Quantum information science

cosmic entities known as black holes, and has extended to specialized areas such as quantum gravity, particle physics, and supersymmetry. A field of study that Stephen Hawking is known for is cosmology. Cosmology is the metaphysical study of the origin and nature of the universe. A brief synopsis

This is the study focused on developing technology based on the principles of quantum theory (“Quantum Computing”, 2010). According to the creator Geordie Rose, “The computer is able to enter other dimensions to bring back the answers to questions that we haven’t even thought of yet! Not only that, but they are taking resources back into our dimension from wherever the other one lies” (“Forget Mandela Effects, Think Quantum Pollution”, 2016). Parallel universes overlap with ours which makes it easy

diseases in patients and analyze gene information and in the development of mobile platforms for transferring data between patients, doctors and insurance providers. BI&A applications also include development of techniques to fight against terrorism, cybercrime and other security related issues. Unlike the traditional DBMS that use structured data, various technologies like Map Reduce and Hbase are used for analyzing unstructured and semi structured data sets. Information extraction is an area of research

The Existence of Black Holes I have always had an interest in science, especially in the sciences regarding outer space. When I was younger I was always fascinated with rockets, and especially in stars. I have often regretted not pursuing this interest at its infancy. I do remember going to the Planetarium, and studying about a topic that I had seen talked about on television. The topic was black holes, and back then all that they knew was that they were black. The idea of a space in the universe

protection of information by using technologies and processes to defend a computer or network from attacks and unauthorized access. Many people don’t exercise enough cyber protection and get security problems in multiple ways. There are the more well-known hacking attempts where people get into other’s accounts and steal information or, sometimes, money. There are also attacks that aren’t easily identified, like phishing emails that lure people to click links or send personal information with fake emails

was born in Istanbul, Turkey on March 14th, 1961, and came to Canada at the age of 5, and was raised in Windsor, Ontario. As a child, Lazaridis was an overachiever. At the age of 12, he won a prize for reading every science book in the Windsor Public Library. He was captivated by science and how things worked; he and his friends spent hours in his basement building things such as rockets and radios. Mike Lazaridis is an Officer of the Order of Canada and Order of Ontario, was named Nation Builder of

Introduction String theory is one of the most active theoretical frameworks in particle physics that is used in an attempt to successfully reconcile general relativity and quantum mechanics. This concept is a great contender of quantum relativity mess theory, string theory and the theory of everything. In this essay, we visit these theories and provide a general view or opinion on the future of physics. The new form of physical theory Through out history, several changes have taken place in physics

several substitute technologies have been proposed as a solution. Quantum Dot Cellular Automata (QCA) technology is one such upcoming nano-technology that can be a perfect substitute of Complementary Metal Oxide Semiconductor (CMOS) due to its high speed and low power procedure in the field of nano-science and nano-electronics. Thus, QCA overcomes the drawbacks of CMOS technology and has a substantial relevance in the field quantum computation. In this paper, we give a review result of QCA in terms

journals--such as AAAS Science--and watching videos online. Then, as an eighth grader, I was given the opportunity to participate in a weeklong bioengineering summer camp at the University of Illinois, which was filled with exciting lectures and activities covering topics ranging from cell culture to imaging techniques; it covered so much that my naive eighth grade self could barely retain all that information. However, in particular, I vividly remember one specific lecture about quantum dots and how they

the value is seen in stress reduction, both in science/professional life as well as in day-to-day mundane life. The value also exists in the perpetuation or the drive for innovation. The common knee-jerk reaction to a presentation of uncertainty is to hold fear or contempt, but after some more careful consideration, uncertainty appears to be very important in nature. There are even ways to capitalize, or exploit, uncertainty for benefit. In science or professional life, embracing uncertainty allows