Quantum entanglement

Albert Einstein: the Inventor & Dreamer “Life is like riding a bicycle. To keep your balance you must keep moving” -- This is one of Albert Einstein’s quotes. Albert Einstein made a great impact on the world. He is credited with discovering a theory that found that gravity can affect time and space. He also made the atomic bomb when he was serving in the U.S. military to fight against the Germans in World War II (WWII) when he was getting targeted by Germany because he was Jewish, and the…

Albert Einstein was one of the most influential people in the twentieth century. One hundred years later, we’re still using his equations, theories, and discoveries today. Albert Einstein was able to take a big stand in history. Taking a stand means to take a firm position in an issue. Einstein took this stand with his theory of relativity. Albert Einstein took a stand in history when he refused to give up proving relativity which carved a pathway to modern science. Einstein had some hardships…

where does this energy originate from? Currently, there are two prominent theories in the physics community that predict a vacuum energy. These are Quantum Field Theory and Supersymmetry, referred to as QFT and SUSY respectively. Each of these theories predicts a different value for the constant vacuum energy density (Lecture 1). According to Quantum Field Theory, in every point of space, there is a small harmonic oscillator of every possible frequency. When these oscillators are excited with…

Without doubt, quantum computing manifests its superiority over using conventional p-n junctions in a typical desktop computer. Quantum computers, through superposition entanglement, can simultaneously calculate all possible solutions in a D-wave processor, rendering them indispensable for solving computer paradoxes, such as P=NP, developed by physicist Kurt Godel to solve the NP-complete in quadratic and linear time. However, quantum computer’s cryptographic systems in their D-wave processers…

NOVA’s “the Fabric of the Cosmos: Quantum Leap” with Brian Greene “Quantum Leap” not only explores how much the quantum atom has changed our view of the rules that govern our universe, but also how much is has, or will, benefit society. How did science arrive at the quantum atom, and what benefit did (or will) we gain from each of the developments that led us to the quantum atom? After the analytical evidence was gathered by Sir Joseph John Thomson from the scientists before him to create the…

Quantum Teleportation Speech The idea of quantum teleportation is not new. It is an idea used as a plot device in many science fiction novels and shows, the most famous of which is Star Trek. It is an idea that has been discussed within the scientific community, and it has actually experimentally occurred a few times already. However, the difference must be made between quantum teleportation and plain old teleportation. We’ll be discussing teleportation at the quantum level. Plain old…

Quantum Computing vs Conventional Computing Conventional computing methods are the ones we use normally in our day to day lives on our computers, cell phones, laptops etc. Methods employed to solve problems via conventional or classical computing are by far closest to the way a human brain performs them. In classical computing, information is stored in bits which are the discrete values of 1s and 0s. Performing operations on these discrete values on a classical machine is the same as performing…

As Mahatma Gandhi said, “You must be the change, you want to see in the world.” With high probability, most people are aware of the Gandhi’s quote, however, only some of us have heard the real story behind it. One day, a mother and her son were waiting in a queue in order to speak and get advice from Mahatma Gandhi about the loss of eating sugar. When the mother said her son’s eating so much sugar to Gandhi, he kindly asked her to approach after two weeks. The mother was astonished that why he…

Consequently, a progressive approach to computation has been devised that is based off the theories of quantum mechanics, making it more accurate in comparison to biological systems. Quantum computers aim to harness the phenomenon that is experienced by atoms at a molecular level, and use it to compute at expeditious speeds. These computers have various advantages over digital computers because they use quantum bits, or qubits, to encode data. Qubits are different from digital bits in that…

and time upon which we have strung the world. They have no reality outside of the true mystery that is the consciousness that has created them. Zeno’s Paradox and the Quantum Revolution The full implications of the quantum revolution have not really sufficiently penetrated our classical understanding of the world. Einstein’s development of “spacetime” perpetuates the classical problem of proposing an absolute reality independent of the reality that creates it. Biocentrism reveals the ways that…