Populism - Definition in American Politics

Populism - Definition in American Politics President  Donald Trump was repeatedly described as a populist during the 2016 presidential race. Trump styled himself as a populist during his flamboyantly provocative campaign, The New York Times wrote, claiming to hear, understand and channel the working-class Americans so wrongly ignored by other leaders. Asked Politico:  Is  Donald Trump the Perfect Populist, one with broader appeal to the right and the center than his predecessors in recent American political history? The Christian Science Monitor opined that Trumps unique populism promises a change in governance perhaps equal to parts of the New Deal or the early years of the Reagan revolution. But what, exactly, is populism? And what does it mean to be a populist? There are many definitions. Definition of Populism Populism is generally defined as a way of speaking and campaigning on behalf of the needs of the people or the little man as opposed to the well-to-do elite. Populist rhetoric frames issues such as the economy, for example, as the  angry, aggrieved and neglected struggling to overcome a corrupt oppressor, whoever that oppressor may be. George Packer, a veteran political journalist for The New Yorker, described populism as a stance and a rhetoric more than an ideology or a set of positions. It speaks of a battle of good against evil, demanding simple answers to difficult problems.   History of Populism Populism has its roots in the grassroots formation of the Peoples and Populist parties in the late 1800s. The Peoples Party was founded in Kansas in 1890 amid depression and a widespread belief among farmers and laborers that the government was dominated by large money interests, the political historian William Safire wrote. A national party with similar interests, the Populist Party, was founded a year later, in 1891. The national party fought for public ownership of railroads, the telephone system, and an income tax that would demand more from wealthier Americans. The latter idea is a common populist idea used in modern elections. It is similar to the Buffett Rule, which would raise taxes on the wealthiest Americans. The Populist Party died in 1908 but many of its ideals linger on today. The national partys platform read, in part: We meet in the midst of a nation brought to the verge of moral, political, and material ruin. Corruption dominates the ballot-box, the Legislatures, the Congress, and touches even the ermine of the bench. The people are demoralized; most of the States have been compelled to isolate the voters at the polling places to prevent universal intimidation and bribery. The newspapers are largely subsidized or muzzled, public opinion silenced, business prostrated, homes covered with mortgages, labor impoverished, and the land concentrating in the hands of capitalists. The urban workmen are denied the right to organize for self-protection, imported pauperized labor beats down their wages, a hireling standing army, unrecognized by our laws, is established to shoot them down, and they are rapidly degenerating into European conditions. The fruits of the toil of millions are boldly stolen to build up colossal fortunes for a few, unprecedented in the history of mankind; and the possessors of those, in turn, despise the republic and endanger liberty. From the same prolific womb of governmental injustice we breed the two great classes- tramps and millionaires. Populist Ideas Modern populism typically is sympathetic to the struggles of white, middle-class Americans and portrays Wall Street bankers, undocumented workers, and U.S. trade partners including China as evil.  Populist ideas including heavily taxing the wealthiest Americans, tightening security along the U.S. border with Mexico, raising the minimum wage, expanding Social Security and imposing stiff tariffs on trade with other countries in an attempt to keep American jobs from going overseas.   Populist Politicians The first real populist presidential candidate was the Populist Partys nominee for president in the 1892 election. The nominee, General James B. Weaver, won 22 electoral votes and more than 1 million actual votes. In modern times, Weavers campaign would have been considered a great success; independents typically garner only a small share of the vote. William Jennings Bryan is perhaps the most famous populist in American history. The Wall Street Journal once described Bryan as the Trump before Trump. His speech at the Democratic National Convention in 1896, which  was said to have roused the crowd to a frenzy, aimed to advance the interests of small Midwestern farmers who felt they were being taken advantage of by the banks. Bryan wanted to move to a bimetallic gold-silver standard.   