Research Paper On Max Planck

 One of the most influential and top contributors to the world of physics to me is Sir Isaac Newton. Father of modern science, Sir Isaac Newton was born on January 4th, 1643 in Woolsthorpe-by-Colsterworth, United Kingdom and died on March 31st 1727, Kensington, London, United Kingdom. He was an English physicist and mathematician who formulated three laws of motion that help explain some of the very important principles of physics. Some of Newton’s laws could only be proved under certain conditions; but actual observation and trial experiments assured the validity of his work. According to Isaac Newton’s laws he tells us how objects move by describing the relationship between force and motion.

of science and gives reasons why none of these fields can explain why we are

He is renown as the “Father of solid state Physics”, the famous 20th century scientist and a symbol of intellectual independence and leadership (Cardona, 2005). Albert Einstein the Jewish mathematician and physicist was born on March 14,1879 at Ulm, in Württemberg, Germany. He is acclaimed for his theories in physics specifically the theory of special relativity, the general theory of relativity and the photoelectric effect (Howell, 2017). His special relativity theory summarised in the equation E=mc2 is widely known even among those who don’t understand physics. It’s these theories that earned him the international accreditation and acclaim in physics as the Nobel Prize winner in 1921(Parker 2007).

science has been studied for a very, very long time, and one of the most famous

Richard Feynman is heralded as one of the greatest physicists of all time. This is mainly because of his achievements in the fields of quantum electrodynamics, and other works while being a theoretical physicist. Feynman was also able to be recognized as one of the leading figures in the U.S. atomic bomb program, and received many awards during his lifetime; most famously the Nobel Prize in 1965.

Ernest Rutherford is often ascribed as the greatest and most respectable experimental scientist, second to none. His unparalleled success is attributed to his revolutionary work regarding but not limited to the atom. Rutherford's ingenuity and dexterity was able to alter our insight of nature three remarkable times. He first set laws on radioactive decay, explaining it as the spontaneous disintegration of atoms. He then riveted the scientific community when he determined the structure of the atom.

In this section there is great acknowledgement that many different types of people have contributed to the furthering of knowledge through science, but Parsons will also

Galileo Galilei played a major role in the Renaissance. He was an Italian scientist, physicist, mathematician, philosopher, inventor, and astronomer. His ideas and observations are to thank for modern physics and astronomy, today. Born on February 15, 1564, in Pisa, Italy, Galileo helped open the eyes of many to a new way of thinking about our solar system. This earned him the nickname of “The Father of Modern Science.”

What scientific theories, laws, hypotheses and models all have in common is that they are part of the process of building a scientific explanation.

Bohr was one of the fortunate scientist to have been born in a period to where concepts of the atomic theory have been discovered. Such as the discovery of an electron by J.J. Thomson(when Bohr was 12), Albert Einstein’s ‘barrage of new ideas’ in 1905(Bohr being at the age of 19, working on his gold winning research), as well as the discovery of the atomic nucleus, by Ernest Rutherford(when Bohr was at the age of about 23). All of these discoveries, were the key to developing Bohr’s interest and curiosity to evaluate them through with the scientists themselves.

The 20th century saw many important discoveries which impacted people worldwide. Great discoveries were made in the realm of science and technology which lead to the atomic age. One of the leading pioneers in the area of physics was Enrico Fermi. Without his contributions, the atomic bomb may not have been developed or would have possibly been postponed.

Niels Bohr led an interesting life, and left a noble legacy behind. Although his atomic model isn’t the most accurate, it is still very globally used, Bohr also has the honor, of having an element, Bohrium, after him. If he was alive today, he would likely want to know how he influenced the physics community. In conclusion, Bohr is a gifted, multi-awarded person, who changed everything we knew. Like Bohr said, “An expert is a person who has made all the mistakes that can be made in a very narrow

Quantum mechanics are a very complicated matter that scientists don't fully understand yet; they are in charge of studying the smallest faces of our world. The idea of quantum mechanics was developed in the 20th century by a German physicist Max Planck who introduced his constant, called Plank´s Constant (h=6.62606957×10-34 m2 kg/s), which is used to determinate the energy of a photon. When E=hv (v=frequency). Albert Einstein, Niels Bohr, Paul Dirac and Werner Heisenberg later extended the theory in the 1920s.

The demarcation of science is happening all the time in everyday practices and settings. It is created and recreated in contrast to other forms of knowledge. In every situation, where scientists talk about science, specific attributes are selected to counter them to ‘non-scientific’ knowledge forms. A particular form of science is built up in every context, where it is talked about science, and also a contrast to that one, which defines in this context what science is not. (Gieryn, 1983)

Over the course of the millenniums, scientific theories have made considerable progression. At times improving sluggishly, where at times growing rapidly and skyrocketing. Some regions unprosperous than others at times, while others majorly succeeding where other nations are failing. These peaks and valleys are what provision the evolution of theories. The most significant of the preceding times was the era of Aristotle the philosopher around three hundred B.C., who helped lend a foundation for the forthcoming generations. Later on during the years four hundred through one thousand B.C., when much of the world was in stagnation, mostly Europe, the Islamic Empire was able to build a thriving scientific focal point, allowing scientific theories and ideas to emanate from within. If not for these luminous ideologies, the world would be quite different than how we see it today. Downstream through the flow of time came Galileo Galilei in the sixteenth century, the brilliant Italian who changed the view of astronomy and mathematics. Finally, there is Isaac Newton, the Father of Modern Science. Born in 1642 C.E., he changed the whole world with his striking math, laws of physics, and astronomical theories. These people, generations, and nations all completely helped influence the evolution of scientific theories to as we know it today, from Aristotle’s ancient time, to an Islamic realm that succeeded in mustering the strength of science, to Galileo’s incredible discoveries, and