Max Planck was a renowned scientist of German origin who lived between the XNUMXth and XNUMXth centuries. We invite you to learn everything about this great scientist, biography, contributions, and inventions.
Biography of Max Planck
Max Planck born in Germany. Son of a happy marriage, his father Julies von Planck, and his mother Emma Patzig, who fathered 4 children. Max was born in the year 1858, on the 23rd day of April. During the main years of his life, he lived in his aforementioned hometown.
Subsequently, Munich was the city that received Max and his family. In this place he developed academically, going through the different educational levels that would take him at the age of 16 to obtain his degree certificate.
In max planck biography, it is recognized that he was a talented and insightful young man with musical talents to play instruments, at that time he still did not have in mind the security of his vocation, he was very young, but nevertheless, through his passion for physics he decided to take this path to train in the area.
Academic studies
With the full security of studying physics, Max enrolls in a university located in the city of Munich. In which he begins by developing his gifts for experimentation. For the year 1877 he has the opportunity to make a tour of some countries of the European continent, including Italy.
A short time later Max inspired his degree thesis under the study of thermodynamics, without a doubt his theoretical knowledge grew progressively, after presenting his degree thesis in the city of Munich, he returned to the city of Berlin.
His knowledge of theoretical physics led him to position himself as director of the German Physics Society until 1909. Two years later he also supervised the University of the City of Berlin, where he studied and developed professionally.
One of his achievements was receiving the Nobel Prize in Physics for his successful studies of quantum mechanics.
Over the years he had the fortune to belong to countless scientific associations in which he held different positions. Among them is the Prussian Academy of Sciences, and the Royal Academy of Arts.
Years later, Europe faced the problem of the Second World War, a fact that was transcendental in the life of Max Planck, after several events suffered, by 1944 his house in the city of Berlin was set on fire, with it he lost all his resources. invested in books, writings, and documents.
In addition to this, the physicist suffers the loss of his son, who dies at the hands of the Nazis, due to a possible conspiracy by Erwin Planck, son of Max.
Despite being of German nationality, Planck did not follow the ideals of the Nazis in their efforts to eradicate the Jewish people, at that time a large number of Jewish citizens obtained knowledge in the scientific area who in some cases worked for industries or processors under the owned by German owners.
Since Planck somehow understood the situation of the Jews, he agreed that they should work in the midst of the war and their labor be used to work in the industries. After this idea presented to Adolf Hitler, the dictator retaliated against Max and his family.
Due to the incomprehension of Adolf Hitler's regime, the physicist makes the decision to withdraw from the kaiser society, which was later renamed Max Planck after his death.
Death of Max Planck
In 1942, the physicist Max Planck died at the age of 89. After his death, his physical studies, both experiments and inventions, were consecutively verified by other scholars of the matter.
It is taken into account that Planck also had some type of contact with the scientist Einstein, both coming to get along and agree on the issues that each studied.
Max Planck's contributions
Max in his eagerness for physics penetrated the knowledge about the conjectures about heat, and in turn coincided with the premises made by Josiah Willard who also carried out an in-depth study on said subject, for which the realization and discovery of This aspect of science led him to obtain incredible results that are recognized today.
Max Planck's biography Another of the investigations outlined by the intellectual stands out, this allowed him to provide knowledge about the first germs of atomic energy.
Planck's constant
The revolutionary merit of action is undoubtedly the introduction of the quantum of action. In the session of the physical society on December 14, 1900 Planck exposes his law of radiation specifying the study carried out on the quantum of action that will later bear his name. That day is recorded in history as the birth date of quantum physics.
With his quantum of action, Max Planck laid the foundation stone for a new form of physics that Albert Einstein helped lay the foundation for. His fundamental work was ultimately to create the basis for the development of quantum physics.
We owe quantum physics many achievements made in modern daily life, such as the computer and the laser with its many fields of application, without it modern medical technology would not be imaginable either, such as magnetic resonance tomography, being the Science features progressive and constant advances.
another application of quantum physics is the permanent reduction in the size of electronic components that will make our computers faster and more modern in the future.
The foundation for all these technological marvels was created by Max Planck, with the discovery of the quantum of action in the XNUMXth century, a fact that gave him the Nobel Prize.
Relationship with Albert Einstein
Max Planck was one of the first physicists to give importance to the theoretical studies carried out by Einstein, his theory of relativity obtained the support and approval of Planck from the beginning. Just as Albert was the first to correctly apply Planck's constant, based on his explanation and experimentation on the photoelectric effect.
From the contributions made by the physicist, it is translated that they were great advances for the world of physics. Thanks to the max planck biography Today we know that his contributions are greatly recognized due to the studies that the German-born physicist developed throughout his transient life.
Thanks to his experiments in physics, a new field was developed that today has developed great importance such as quantum physics. In addition, his studies on thermodynamic energy exerted a great step towards scientific knowledge.
It can be said that Max Planck achieved his goal, his interest in studying physics, and his perseverance led him to achieve success. Because of his personal determination, he was able to successfully discover the origin of his vocation.
About the life and work of Max Planck, what was previously written is recognized, he was a man with clear and firm ideals. It is taken into account that both his father, his grandfather and his uncles were illustrious men and scholars of law and theology. In his early days when Planck was a teenager, he had a passion for playing the cello, and despite this, this passed into the background, since his ideal was only to study physics without pretending to perform any feat.
Upon entering the university at the age of 16, Planck had an interesting conversation with a professor, to whom he told him about the chair he was going to choose, letting him know that he had an impulse to study physics, while the professor replied that in this area there were no new elements to discover or interpret.
Planck in a good way states that he did not have the ambition to reveal any type of experiment, but that his goal was based on glimpsing and perceiving the bases of scientific knowledge. It should be noted that under this precept, the achievements made by Max were great feats that perhaps he did not predict to carry out, but thanks to the experiments and studies outlined, today they have become theories that have gained a very interesting hierarchy and usefulness. .
There is no doubt that if Professor Phillipp von Jolly lived to witness Planck's scientific achievements, he would be quite amazed at the results achieved in the field of physics by his student's performance. Finally, la max planck biography makes it clear that history brings great Important scientists that leave an eternal legacy, thanks to the theories and practices that they managed to share in their time.
His discoveries generated extremely useful contributions that we are grateful for today, taking into account the legacy he provided through physics.