Digital physics

this paper, rather than presenting a full-scale theodicy, I engage with the problem of theodicy through careful comparative study between Wolfhart Pannenberg’s and Catherine Keller’s theodical arguments in the context of their dialogue with modern physics and biology. Pannenberg sees that theology and natural science are to be placed in hypothetical consonance , whereas Keller takes an assimilationist approach to theology-science dialogue. The divergence of their interdisciplinary

Uncertainty as a Necessary Property of the Universe There is a value in being uncertain about certainty; 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

In the analysis of the events and inspirations in my life that led to my decision on where to attend college, I view the motif of puzzles and games of logic stemming from my infancy into the current day as a major component of the reason I picked Caltech over Penn, the final two colleges in narrowing down my college search. Caltech, a very small school of 235 students per grade represented hardcore academics with an infamously difficult core curriculum, focused mainly in pure and applied math and

Today people make schedules to help organize their time and complete each task they must accomplish. For me, time is essential in everyday life. It provides a natural schedule that tells me when to wake up, go to sleep, eat, or any other plan for the day. Social interactions and institutions carve out certain parts of my time that I learn to adjust to. School, church, clubs, and friends are a few things that are responsible for molding my schedule each day. Over the years, people have transformed

A Century of Physics By the end of the nineteenth century after more than two thousand years of intellectual struggle that began with the Greek philosophers, physical scientists had reason to believe that they were beginning to understand the universe. Their theories of matter and energy, of electricity and magnetism, of heat and sound and light were confirmed in laboratories throughout the world with increasing precision. Experimentation was the method and mathematics the language of a

unobserved, and we are therefore making hasty generalisations on the basis of insufficient evidence. How can we know whether Olber’s paradox was not simply due to other unexplained phenomena in physics? On the other hand, we cannot know whether Olber’s paradox was due to other unexplained phenomena of physics and must therefore require the development of knew knowledge to disprove it. The knowledge shown to be wrong by Olber however was

Modeling and Simulation A Simulation is the imitation of the operation of a real-world process or system over time. It involves the generation of an artificial history of a system and observation of the artificial history to draw inferences concerning the operating characteristics of the real system. Simulation can be used both as an analysis tool for predicting the effect of changes to existing systems and as a design tool to predict performance of new systems under varying sets of circumstances

We live in a world where contemporary science has taken a powerful clench as the sole means of satisfying our hunger for knowledge of all things. But what exactly is science? To define something we most often have to state its boundaries, just like how you know the province of British Columbia by its borderlines. Furthermore, what happened to the philosophy of nature? What fundamental role does it play in our quest for knowledge? I will attempt to answer these questions by defining philosophy

Amber Gentile 12 December 2016 Period 2 Albert Einstein- The Cultural Icon from the 20th Century Albert Einstein once said “I want to know God’s thoughts, the rest are details”. Einstein wanted an equation that would encapsulate all physical laws. To put the beauty and the power of the universe into a single equation was his life’s goal. Although Einstein’s name is now synonymous with genius, his professors would have never predicted him to be this successful as he would always cut class, and he

'Complete certainty,' what exactly does that mean? It seems to imply that we are able to know something without doubtfulness. In fact, it seems to be saying that it is a justified true belief. But what makes a 'complete certainty' 'complete' and 'certain.' To understand this we must first understand and grasp what the two areas of knowledge of mathematics and the natural sciences say they accomplish this goal. We must first understand what makes something a complete certainty to the scientists and