Huey Long, who served as the governor of Louisiana and a U.S. senator, was also considered a populist. He railed against wealthy plutocrats and their bloated fortunes and proposed to impose steep taxes on the richest Americans and distribute the revenue to the poor still suffering from the effects of the Great Depression. Long, who had presidential aspirations, wanted to set a minimum annual income of $2,500. Robert M. La Follette Sr. was a congressman and governor of Wisconsin who took on corrupt politicians and big business, which he believed had a dangerously oversized influence on matters of public interest.   Thomas E. Watson of Georgia was an early populist and the partys vice presidential hopeful  in 1896. Watson had won a seat in Congress by supporting the reclamation of large tracts of land granted to corporations, abolishing national banks, eliminating paper money, and cutting taxes on low-income citizens, according to the New Georgia Encyclopedia.  He was  also  a southern demagogue and bigot, according to the Encyclopedia.  Watson wrote of the threat of immigrants to  America: The scum of creation has been dumped on us. Some of our principal cities are more foreign than American. The most dangerous and corrupting hordes of the Old World have invaded us. The vice and crime which they have planted in our midst are sickening and terrifying. What brought these Goths and Vandals to our shores? The manufacturers are mainly to blame. They wanted cheap labor: and they didn’t care a curse how much harm to our future might be the consequence of their heartless policy. Trump routinely inveighed against the establishment in his successful presidential campaign. He regularly promised to drain the swamp in Washington, D.C., an unflattering portrayal of the Capitol as a corrupt playground for plutocrats, special interests, lobbyists and fat, out-of-touch lawmakers. Decades of failure in Washington, and decades of special interest  dealing must come to an end. We have to break the cycle of corruption, and we have to give new voices a chance to go into government service, Trump stated.   The independent presidential candidate Ross Perot was similar in style and rhetoric to Trump. Perot fared well by building his campaign on voter resentment of the establishment, or the political elite, in 1992. He won a  startling 19 percent of the popular vote that year. Donald Trump and Populism So is Donald Trump a populist? He certainly used populist expressions during his campaign, portraying his supporters as American workers who have not seen their financial status improve since the end of the Great Recession and those neglected by the political and societal elite. Trump, and for that matter Vermont Sen. Bernie Sanders, spoke to a class of blue-collar, struggling middle-class voters who believe the economy was rigged. Michael Kazin, the author of  The Populist Persuasion, told Slate in 2016: Trump expresses one aspect of populism, which is anger at the establishment and various elites. He believes Americans have been betrayed by those elites. But the other side of populism is a sense of a moral people, people who’ve been betrayed for some reason and have a distinct identity, whether they are workers, farmers, or taxpayers. Whereas with Trump, I don’t really get much of a sense of who the people are. Of course journalists say he’s talking mostly to white working-class people, but he doesn’t say that. Wrote Politico: Trump’s platform combines positions that are shared by many populists but are anathema to movement conservatives- a defense of Social Security, a guarantee of universal health care, economic nationalist trade policies. President Barack Obama, who Trump succeeded in the White House, took issue with labeling Trump a populist, however. Said Obama: â€Å"Somebody else who has never shown any regard for workers, has never fought on behalf of social justice issues or making sure that poor kids are getting a decent shot at life or have health care - in fact, have worked against economic opportunity for workers and ordinary people, they don’t suddenly become a populist because they say something controversial in order to win votes. Indeed, some of Trumps critics accused him of phony populism, of using populist rhetoric during the campaign but of wanting to abandon his populist platform once in office. Analyses of Trumps tax proposals found that the biggest benefactors would be the wealthiest Americans. Trump, after winning the election, also recruited fellow billionaires and lobbyists to play roles in his White House. He also walked back some of his fiery campaign rhetoric on cracking down on Wall Street and rounding up and deporting immigrants who are living in the United States illegally.

