made significant contributions to the theory of molecular motion and quantum statistics, and is known as an outstanding physicist of the 20th century and the founder of modern physics

Newton's main contribution was to propose Newton's three laws of motion and the law of universal gravitation

So the answer is: Albert Einstein; Newton

a. In the study of the movement of free falls, it is very important to fall due to the falling body.

Fast, not easy to time, Galileo let the ball roll down the slope of the special resistance genus, and broke through it with the ingenious method of "diluting" gravity, so a is correct;

b. Galileo's conjecture that the velocity of the free fall is proportional to the fall time is not directly verified, but is an idealized reasoning based on the inclined plane experiment, so B is wrong;

c. Hooke believes that only under certain conditions can the elastic force of the spring be proportional to the deformation of the spring, so C is correct;

d. Galileo believed that two objects falling freely from the same height should fall as fast as a heavy object and a light object, so D was wrong;

Therefore, we choose: ac

a. Newton discovered the triangular prism dispersion, and proposed that sunlight is polychromatic light, and the "Newtonian ring" is formed due to the interference of light, so A is wrong;

b. Galileo overturned Aristotle's view that "force is the cause of maintaining the motion of an object" based on the "ideal inclined plane experiment", so B is correct;

c. Rutherford's particle scattering experiments provided an experimental basis for his theory of atomic nucleus structure, so C is correct;

D. Bohr's theory holds that when a hydrogen atom transitions from a higher excited state to a lower excited state, the kinetic energy of the electron increases, while the electric potential energy decreases, and the electric potential energy decreases much, so the total energy of the atom decreases, so D is wrong

Therefore, I chose: BC

A. Newton is not only the master of classical mechanics, but also has a great influence in the history of the development of optics, he discovered the triangular prism dispersion, proposed that sunlight is a polychromatic light, and the "Newton ring" is formed due to interference, so A is wrong;

b. Galileo used the "ideal inclined plane experiment" to overturn Aristotle's view that "force is the cause of maintaining the motion of objects", so B is wrong;

c. Rutherford's particle scattering experiments provided an experimental basis for his theory of atomic nucleus structure, so C is correct;

d. When the hydrogen atom transitions from a higher excited state to a lower excited state, the kinetic energy of the electrons increases, while the electric potential energy decreases, and the electric potential energy decreases a lot, so the total energy of the atom decreases, so d is wrong

Therefore, c