Famous scientist

Famous Physicists

The field of physics deals with the immutable laws that govern the entire universe. Some of the greatest names in this discipline include Isaac Newton, Albert Einstein, and Niels Bohr, just to name a few. Their contributions along with the important discoveries of others have given us a better understanding of our world. Here is a list that includes some of the most famous physicists throughout history in order of the notoriety of their work.

Albert Einstein (1885-1962) Famous For: Advancing the Theory of Relativity At the age of seventeeen, Albert Einstein enrolled to complete and receive his teaching diploma in the field of physics and mathematics at the Swiss Federal Institute of Technology in Zurich, Switzerland. He debated with Niels Bohr, the other founder of quantum mechanics. In 1905, Einstein published On the Electrodynamics of Moving Bodies, this contained his theory on relativity. In 1921, Albert Einstein was a recipient of the Nobel Prize in the field of Physics.	Niels Bohr (1885-1962) Famous For: Contributions to quantum theory, nuclear reactions and nuclear fission Niels Henrik David Bohr, a native of Copenhagen, Denmark and his contribution to the world of physics rests on his study and explanation of the atomic structure. In addition, he helped in the understanding of quantum mechanics and in so doing founded the Institute of Theoretical Physics located at the University of Copenhagen, the institute has been renamed to the Niels Bohr Institute.
Stephen Hawking (1942) Famous For: Explaining Black holes and Advances on the General Theory of Relativity and Quantum mechanics He is known for his scientific works with Roger Penrose, for which they provided a theory for the basis of general relativity, this is known as the gravitational singularities theorem. In 1978, Hawking received the Albert Einstein Award, given to those who excelled in natural sciences, more specifically, theoretical physics.	Isaac Newton (1642-1727) Famous For: Explaining the theories of gravity and mechanics Isaac Newton is known for his contribution to world of science. It was Newton who identified the concept of gravity and the theory of mechanics. He excelled in the fields of alchemy, astronomy, Christian theology, economics, mathematics, and of course, physics.
Nikola Tesla (1856-1943) Famous For: Created the first Alternating Current system Nikola Tesla is known for his contribution in the development and use of alternating current (AC) system. He worked briefly with Thomas Edison and George Westinghouse. His experiments on high voltage electricity gained him further notoriety.	Galileo Galilei (1564-1642) Famous For: Providing a mathematical analysis of the relationship between astronomy and physics Galileo is known for his experiments and theories in the field of bodies in motion. His work in astronomy, mathematics and physics and the combination of these sciences became instrumental in the study and understanding of the universe beyond us.
Marie Curie (1867-1934) Famous For: Discovered radioactivity nature of thorium and the discovery of polonium and radium She is known for introducing techniques in the field of radioactivity for isolating isotopes. Marie was instrumental in the discovery of the elements known as polonium and radium.	(Lord) Kelvin (1824-1907) Famous For: Advancement of the 1st and 2nd laws of thermodynamics. Developed absolute thermometric scale He is known for formulating the 1st and 2nd laws of thermodynamics. The measure of absolute temperatures has been named after him. It was he who coined the term “kinetic energy”.
Robert Hooke (1635-1703) Famous For: Explaining Hooke’s Law of Elasticity Robert Hooke is known for the physics principle that is the law of elasticity, which is better known as Hooke’s Law. He constructed one of the earliest reflecting telescopes.	Richard Feynman (1918-1988) Famous For: Work on Path integral formulation on quantum mechanics, particle physics, theory of quantum electrodynamics and, superfluidity Richard Feynman is known for his efforts in the integral formulation’s path in quantum mechanics along with advancing the theory of quantum electrodynamics and superfluidity. He is also remembered for his involvement with the Manhattan project.
