Matching Items (268)
Description
There is a disconnect between the way people are taught to find success and happiness, and the results observed. Society teaches us that success will lead to happiness. Instead, it is argued that success is engrained in happiness. Case studies of four, established, successful people: Jack Ma, Elon Musk, Ricardo Semler, and William Gore, have been conducted in order to observe an apparent pattern. This data, coupled with the data from Michael Boehringer's story, is used to formulate a solution to the proposed problem. Each case study is designed to observe characteristics of the individuals that allow them to be successful and exhibit traits of happiness. Happiness will be analyzed in terms of passion and desire to perform consistently. Someone who does what they love, paired with the ability to perform on a regular basis, is considered to be a happy person. The data indicates that there is an observable pattern within the results. From this pattern, certain traits have been highlighted and used to formulate guidelines that will aid someone falling short of success and happiness in their lives. The results indicate that there are simple questions that can guide people to a happier life. Three basic questions are defined: is it something you love, can you see yourself doing this every day and does it add value? If someone can answer yes to all three requirements, the person will be able to find happiness, with success following. These guidelines can be taken and applied to those struggling with unhappiness and failure. By creating such a formula, the youth can be taught a new way of thinking that will help to eliminate these issues, that many people are facing.
ContributorsBoehringer, Michael Alexander (Author) / Kashiwagi, Dean (Thesis director) / Kashiwagi, Jacob (Committee member) / Department of Management (Contributor) / School of Mathematical and Statistical Sciences (Contributor) / Department of Finance (Contributor) / Sandra Day O'Connor College of Law (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
Agent based models allow for complex results from simple parameters. The mobile agents in my model, the firms, are allocated an amount of capital, while the static agents, the workers, are allocated a range of wages. The firms are then allowed to move around and compete until they match with a worker that maximizes their production. It was found from the simulation that as competition increases so do wages. It was also found that when firms stay in the environment for longer that a higher wage is possible as a result of a larger window for drawn out competition. The different parameters result in a range of equilibriums that take variable amounts of time to reach. These results are interesting because they demonstrate that the mean wage is strongly dependent upon the window of time that firms are able to compete within. This type of model was useful because it demonstrated that there is a variation in the time dependence of the equilibrium. It also demonstrated that when there is very little entry and exiting of the market, that wage levels out at an equilibrium that is the same, regardless of the ratio between the number of firms and the number of workers. Further work to be done on this model includes the addition of a Matching Function so that firms and workers have a more fair agreement. I will also be adding parameters that allow for firms to see the workers around them so that firms are able to interact with multiple workers at the same time. Both of these alteration should improve the overall accuracy of the model.
ContributorsElledge, Jacob Morris (Author) / Veramendi, Gregory (Thesis director) / Murphy, Alvin (Committee member) / Department of Economics (Contributor) / Department of Physics (Contributor) / Barrett, The Honors College (Contributor)
Created2015-12
Description
A growing number of jobs in the US require a college degree or technical education, and the wage difference between jobs requiring a high school diploma and a college education has increased to over $17,000 per year. Enrollment levels in postsecondary education have been rising for at least the past decade, and this paper attempts to tease out how much of the increasing enrollment is due to changes in the demand by companies for workers. A Bartik Instrument, which is a measure of local area labor demand, for each county in the US was constructed from 2007 to 2014, and using multivariate linear regression the effect of changing labor demand on local postsecondary education enrollment rates was examined. A small positive effect was found, but the effect size in relation to the total change in enrollment levels was diminutive. From the start to the end of the recession (2007 to 2010), Bartik Instrument calculated unemployment increased from 5.3% nationally to 8.2%. This level of labor demand contraction would lead to a 0.42% increase in enrollment between 2008 and 2011. The true enrollment increase over this period was 7.6%, so the model calculated 5.5% of the enrollment increase was based on the changes in labor demand.
ContributorsHerder, Daniel Steven (Author) / Dillon, Eleanor (Thesis director) / Schoellman, Todd (Committee member) / Economics Program in CLAS (Contributor) / Department of Psychology (Contributor) / Sandra Day O'Connor College of Law (Contributor) / School of Politics and Global Studies (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
Integration of dielectrics with graphene is essential to the fulfillment of graphene based electronic applications. While many dielectric deposition techniques exist, plasma enhanced atomic layer deposition (PEALD) is emerging as a technique to deposit ultrathin dielectric films with superior densities and interfaces. However, the degree to which PEALD on graphene can be achieved without plasma-induced graphene deterioration is not well understood. In this work, we investigate a range of plasma conditions across a single sample, characterizing both oxide growth and graphene deterioration using spectroscopic analysis and atomic force microscopy. Investigation of graphene and film quality produced by these conditions yields insight into plasma effects. Using a specially designed sample configuration, we achieve ultrathin (< 1 nm) aluminum oxide films atop graphene.
