Quantum theory

“Experience is not what happens to you; it is what you do with what happens to you”. That is what my dad was saying in the big screen in front of me, quoting Aldous Huxley, next to my mom, both smiling widely and a bit dewy-eyed. It was a video they recorded unbeknownst to me that was being shown at the Jenkins Foundation scholarship awards ceremony; a night that will last in my memory for the rest of my life. An acknowledgment that came almost as unexpected as the realization that I would study

The Atomic Theory The atomic theory is a fundamental scientific theory of the nature of matter, which states that matter is composed of discrete units called atoms, which came from the Greek word atomon, meaning ‘uncuttable’. This theory was based on the concept that any given item in the universe could be broken down using pico- and femtometer atomic/subatomic/alpha particles. If this idea had never been composed, science would have suffered as a result and many scientists would not have been

fathers of what we call; quantum optics, evolving into the revolution of so called “most exciting areas in science.” He trained society’s understanding of quantum mechanics and lasting ways through ingenious experiments that provided convincing demonstrations and precise tests of many of the most counterintuitive aspects of the quantum nature of light. Rarely has any one individual so intimately investigated and so dramatically advanced our understanding of the quantum mechanical nature of light

relativity and quantum mechanics, some astrophysicists have conjectured about the implications of quantum gravity for the universe’s existence. The most exotic objects in our universe, black holes, may hold the key to the creation of our universe. Physicist Lee Smolin has been one of the most prominent theorists in this area of astrophysics. Smolin’s theory of cosmological natural selection attempts to explain the origin of our universe and its fundamental

Alice in Quantumland, speaks about a law of the quantum world, which shows that electrons have no distinguishing features except for their spin. This law being all electrons are identical, except that some spin-up, whereas others spin-down. The electrons even spin at the same speed. This allows them to interact harmoniously with each other and to find pairs within their space based only on each other 's spins. In the novel, Alice noted that nearby was another similar looking figure to the electron

As in, if two electrons have matching values of all four quantum numbers, they do not exist within the same quantum system. Atoms are made up of three particles - electrons, protons, and neutrons. Subatomic particles are infinitesimally small. This means that it is so small that it has a value incomprehensibly small approaching zero. Since

world, the world of Newtonian physics, and the world of the very, very small: the world of quantum physics. Quantum physics essentially shows us that far from being totally predictable, the paths of particles are unknowable, because the act of observing a particle will alter it or its path in some way. Thus, rather than dealing with absolute positions, directions and speeds quantum physics uses statistics to predict the position of particles. This means that for a given

Quantum optics tells us that left (l)- and right (r)-circularly polarized (CP) photon conveys "integer" spin angular momentum, +ℏ and –ℏ, respectively, although photon is massless elemental particle. The nature of "integer" spin obeying Bose-Einstein statics makes plural spins confine in an ultrasmall temporalspace with the same quantum state, meanwhile, "half integer" spin like electron denies to share the same quantum state in a molecular space, well-known as Pauli exclusion principle. Intense

forth and back and forth. In the 19th century Leon Foucault Established that light moves slower in water than in air which is in favor of wave theory in the same century Maxwell proved that light was an electromagnetic wave. But in the 20th century Max Planck discovers that light is quantified and not continuous and Albert Einstein reestablishes particle theory with his mathematical proof of the photoelectric effect. Interestingly a good example of the ongoing struggle is the fact that J. J. Thompson

Albert Einstien (March 14, 1879 - April 18, 1955) was a physicist who first proposed the theory of relativity. He was awarded the 1921 Nobel Prize for his explanation of the photoelectric effect "and other contributions"; however, the announcement of the award was not made until a year later, in 1922. His theoretical work suggested the possibility of creating an atomic bomb. His discovered equation, E=MC2 is well known as one that changed the world. Einstien was born March 14, 1879 at