Quantum computer

Computers are all around us in our daily lives, from our phones to our gaming systems to even our watches. Where ever you go there is a computer, even in traffic lights. But makes computers so special in our lives, well they help us communicate with people, they help us solve algorithms, they help us make money, they are used in education and many more interesting things. Without computers in the world, most of the things happening everyday would stop. Most people know what computers are and how they work, but there is a special kind of computer that not many people in the world are aware of, that is Quantum Computers. So, you may ask “What is a Quantum Computer?”, well a quantum computer is not an ordinary computer because of many reasons, the…

large current flowing through a semiconductor with the use of a small current. The creation of transistors was made possible by the Pauli exclusion principle, which states that each electron has a unique set of quantum numbers, and only two electrons can occupy the same orbital. Knowledge of the exclusion principle allowed developers like Shockley, Van Vleck, and Bardeen to create the transistor with semiconductors, which also rely heavily on quantum mechanics (they only allow a certain number…

A Rydberg atom is an atom with one or more electrons that have a high principal quantum number. Essentially, this means that the electrons occupy an electron shell further from the atom, and spend time further from the nucleus. These electrons have much higher energy and are less bound to their nucleus. Because of their behavior, they tend to stay in the classical planar orbits around the nucleus. This means that the Bohr model is still applicable today for describing the behavior of electrons…

Triangulene, a chemical similar to graphene, has long been thought to be unable to be synthesized due to its instability. A team from IBM, however, has figured out a way to create this elusive molecule. Triangulene is a flat molecule made of six carbon rings structured in the shape of a triangle. The problem with synthesizing this molecule is that it contains unpaired electrons in two of its outer carbons. These free electrons cause the molecule to oxidize almost instantly as these electrons…

the attack for the threat actor and decrease any vulnerabilities for the defender. In the end, it is imperative that organization understand that no defense is impenetrable, but making yourself a harder target helps to minimize attacks. Quantum Cryptography Cryptography has been around for thousands of years and utilized for the transmission of secure communications between two or more individuals. However, with the emergence of quantum computing, these current cryptographic techniques might not…

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…

is called Quantum Mechanics. Quantum Mechanics is known as a branch of physic that analyzes the small.1 The small including atoms, protons, and wavelength. These are all qualities found in the smallest of objects. Quantum Mechanics helps analyzes the smaller things to help produce the bigger things, making it needed for the advancement in life. Quantum Mechanics has been around for a long time, and has been altered throughout the years. Quantum Mechanics was noticed first by Max Planck in 1900,…

Turing is famously known for proposing that if a machine behaves as intelligently as a human being, then it is as intelligent as a human being. This assertion was widely unsupported in the mid twentieth century when it was first declared by Turing. At this point in time intelligent machines and computer science were new inventions, recognised by very few individuals, and understood by fewer. Since the invention of computer processors, their speeds have been discovered to double approximately…

and physical properties for various uses that we’ll discuss later. History of NMR Spectroscopy Year Individual Discovery 1921 Stern and Gerlach Basis of quantum theory is confirmed by carrying out atomic and molecular beam experiments 1925 Ulhenbeck & Goudsmith Discovered the concept of spinning electron to the magnetic dipole moment. 1938 Isidor Rabi Described Nuclear Magnetic Resonance in molecular beams 1943 Stern Nobel prize – Discovery of magnetic momentum of the proton 1944…

So, it doesn’t help that Spectre featuring one of the most unimpressive, lackluster scripts of any Bond film to date. As stated, if Casino Royal set the bar as high as you can imagine, Spectre drops the bar completely to ground level. Instead of attempting to inject a fresh new adventure for Bond to tackle after the extremely personal character experiences in Skyfall, Spectre attempts to make things even more emotionally charged. Regrettably, Spectre spends its lengthy runtime (roughly two…