ContributorsTrimble, Christie Jordan (Author) / Nemanich, Robert (Thesis director) / Zaniewski, Anna (Committee member) / Department of Physics (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
In the last seven years the practice of capital punishment in the United States has been shaken by one of the most unlikely suspects- the prescription drug market. The practice of capital punishment has gone from fervent support to abolishment and back again throughout the nation's history. Over time the process of capital punishment has evolved from public hangings to a secretive medical procedure. The American people have become detached from the act because it is no longer right in front of their face, but often occurs in a small prison room with a viewing window for a select group of witnesses. The modern method of capital punishment is lethal injection- a three-drug protocol that is accepted as the most humane means of executing criminals. The protocol has faced criticism and legal challenges for years. This is in part because the United States stands alone as one of the last westernized democratic nations to regularly execute convicted criminals. European activist groups and government agencies have been fighting for abolishment in the United States for years with little progress. Recently, the activist groups discovered a novel way to make an impact on the capital punishment system in the United States that had not been attempted. The groups appealed to the drug manufacturing companies in Europe and exposed their supply chains to the public. When it was revealed that the drugs these companies produced were ending up in U.S. prisons for executions the companies eventually stopped all sales of execution drugs to U.S. corrections facilities. This led to the European Union banning all exports of drugs for lethal use in 2011. This study will analyze the effects of the lethal injection drug boycott on the death penalty in the United States. Since the ban, death penalty states have been scrambling in order to procure enough drugs to carry out their future executions. They have attempted to obtain the drugs illegally, trade between each other, reinstate older methods of execution, and entirely change their three-drug protocol to incorporate new drugs or less drugs. Executions have dropped both in the number of death sentences handed down and the number of executions. Also, polls analyzing acceptance of the death penalty have shown decreasing support for the practice domestically. Although there are other factors that may have contributed to the decline of capital punishment in the United States, it seems as though the international lethal injection boycott has made the most progress in the shortest amount of time and has the potential to drastically change the future of the death penalty in the United States.
ContributorsFleming, Karlea Paulette (Author) / Herbert, Anne (Thesis director) / Bodansky, Daniel (Committee member) / Sandra Day O'Connor College of Law (Contributor) / W. P. Carey School of Business (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
Research on voter turnout has focused almost exclusively on the traditional, public elections at the local, state, and federal level. However, very little research has been done on voter turnout among college students for student government elections within universities. The purpose of this study is to evaluate voter turnout in undergraduate student governments as a function of social capital and information dissemination. Based on a survey of an organization at Arizona State University, there is no evidence a reminder of a civic obligation to vote increased a student's propensity to vote in a USG election or that social capital facilitates the treatment. Attitudes toward USGs and the internal nature of social capital relevant to the student body could explain the opposite intended effect.
ContributorsSonksen, Connor Levis (Author) / Ramirez, Mark (Thesis director) / Wright, Thorin (Committee member) / School of Politics and Global Studies (Contributor) / Sandra Day O'Connor College of Law (Contributor) / Department of Economics (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
A social phenomenon in the United States characterizes French language and culture by aristocracy and prestige, sometimes even going so far as to align francophones with pretentiousness or false sophistication. By means of etymological analysis of the registers of American politics, economics, higher education, fashion, and art, I present the remarkable consistency (if not disproportionality) of French-derived vocabulary within the lexicons of these upper class cultural territories. Final conclusion is reached using the analytic lenses of linguist Norman Fairclough and sociologist Thorstein Veblen in their respective works Language and Power and Theory of the Leisure Class, which together supply a sociolinguistic understanding of the French-elite nexus. Using such information, I seek to explain the phenomenon as an American ideological concept. As French expressions are substantially and conspicuously employed within the lexicons and customs of the aforementioned cultural territories of the American upper class, French lexicality and culture become entangled with high society (sociolexical entanglement) and popular aesthetics (vogue lexicality). This intermixture subsequently engenders a French-elite nexus that manifests through either lexical emulation or lexical disaffection. To illustrate this occurrence, I offer evidence of America's persuasion of its upper class's association with French by presenting relevant expressions in the class-pervasive medium of American cinema. I argue that, in entirety, these sociolexical components frame the development of a larger French-elite ideology.