First jobs of millionaires and billionaires

First jobs of millionaires and billionaires When we think about our futures, who among us doesn’t dream of following in the footsteps of rich and successful people? You might be shocked to discover what some of these amazingly wealthy people did for their first jobs. Let’s take a closer look. A study conducted by the sales recruitment specialist company Aaron Wallis revealed that the most common first job amongst the billionaire crowd is a salesperson. Approximately 10% of these fabulously wealthy folks started out in the world of sales, which stands to reason- this position allows individuals to build their negotiating and deal-brokering skills, learn how to be persuasive in the face of overwhelming negative odds, and discover the value of persistence, which are common traits of successful people. Financial investor George Soros, entrepreneur Mark Cuban, and Dell founder Michael Dell can be counted amongst those who got their start as salespeople.Other common first jobs of the ultra wealthy include stock traders (Carlos Slim Helu, telecom magnate), engineers (Mikhail Fridman, business magnate), accountants (Phil Knight, co-founder of Nike), and software developers (Bill Gates, co-founder of Microsoft), but the list is surprisingly robust- you can practically name any job and it’s likely that at least one millionaire or billionaire got his or her start doing that.Have these rich folks typically stayed within the fields that they started in and made their fortunes there? Well, sometimes they do, like Mark Zuckerberg, whose first job was starting Facebook. However, more often than not their first jobs have little to do with how they made their money. Amancio Ortega, founder of fashion mega-brand Zara, started out as a shop hand for a shirtmaker.Since education and career path are often intertwined for most folks, let’s take a look at a few other interesting statistics from the Aaron Wallis study. Among 100 of the world’s top billionaires, approximately 30% inherited or wo rked for family businesses, 53% worked for other businesses, and 17% actually started their own businesses. Around 75% obtained a college degree, with the mostly commonly pursued academic path being engineering (22%). Business and accounting degrees are also popular among this economically elite group.So, what’s the takeaway from this look at the first jobs of millionaires and billionaires? The truth is, many of us dream of becoming wealthy and wildly successful, but may have assumed that it’s a path that’s not open to us. Think again! Clearly, the road to riches for many successful millionaires and billionaires didn’t start off paved in gold. This is good news for you if you feel as if you haven’t quite found your professional niche just yet. The road to success can start from any location!

Effectiveness of Controversial Advertising (Marketing Communications) Essay

Effectiveness of Controversial Advertising (Marketing Communications) - Essay Example According to Hosford-Dunn, et al. (2000, p.163), the basic functions of advertising are: to inform, persuade, or remind and reinforce customers so that information about the products and services will be disseminated and eventually sell themselves. Advertising is one of the marketing strategies that is used in communicating information with a purpose of influencing individual about a certain product or services in order to stimulate market demand. Advertising is considered as a business activity for it involves money and time; however, this activity is naturally visible, in fact, it is prone to public criticisms particularly when it did not meet consumer expectations and satisfactions, and when it delivered false advertising. Advertisements are considered to be successful if they affect people purchase power and consequently increase sales turnover, sales revenue and elevate brand awareness. All advertising efforts are expected to originate from genuine, unique and eye catching idea; however, marketers nowadays are crossing the traditional line and run controversial advertisements. The main thrust of this paper is to discuss the effectiveness of controversial advertising as a method of successfully selling a product. Controversial Advertising During the 19th and the 20th century when competition is becoming more intense, companies have increased their interest in using advertisements just to be competitive. There are billions of advertisements appearing in a day and this number is growing rapidly. This overwhelming information received by the viewing public had made them saturated and lessen their attention toward every advertisements because they go unnoticed and viewed in an unconscious manner. In order for advertisers to hold new chances in gaining public attention and awareness, they downplay shocking advertisements that are morally daring and offensive to the public. According to Jeurissen (2007, p.158), â€Å"for those who have the courage to publish a c ontroversial advertisement, there is a chance that their message will become the subject of a lively discussion: people will start to talk about it...