The Nobel Prize in Physics belongs to the stars, why do you say that?

Because the starry sky is the highest in the world, belonging to the starry sky means that the Nobel Prize is the highest.

Because the starry sky has unlimited imagination, but it has won the Nobel Prize.

Because knowledge belongs to the vast ocean and the infinite starry sky, it is just an adjective.

The starry sky is just an adjective, this starry sky is vast and has unlimited imagination, and winning the Nobel Prize is just that.

The starry sky is just an adjective, and the infinite starry sky is used to describe the ocean of knowledge in the hearts of scholars.

The starry sky is the dream of all human beings, so it is used to describe the world's top geniuses.

Because the vast starry sky is the dream place that scholars chase.

Because the starry sky is the largest and most vast that human beings in the world can feel, it is described in this way.

Because the Nobel Prize is the highest award in the world, there is nothing higher than this one.

The Nobel Prize in Physics in a broad sense is included in socks old astronomy.

1. The number of Nobel Prizes depends on the income of the Nobel Prize, which ranges from about 11,000 pounds (31,000 US dollars) to 30,000 pounds (72,000 US dollars). The face value of the bonus, due to inflation, has increased year by year, initially around $30,000, $10,000 in the 60s, and more than $220,000 in the 80s.

2. The Nobel Prize in Physics was established in 1900 according to Nobel's will, aiming to reward scientists who have made outstanding contributions to the field of human physics, and is awarded by the Royal Swedish Academy of Sciences. The award is considered the highest honor in the field of physics. In 1968, on the occasion of the 300th anniversary of the construction of the Bank, the Bank of Sweden** provided funds to establish the Nobel Prize in Economics, also known as the Nobel Prize in Economics, and began to be awarded at the same time as five other prizes in 1969.

3. The selection principle of the Nobel Prize in Economic Sciences is to award the Nobel Prize in Economic Sciences to those who have made significant contributions in the field of economic science research, and to give priority to those who have made significant contributions in the early stage.

Physics focuses on experimentation, and astronomy places a strong emphasis on observation. With the deepening of physical research, the experimental objects have become more peculiar。Even without considering the issue of funding, with the current technology, it cannot be done in the laboratory.

This is the age of astronomy. Through astronomical observations, supernovae, pulsars, black holes, and other strange celestial objects can become our physics laboratory. Although astronomical observations do not control experimental parameters like physics, due to the vastness of the universe, we can observe many experimental objects with different parameters to study their physical mechanisms.

Therefore, the astronomy prize does not mean that physics has reached a bottleneck, but that the two together have opened up new frontiers in the universe.

Astronomy is an independent basic discipline that does not belong to physics. In the long history of human civilization, astronomy has a much longer history than physics。When there was no written word, people began to observe and record the stars, which was the early stage of astronomy.

In the late Middle Ages, astronomy paved the way for the birth of science. Copernicus proposed heliocentrism. Kepler summarized the three laws that planetary motion follows.

Newton discovered the more fundamental law of gravitation behind Kepler's three laws.

The most likely dark matter component is neutrinos or two other types of particles: neutrons and axions, but this is only theoretical speculation in physics and has not yet been discovered。It is said that there is no effective measurement method.

These three particles are not charged, so they cannot absorb or reflect light, but their properties are stable, so they can survive the initial stage after the big **. If we find them, there's a good chance we can truly understand the various situations in the universe.

Now the study of astronomy could lead to a revolution in physics. There seems to be a lot of dark matter and dark energy in the universe, but scientists have yet to find direct evidence of their existence. The asymmetry of positive and antimatter in the universe is also an important physics research topic.

The next major theoretical breakthrough in physics could trigger astronomy.

No. Because science is common to each other in many places!

In physics, it may have really reached a calm, because it can't be developed anymore.

Because in many ways his stuff is the same, it's not that physics really reaches a bottleneck.

This is because astronomers have made some new discoveries in physics.

Including, but not independent, it is counted in physics, which is originally a discipline of physics.

The current Nobel Prizes are: Literature, Physiology or Medicine, Peace, Economics, Chemistry, and Physics. Prizes for astronomy are included in the Physics Prize, such as X-ray astronomy, the discovery of pulsars, and so on.

In fact, if we were to divide it broadly, astronomy would be classified under the category of physics, which is also reasonable, because the means and methods and theories of exploring the universe today are inseparable from physics.

Hope your doubts are solved.

Including, for example, Yang Zhenning and Lee Tsung-dao's cosmic symmetry is not conserved.

Shelton is the biggest character in life, and the Nobel Prize in Physics chose these three for their achievements.

Because this looking at the stars means that people have reached the highest status and have a relatively high cognition.

Looking at the stars means that a person's overall status is relatively high.

Sheldon is a theoretical physicist from the California Institute of Technology and a teenage genius.

Sheldon is just a character in life, not a Nobel Prize winner in reality.

Sheldon is not a real-life Nobel Prize winner, but a TV series.

Because everyone who can look up at the stars can win an award, and all three of them are quite accomplished physicists.

Sheldon, who looks at the stars, is talking about the person who looks up at the starry sky to get this award.

Hello, because the award is given every year, it will be there every year.

Because physics is a very important subject, it is not difficult to find that physics is one of the optional subjects of almost all science and engineering majors, and many famous universities require students to choose physics. Of the 84 majors listed on page 2 of the Compendium, only 6 did not take physics, and the rest required physics, indicating that physics was regarded as a basic science.

Physics is really important.

For example, first, physics, as a basic cultural course, aims to study the basic laws of material structure and motion in nature, and is the foundation for the development of the entire natural science and modern technology.

Second, physical knowledge has a very wide range of applications in our lives, production and scientific research.

Because the scope of physics is relatively wide, the physics prize ranks first.

Because I think the physics prize is relatively long, and then I have won more awards.

Physics covers a large area, and it is more direct to the progress of mankind!

It may be because there are many fields of physics research, the scope is large, and the impact on human beings is the greatest.

I think there are many kinds of physics in it, such as astronomy and the study of the universe, which is more powerful.

Maybe it's because the physics prize contains more things.

Because physics is generally considered to be one of the most difficult subjects.

I think this should not have a relative ranking, it is all good.

In many fields, the significance of physics to human progress is so great that it is set in the first place.