ContributorsSeby, Charles Michael (Author) / Bahtchevanova, Mariana (Thesis director) / Poteet, Lesley (Committee member) / School of Politics and Global Studies (Contributor) / School of International Letters and Cultures (Contributor) / Sandra Day O'Connor College of Law (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
My thesis examines the burden of proof in eminent domain valuation proceedings in the state of Arizona. The thesis begins by going back and looking at the history of eminent domain in the United States. This includes identifying the authorities with the power to condemn land and the examining constitutional amendment requiring the condemnor to pay the fair market value for the land it takes. From there, I look at the process of property value litigation and the potential combination of burden of proof on both the value of the land taken and severance damages. This is followed by an analysis of the current law in Arizona, and a comparison to the laws in the other 49 states to highlight trends throughout the nation. The thesis highlights the counterintuitive nature of the landowner bearing the burden of proving fair market value in Arizona while also pointing out that the majority of other states in the nation have similar laws. This law continues to exist despite a lack of historical precedent or justification, not only in Arizona, but also throughout the country. The thesis references different states' case law throughout and gives opinions of experts in this area of study. The final section examines the practical implications of the law as it exists in Arizona today. The law may continue to exist unopposed despite its counterintuitive nature, because it gives the defendant landowner's counsel the right to speak first and last in a trial and present their evidence first. This has the potential to offer an advantage large enough to justify an unwanted burden.
ContributorsRubinov, Daniel (Author) / Birnbaum, Gary (Thesis director) / Braselton, James (Committee member) / School of Accountancy (Contributor) / Sandra Day O'Connor College of Law (Contributor) / Department of Finance (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
An important question that needs to be discussed is whether drug detection dogs can be used the same way as machines in assisting drug detection and how these drug detection dogs should be used under the Fourth Amendment. In answering these questions, the history, training, certifications, and case law relating to drug detection dogs should be reviewed. The dogs are powerful tools in the detection of narcotics, but it is critical to remember that they are only animals and far from flawless. They can make mistakes because of lapses in training, due to irregular training and certification standards, or cues, intentional or not, from their handlers. Under current precedent, walking around something, like a car, is not a search and does not require reasonable suspicion. A dog alert during this non-intrusive, superficial contact can give rise to probable cause to search. If the dog alert is not reliable, it can lead to many unnecessary searches that violate people's privacy. In order to protect Fourth Amendment rights from the, drug detection dogs need to be used carefully and with limitations. A dog's ability to smell is impressive and humans' ability to train them is vast, but a dog is just a dog. The limited accuracy of a dog sniff is not an issue when they are used to search for people in landslides or avalanches, because even 10% accuracy is helpful when trying to save someone's life. However, when a drug detection dog is used to establish probable cause for a search, accuracy becomes an issue. United States v. Place was based on faulty scientific evidence on the accuracy of dogs, and it set the standard for future drug detection dog cases. The courts need to revisit this issue in light of more recent information. Except in certain locations where Fourth Amendment rights are limited, drug detection dogs should only be used when reasonable suspicion of criminal conduct exists. This limitation, as well as enhanced training and certification standards, strikes the appropriate balance between living in a civilized society and living in a secure society.
ContributorsGodinez, Katherine Mary (Author) / Stanford, Michael (Thesis director) / Kirchler, Rebecca (Committee member) / Barrett, The Honors College (Contributor) / Department of Chemistry and Biochemistry (Contributor) / Sandra Day O'Connor College of Law (Contributor)
Created2014-05
Description
Covering subsequences with sets of permutations arises in many applications, including event-sequence testing. Given a set of subsequences to cover, one is often interested in knowing the fewest number of permutations required to cover each subsequence, and in finding an explicit construction of such a set of permutations that has size close to or equal to the minimum possible. The construction of such permutation coverings has proven to be computationally difficult. While many examples for permutations of small length have been found, and strong asymptotic behavior is known, there are few explicit constructions for permutations of intermediate lengths. Most of these are generated from scratch using greedy algorithms. We explore a different approach here. Starting with a set of permutations with the desired coverage properties, we compute local changes to individual permutations that retain the total coverage of the set. By choosing these local changes so as to make one permutation less "essential" in maintaining the coverage of the set, our method attempts to make a permutation completely non-essential, so it can be removed without sacrificing total coverage. We develop a post-optimization method to do this and present results on sequence covering arrays and other types of permutation covering problems demonstrating that it is surprisingly effective.
ContributorsMurray, Patrick Charles (Author) / Colbourn, Charles (Thesis director) / Czygrinow, Andrzej (Committee member) / Barrett, The Honors College (Contributor) / School of Mathematical and Statistical Sciences (Contributor) / Department of Physics (Contributor)
Created2014-12