† Adventurous marketers preferred to use controversial advertising as a method of successfully selling a product because they believed it will cause curiosity in people awareness and make everyone remember. However, a great percentage of consumers said that these kinds of advertisements leave negative consequences. The Effectiveness of Controversial Advertising Nowadays, advertisements are made to execute themes that are beyond the line of creativity and are sometimes exaggerated, eye catching and more controversial than ever just to capture the attention of the viewing public. The print advertisements below are some of the controversial advertising campaigns whose concepts are extreme and shocking just to promote products or services (see figure 1). Figure 1: Controversial and Disturbing Print Ads Source: Huang, 2010 This patter n addresses organizational message that is beginning to emerge wherein advertisers use gore, violence, nudity, sexual connotation, etc., which used to show social, political, and moral conflicts. However, according to Wright (1997, p.141), â€Å"the messages of other controversial ads might be less bland, such as

The law of property task--tracing Essay Example | Topics and Well Written Essays - 2500 words

The law of property task--tracing - Essay Example What this means is that, in equity, the remedy of tracing awards a proprietary right in the property to the beneficiary, so that he may be given priority in recovering it in case the defendant goes bankrupt, provided his property still exists and is distinguishable from the bankrupt individual’s other assets. This proprietary nature of the right was affirmed in Foskett v McKeown (2000). Tracing at law is much more restrictive as compared to tracing in equity as the beneficiary is not allowed to claim title to any additions in the value of the property that it may have acquired since the breach of trust and recovering the property may be close to impossible if it was mixed with another. In equity, tracing can lead to the property even if it is mixed and recover it for the wronged beneficiary, which allots great power in the hands of those who have been deprived. Moreover, the differences between tracing at law and equity are considered by some commentators as separate remedies altogether instead of limbs of the same principle. It is imperative to consider both regimes, and my discussion would reflect both the common law remedy and the remedy in equity. Tracing at Law At common law, any individual with a legal title in property may be able to resort to tracing in order to recover it. Thus, this legal title, may be traced all the way to the newest form the property has taken after exchanging hands (for e.g where a defendant has bought a watch with the original property, cash). This phenomenon was described as a matter of hardnosed property rights and distinguished from an action in damages2, hence, any identifiable property was considered traceable and returned to the original beneficiary. Thus, the legal title is traced from one person to all successive individuals that came along the way until finally reaching the person against whom the action could proceed, providing a means to the remedy (Trustee of the property of FC Jones v Jones [1996]). In this way , it is regarded by the courts not as a remedy unto itself but as a means to a remedy, as seen in Banque Belge pour L'Etranger v. Hambrouck [1921]3. The first step then to a successful tracing action is to identify the defendant who is now in possession of the property. In the above case, where money was being traced, the defendant was identified as the fraudulent cashier who had deposited the money in a bank and used it to pay for his expenses. It was held that the cash even though it had the potential of being mixed with other funds, was identifiable in the account and could be recovered by Banque Belge. Once the defendant is identified, the next step is to proceed with a remedy which could be one of the following depending on the form of property being traced. If the property in question, as in the above case of Hambrouck, pertains to funds, then an action to recover ‘money had and received’ may be brought (Lipkin Gorman v Karpnale [1991])4. In Karpnale, a compulsive gambler come partner of a law firm was eventually caught drawing money for gambling purposes from the company account. The money was traced to the gambling club which had exchanged it with chips. The House of Lords found that the money, although received in good faith, was recoverable by the solicitors from the gambling club which was presently in possession of it. There was also a failure of consideration observed at the hands of the gambling club

Discuss research relating to bystander behaviour Essay Example for Free