Michael Faraday (1791-1867) Famous For: Discovery of electromagnetic induction and came up with the idea for first electrical transformer Michael Faraday is known for his work on chemistry and physics, specifically In physics, he worked heavily in the field of magnetism and electricity. Many scientific concepts have been named after him; Faraday’s law of induction, Faraday’s law of electrolysis, and so on. He was successful in converting gases into liquid form.	Ernest Rutherford (1871-1937) Famous For: Supporting the Theory on the existence of an atomic nucleus Ernest Rutherford is known for his work in the field of nuclear physics. He worked with J.J. Thomson that led to the eventual discovery of the electron. He also explained the nature of radioactivity, in which he discovered two types of x-rays, alpha and beta rays.
Marconi (1874-1937) Famous For: His work on the Wireless Telegraphy Italian inventor Guglielmo Marconi is known for his pioneering work on the radio telegraph system, which eventually led to him being recognized as the inventor of the radio. He received the Nobel Prize in 1909 along with Karl Braun for their contribution to the world of wireless innovations.	Max Planck (1858-1947) Famous For: The formulation of the quantum theory German national Max Planck is known for bringing to the world the concept or theory of quantum physics. His work in the field of physics expanded the understanding of time and space.
Alessandro Volta (1745-1827) Famous For: Inventing the first electric battery Alessandro Volta is known for and credited for the discovery of methane and making the earliest known form of the battery in the 18th century. The “battery” was made of copper and zinc, with sulfuric acid used to complete the circuit.	J.J. Thomson (1856-1940) Famous For: Showing the existence of the electron Joseph John (J.J.) Thomson is known for the identification of the electron and isotopes. During one of his experiments, Thomson was able to identify a negative charged particle which became known as the electron.
Erwin Schrodinger (1887-1961) Famous For: Extensive Advancements on Quantum mechanics and the Schrodinger equation. Erwin Schrodinger is known for his contribution to the world of physics in which he explains what is known as wave mechanics, it became known as the Schrodinger equation. He also provided answers for the diatomic molecule, the quantum harmonic oscillator, and the rigid rotor.	James Clerk Maxwell (1831-1879) Famous For: Work on the Theory of Electromagnetism and the Kinetic theory of gases James Clerk Maxwell is known for his Theory of Electromagnetism which was published in a paper he wrote, A Dynamical Theory of the Electromagnetic Field in 1865. He demonstrated that the electromagnetic field is occurs in electricity, light, and magnetism. In collaboration with another scientist Ludwig Boltzmann, Maxwell explained the theory of kinetic gases, also known as the “Maxwell distribution”.
Werner Heisenberg (1901-1976) Famous For: Work on Quantum Mechanics and the Uncertainty Principle Werner Karl Heisenberg is known for the matrix formulation applied in quantum mechanics. The Heisenberg principle, or the “uncertainty principle” in quantum mechanics, became important to the field of physics in explaining inequalities of results from physical properties.	James Chadwick (1891-1974) Famous For: Discovery of the neutron Sir James Chadwick is known for the discovery and identification of the neutron. Working with Hans Geiger, Chadwick studied beta radiation in which he was able to demonstrate the presence of a continuous electromagnetic spectrum. He was a participant on the now famous Manhattan project.

