Quantum mind

October 14, 2015 Olga Naomi Sokolova Why is there redundancy in the genetic code? Does this seem like a useful feature of the genetic code? Why or why not? There is redundancy because there are more codons than there are amino acids, so quite a few amino acids are represented by more than one codon. This is beneficial because if there is a mistake during transcription that damages one of the codons, a visible and detrimental mutation may not occur because all of the others would still be able…

Albert Einstein was an amazing scientist, and if you have ever heard of the scientific equation E=mc2, guess who came up with that? Albert Einstein. Also, if you have ever heard of the theory of relativity, The quantum theory of light, or Brownian movement? Also Einstein, was a genius, with an IQ of 160, which is 20 over genius. Moreover on his intelligence, his brain was larger than most, and head also larger, but not so at his final years. Without Albert Einstein, we wouldn't have the Atomic…

St. Albert the Great, who was also known as Albert of Cologne,was a great thinker of his time. He was a great natural scientists, physicist, theologian, mathematician, chemist, geographer, and astronomer. St. Albert also was a teacher of St.Thomas Aquinas. St. Albert was born around 1200 AD. There is not much known about his childhood and birth, and many sources disagree on his early life. Research suggests he was sent to Padua University, while he was there he was taught in the writing of…

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…

Have you ever wondered, “Who discovered E=mc2?” The answer to that is Albert Einstein. Albert Einstein had impacted the world with his many discoveries in the field of physics. Though once regarded dull-witted as a small child, he is now known to others as one of the most intelligent individuals to ever live on the planet earth. Albert Einstein is easily the smartest scientist to ever live, and will always be remembered throughout history. Albert Einstein grew up differently than other people…

How do scientists know there are such things as atoms? The short answer is that they don’t. No one has ever seen an atom. However, there are many more ways to show that something could exist than to have ‘seen something’. The idea of the atom has been hypothesised since around 440BC, but the idea has only been widely accepted since the early 19 century, when the atomic theory was first proposed. Since then, our understanding of the atom has significantly developed. But why is the atom so widely…

Moving Target Defense The current cybersecurity environment is based around a static defense that has been employed for the past few years to protect information systems (See Figure 6). Unfortunately, this cybersecurity paradigm is not effective against current and future cyber threats. According to Zheng (2014), the weakness of this cybersecurity approach is its passive and reactive nature towards safeguarding information systems. Additionally, this method also allows threat actors the time…

could be affected, moved, or changed without being physically affected by another object, has raised different arguments throughout history. Some believe that action at a distance would describe all the uncertainties of quantum physics and would help us understand the unknowns of quantum mechanics. There have been varies experiments that support the claims of action at a distance and those who disagree and look to disprove this concept. One of the experiments that disproves the argument is the…

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…