Discuss research relating to bystander behaviour Essay The murder of Kitty Genovese and the bystander behaviour that was apparent that night triggered a great deal of research to explain bystander behaviour. Latane Darley suspected that the fact that the number of possible helpers was so large might actually have contributed to their lack of intervention. They processes that might explain the reluctance of others to get involved in situations such as the Kitty Genovese incident. The Diffusion of Responsibility explanation suggests that the more witnesses there are to a person needing help, the less anyone witness feels responsible for giving help. Latane Darley conducted a lab based experiment using male university students seated in individual cubicles connected by an intercom system, believing they had come to take part in a discussion on collage life. Students were lead to believe they were on their own, alone with one other participant who would later appear to have an epileptic seizure, or an increasing number of other participants. Help was less likely and slower to be given when participants believed that other potential helpers were available. The findings from this study support the notion of diffusion of responsibility as, as suggested the more witness there were to the victim needing help, the less the participant felt a sloe responsibility to help. Participants assumed that his intervention would not be necessary, as confederates would have taken care of the situation. However, it could be argued that as the experiment was lab based it holds no ecological validity, and therefore the results cannot be generalised to real life situations. Participants reluctance to help may have been caused by an attempt to avoid social disapproval (e. g. being the odd one out), or they may also have picked up demand characteristics from experimenters or other confederates as to the true nature of the experiment and felt they needed to supply the experimenters with the results they required. Latane Draley also proposed the Pluralistic Ignorance theory. This hypothesis suggests that when making a decision about whether or not to help, we look to see what other bystanders are doing. If other bystanders appear to act as if the situation is an emergency situation and help the victim, we are likely to do the same. If no one else offers to help we are unlikely to offer help as well. In the smoke filled room experiment participants were invited to take part in what they thought was a psychological experiment. While waiting for it to begin they were asked to fill out a questionnaire in a waiting room that is filled with smoke. In the first condition they were in the room on theyre own, and then in a variety of conditions including an increasing number of confederates, who acted like it was not an emergency situation. When on their own participants seeked help 100% of the time, but as the number of people present increased, participants remained seated and acted like it was not an emergency situation (mirroring the confederates behaviour). This strongly supports the idea of pluralistic ignorance as they were looking to confederates for guidance on how to shape their own behaviour. Again this was a lab-based experiment and therefore it lacks ecological validity. As a result of Latane Darleys research, Piliavin conducted a field in a New York subway, where a stooge collapsed in a variety of conditions (black stooges that looked ill, white stooge that appeared to be drunk and visa versa), with other experimenters observing commuters behaviour. If the victim appeared to be ill they were helped much more frequently than if they appeared to be drunk. The colour of the victim made no difference to the frequency of help they received. This real life study demonstrates that personal characteristics of the victim appear to play a more important part in whether to be a bystander or not. This study is much higher in ecological validity than those conducted by Latane Darley as it was conducted in a real-life situation. Most of the above research has been carried out in the USA. The dominant approach in the USA is based on self-interest, rather than concern for others. There is evidence that this selfish approach is not dominant in other cultures, e. g. a study by Whiting Whiting found large differences in the prevalence of altruistic behaviour form one culture to another. Darley said in 1991; in the United States, and perhaps in all advanced societies, it is generally accepted that the true and basic motive of human action is self-interest.

Compare Romeo And Juliet and Much Ado About Nothing :: comparison compare contrast essays

Compare Romeo And Juliet and Much Ado About Nothing There are many similarities between Shakespeare's Much Ado About Nothing and Romeo and Juliet. Was this Intentional or Accidental? Even though Much Ado About Nothing is a comedy, and Romeo and Juliet, is one of his saddest tragedies, the two plots share many common incidents. Did Shakespeare mean to have these coincidences or did they happen by accident? In both of his dramatic works, the Masque is a key element furthering the infatuation of the lovers. Also the balcony scenes in both plays are crucial because without them the plot could never have reached its denouement. It seems that God came into both of the plays in the spirit of the friars, because they had good plans to keep love together. In both plays, the masque functions as a dramatic device which initiates the love plot. It occurs in a social gathering, but not without the help of costumes. If it were not for costumes the result of love might have been drastically different. How was the masque used to get lovers together? In the case of Romeo and Juliet, Romeo hears about the masque and decides to go, thinking that he might be able to get away with this scheme. Upon entering he sees Juliet and right away, he knows it is love. If he had not