 

INNOVATIVE LESSON PLAN

INNOVATIVE LESSON PLAN

 

 

Name                           :      PARVATHI .G                                          Standard           :     VIII

Name of the school      :                                                                        Strength            :

Subject                        :      Chemistry                                                  Date                  :                                    11/08/2014

Unit                             :        Bä¯nsâ LS\                                           Duration           :     45

Sub Unit                      :      UnkvNmÀPv Syp_v ]cn£Ww

 

 

 

CURRICULAR STATEMENT

 

]co£Ww, \nco£Ww, NÀ¨ F¶nhbneqsS CeIvt{SmWpIfpsS Is­¯Â Ip«nIÄ a\Ênem¡pIbpw tNmtZym¯cw hniIe\w F¶nhbneqsS Ip«n hnebncp¯s¸SpIbpw sN¿p¶p.

 

LEARNING OUTCOME

 

To enable the pupil to

1.     recognize the concept of electron  to develop conceptual knowledge.

2.     express the process involved in electron to develop factual knowledge

3.     conduct activity related to electron to develop procedural knowledge

4.     compare the difference of electron n and nucleus to develop metacognitive knowledge

5.     develop progressive and positive attitude towards electron.

6.     develop skill for identifying the electrons

 

PROCESS SKILLS

Experimentation, Observation, Communication, inferring

 

Content Analysis

 

Terms   :   CeIvt{SmWpIÄ, UnkvNmÀPv Syq_v

Facts     :   1. NmÀPpIÄ c­v hn[ap­v

                  2. kam\ NmÀPpIÄ hnIÀjn¡p¶p

                  3. hn]coX NmÀPpIÄ BIÀjn¡p¶p

                  4. CeIvt{SmWpIÄ Bä¯n ImWs¸Sp¶p

                  5. CeIvt{SmWpIÄ¡v s\Käohv NmÀPmWv

                  6. CeIvt{Sm¬ Is­¯nbXv sP.sP. tXmk¬ BWv

 

Concept : CeIvt{SmWpIÄ¡v s\Käohv NmÀPmWv

Processes : CeIvt{SmWpIsf¸än Ipdn¸v X¿mdm¡p¶ {]hÀ¯\w

                    s\Käohv NmÀPmWv hcp¶sX¶v Is­¯p¶ {]hÀ¯\w

 

Pre – Requisites

 

Ip«nIÄ¡v ]ZmÀ°§Ä \nÀ½n¡p¶ ASnØm\ IWnIbmWv X·m{Xsb¶pw, X·m{Xtb¡mÄ sNdpXmWv Bäw F¶pw Adnbmw

Teaching Learning  Resources

Laptop, UnkvNmÀPv Syq_nsâ {]hÀ¯\w ImWn¡p¶ hoUntbm.

 

TEACHING LEANING INTERACTION

 

Classroom Interaction procedure

Pupil Response

Introduction      ]ZmÀ°§sfÃmw Bäw sIm­v \nÀ½nXamWv Bä¯nt\¡mÄ sNdpXmb IW§fpw D­v. C¶v \ap¡v Ahsb¸än t\m¡mw   Presentation A[ym]nI aps¶mcp¡w \evInb aq¶v Ip«nIsf hnfn¡p¶p XpSÀ¶v ]dbp¶p. ChnsS \nev¡p¶ \n§fpsS kplr¯p¡Ä aq¶p CeIvt{SmWpIÄ BWv C¶v AhÀ AhcpsS IY \n§tfmSv ]dbpw, \ap¡v B IY {i²nt¨mtem.     XpSÀ¶v H¶mas¯ Ip«n Rm\mWv CeIvt{Sm¬. Bä¯n\pÅnemWv Rm³ ImWs¸Sp¶Xv. Fs¶¸än BÀ¡pw AdnbnÃmbncp¶p. sP.sP tXmwk¬ F¶ imkv{XÚ\mWv At±l¯nsâ ]co£W¯neqsS Fs¶ Is­¯nbXv   Activity 1 A[ym]nI aäv Ip«nItfmSv CeIvt{Sm¬ ]dª IYbn \n¶pw CeIvt{SmWns\¸än eLp hnhcWw X¿mdm¡m³ Bhniys¸Sp¶p. XpSÀ¶v 2þmw Ip«n ]co£Ww hniZam¡p¶p. UnkvNmÀPv Syq_v D]tbmKn¨mbncp¶p. ]co£Ww AXn\pffnIqSn sshZypXn IS¶v t]mIpt¼mÄ Syq_nsâ kv^SnI `n¯nIÄ t]mknänhv XInSnsâ `mK¯v Xnf§p¶Xmbn ImWs¸«p.

Ip«nIÄ {i²n¨ncp¶p           Ip«nIÄ Ipdn¸v X¿mdm¡p¶p

 

 

 

Activity 2   Cu ]cn£W¯nsâ ASnØm\¯n t]mknäohv `mK¯v Xnf¡w D­msb¦n ]Xn¨IW¯nsâ {]tXyIX F´mbncn¡psa¶v NÀ¨ sNbvXv Is­¯m³ Bhniys¸Sp¶p. XpSÀ¶v A[ym]nI ]cn£W¯nsâ hoUntbm ¢mÊn ImWn¡p¶p. XpSÀ¶v ]cn£Ww H¶pIqSn ]dªvsIm­v ¢mkv t{ImUnIcn¡p¶p.

Ip«nIÄ Is­¯p¶p

 

 

 

FORMATIVE EVALUATION  PROCEDURE

 

Review

1. CeIvt{SmWnsâ NmÀPv F´v?

2. F´mWv \yq¢nbÊv

3. t]mknäohv NmÀPpÅ IWtaXv?

 

FOLLOWUP ACTIVITY

 

UnkvNmÀPv Syq_v ]co£W¯nte¡v sP.sP tXmwkWns\ \bn¨ kµÀ`§Ä IYmcq]¯n X¿mdm¡pI?