worn the costume, the hosts might have ejected him from the party and he might not have met Juliet. Much Ado About Nothing has a similar but also different approach towards love at the masque. In Much Ado, Count Claudio is not able to gather the courage to court Hero. Instead Don Pedro, who is one of Claudio's very close friends, offers to go and woo Hero for his friend. This point is illustrated by Don Pedro for his great plan to get Claudio and Hero together "Thou wilt be like a lover presently/ And tire the hearer with a book of words. . .. That thou began'st to twist so fine a story? "1 Don Pedro's costume allows him to woo Hero, posing as Claudio. Balcony love scenes are familiar from both plays. The love was disparate in each of Shakespeare's plays. Compare Romeo And Juliet and Much Ado About Nothing :: comparison compare contrast essays Compare Romeo And Juliet and Much Ado About Nothing There are many similarities between Shakespeare's Much Ado About Nothing and Romeo and Juliet. Was this Intentional or Accidental? Even though Much Ado About Nothing is a comedy, and Romeo and Juliet, is one of his saddest tragedies, the two plots share many common incidents. Did Shakespeare mean to have these coincidences or did they happen by accident? In both of his dramatic works, the Masque is a key element furthering the infatuation of the lovers. Also the balcony scenes in both plays are crucial because without them the plot could never have reached its denouement. It seems that God came into both of the plays in the spirit of the friars, because they had good plans to keep love together. In both plays, the masque functions as a dramatic device which initiates the love plot. It occurs in a social gathering, but not without the help of costumes. If it were not for costumes the result of love might have been drastically different. How was the masque used to get lovers together? In the case of Romeo and Juliet, Romeo hears about the masque and decides to go, thinking that he might be able to get away with this scheme. Upon entering he sees Juliet and right away, he knows it is love. If he had not worn the costume, the hosts might have ejected him from the party and he might not have met Juliet. Much Ado About Nothing has a similar but also different approach towards love at the masque. In Much Ado, Count Claudio is not able to gather the courage to court Hero. Instead Don Pedro, who is one of Claudio's very close friends, offers to go and woo Hero for his friend. This point is illustrated by Don Pedro for his great plan to get Claudio and Hero together "Thou wilt be like a lover presently/ And tire the hearer with a book of words. . .. That thou began'st to twist so fine a story? "1 Don Pedro's costume allows him to woo Hero, posing as Claudio. Balcony love scenes are familiar from both plays. The love was disparate in each of Shakespeare's plays.

Smart Material

â€Å"SMART MATERIALS† ABSTRACT The world has undergone two materials ages, the plastics age and the composite age, during the past centuries. In the midst of these two ages a new era has developed. This is the smart materials era. According to early definitions, smart materials are materials that respond to their environments in a timely manner. The definition of smart materials has been expanded to materials that receive, transmit or process a stimulus and respond by producing a useful effect that may include a signal that the materials are acting upon it. Smart materials cover a wide and developing range of technologies.A particular type of smart material, known as chromogenics, can be used for large areaglazing in buildings, automobiles, planes, and for certain types of electronic display. Smart materials have been around for many years and they have found a large number of applications. There are many types of the materials present some of them listed below: Shape memory alloy 2) Piezoelectric materials 3) Magnetostrictive materials 4) Magneto- and electro-rheological materials 5) Chromic materials Due to the property of responding quickly with environment and many applications in daily life smart materials deserve a great future scope.I. INTRODUCTION Smart materials have been around for many years and they have found a large number of applications. The use of the terms ‘smart' and ‘intelligent' to describe materials and systems came from the US and started in the 1980? s despite the fact that some of these so-called smart materials had been around for decades. Many of the smart materials were developed by government agencies working on military and aerospace projects but in recent years their use has transferred into the civil sector for applications in the construction, transport, medical, leisure and domestic areas.The first problem encountered with these unusual materials is defining what the word† smart? actually means. One di ctionary definition of smart describes something which is a stute or ‘operating as if by human intelligence' and this is what smart materials are. A and back again when you return inside. This coating is made from a smart material which is described as being photochromic. There are many groups of smart materials, each exhibiting particular properties which can be harnessed in a variety of high-tech and everyday applications. These include shape memory smart material is one which reacts to its environment aby itself.The change is inherent to the material and not a result of some change in volume, a change in colour or a change in viscosity and this may occur in response to a change in temperature, stress, electrical current, or magnetic field. In many cases this reaction is reversible, a common example being the coating on spectacles which reacts to the level of UV light, turning your ordinary glasses into sunglasses when you go outside alloys, piezoelectric materials, magneto- rheological and electro-rheological materials, magnetostrictive materials and chromic materials which change their colour in reaction to various stimuli.The distinction between a smart material and a smartstructure should be emphasised. A smart structure incorporates some form of actuator and sensor (which may be made from smart materials) with control hardware and software to form a system which reacts to its environment. Such a structure might be an aircraft wing which continuously alters its profile during flight to give the optimum shape for the operating conditions at the time. II SHAPE MEMORY ALLOYS Shape memory alloys (SMAs) are one of the most well known types of smart material and they have found extensive uses in the 70 years since their discoveryWhat are SMAs? A shape memory transformation was first observed in 1932 in an alloy of gold and cadmium, and then later in brass in 1938. The shape memory effect (SME) was seen in the gold-cadmium alloy in 1951, but this was of li ttle use. Some ten years later in 1962 an equiatomic alloy of titanium and nickel was found to exhibit a significant SME and Nitinol (so named because it is made from nickel and titanium and its properties were discovered at the Naval Ordinance Laboratories) has become the most common SMA.Other SMAs include those based on copper (in particular CuZnAl), NiAl and FeMnSi, though it should be noted that the NiTi alloy has by far the most superior properties. How do SMAs work? The SME describes the process of a material changing shape or remembering a particular shape at a specific temperature (i. e. its transformation or memory temperature). Materials which can only exhibit the shape change or memory effect once are known as one way SMAs. However some alloys can betrained to show a two-way effect in which they remember two shapes, one below and one above the memory temperature.At the memory temperature the alloy undergoes a solid state phase transformation. That is, the crystal structur e of the material changes resulting in a volume or shape change and this change in structure is called a„thermoelastic martensitic transformation?. This effect occurs as the material has a martensitic microstructure below the transformation temperature, which is characterised by a zig-zag arrangement of the atoms, known as twins. The martensitic structure is relatively soft and is easily deformed by removing the twinned structure.The material has an austenitic structure above the memory temperature, which is much stronger. To change from the martensitic or deformed structure to the austenitic shape the material is simply heated through the memory temperature. Cooling down again reverts the alloy to the martensitic state as shown in Figure 1. The shape change may exhibit itself as either an expansion or contraction. The transformation temperature can be tuned to within a couple of degrees by changing the alloy composition.Nitinol can be made with a transformation temperature an ywhere between –100? C and +100? C which makes it very versatile. Where are SMAs used? Shape memory alloys have found a large number of uses in aerospace, medicine and the leisure industry. A few of these applications are described below. Medical applications Quite fortunately Nitinol is biocompatible, that is, it can be used in the body without an adverse reaction, so it has found a number of medical uses. These include stents in which rings of SMA wire hold open a polymer tube to pen up a blocked vein , blood filters, and bone plates which contract upon transformation to pull the two ends of the broken bone in to closer contact and encourage more rapid healing . It is possible that SMAs could also find use in dentistry for orthodontic braces which straighten teeth. The memory shape of the material is made to be the desired shape of the teeth. This is then deformed to fit the teeth as they are and the memory is activated by the temperature of the mouth. The SMART exerts enou gh force as it contracts to move the teeth slowly and gradually.Surgical tools, particularly those used in key hole surgery may also be made from SMAs. These tools are often often bent to fit the geometry of a particular patient, however, in order for them to be used again they return to a default shape upon sterilisation in an autoclave. Still many years away is the use of SMAs as artificial muscles, i. e. simulating the expansion and contraction of human muscles. This process will utilise a piece of SMA wire in place of a muscle on the finger of a robotic hand.When it is heated, by passing an electrical current through it, the material expands and straightens the joint, on cooling the wire contracts again bending the finger again In reality this is incredibly difficult to achieve since complex software and surrounding systems are also required. Figure 1 – Change in structure associated with the shape memory effect. NASA have been researching the use of SMA muscles in robots which walk, fly and swim! Domestic applications SMAs can be used as actuators which exert a force associated with the shape change, and this can be repeated over many thousands of cycles.Applications include springs which are incorporated in to greenhouse windows such that they open and close themselves at a given temperature. Along a similar theme are pan lids which incorporate an SMA spring in the steam vent. When the spring is heated by the boiling water in the pan it changes shape and opens the vent, thus preventing the pan from boiling over and maintaining efficient cooking. The springs are similar to those shown in Figure 5. SMAs can be used to replace bimetallic strips in many domestic applications.SMAs offer the advantage of giving a larger deflection and exerting a stronger force for a given change in temperature. They can be used in cut out switches for kettles and other devices, security door locks, fire protection devices such as smoke alarms and cooking safety indicato rs (for example for checking the temperature of a roast joint). Aerospace applications A more high tech application is the use of SMA wire to control the flaps on the trailing edge of aircraft wings.The flaps are currently controlled by extensive hydraulic systems but these could be replaced by wires which are resistance heated, by passing a current along them, to produce the desired shape change. Such a system would be considerably simpler than the conventional hydraulics, thus reducing maintenance and it would also decrease the weight of the system. Manufacturing applications SMA tubes can be used as couplings for connecting two tubes. The coupling diameter is made slightly smaller than the tubes it is to join. The coupling is deformed such that it slips over the tube ends and the temperature changed to activate the memory.The coupling tube shrinks to hold the two ends together but can never fully transform so it exerts a constant force on the joined tubes. Why are SMAs so flexibl e? In addition to the shape memory effect, SMAs are also known to be very flexible or super elastic, which arises from the structure of the martensite. This property Of SMARTs has also been exploited for example in mobile phone aerials, spectacle frames and the underwire in bras. The kink resistance of the wires makes them useful in surgical tools which need to remain straight as they are passed through the body.Nitinol can be bent significantly further than stainless steel without suffering permanent deformation. Another rather novel application of SMAs which combines both the thermal memory and super elastic properties of these materials is in intelligent fabrics. Very fine wires are woven in to ordinary polyester cotton fabric. Since the material is super elastic the wires spring back to being straight even if the fabric is screwed up in a heap at the bottom of the washing basket! So creases fall out of the fabric, giving you a true non-iron garment!In addition the wires in the s leeves have a memory which is activated at a given temperature (for example 38 C) causing the sleeves to roll themselves up and keeping the wearer cool. PIIEZOELECTRIIC MATERIIALS The piezoelectric effect was discovered in 1880 by Jaques and Pierre Curie who conducted a number of experiments using quartz crystals. This probably makes piezoelectric materials the oldest type of smart material. These materials, which are mainly ceramics, have since found a number of uses. What is the piezoelectric effect?The piezoelectric effect and electrostriction are opposite phenomena and both relate a shape change with voltage. As with SMAs the shape change is associated with a change in the crystal structure of the material and piezoelectric materials also exhibit two crystalline forms. One form is ordered and this relates to the polarisation of the molecules. The second state is nonpolarised and this is disordered. If a voltage is applied to the non-polarised material a shape change occurs as th e molecules reorganise to align in the electrical field. This is known as electrostriction.Conversely, an electrical field is generated if a mechanical force is applied to the material to change its shape. This is the piezoelectric effect. The main advantage of these materials is the almost instantaneous change in the shape of the material or the generation of an electrical field. What materials exhibit this effect? The piezoelectric effect was first observed in quartz and various other crystals such as tourmaline. Barium titanate and cadmium sulphate have also been shown to demonstrate the effect but by far the most commonly used piezoelectric ceramic today is lead zirconium titanate (PZT).The physical properties of PZT can be controlled by changing the chemistry of the material and how it is processed. There are limitations associated with PZT; like all ceramics it is brittle giving rise to mechanical durability issues and there are also problems associated with joining it with ot her components in a system. Where are piezoelectric materials used? The main use of piezoelectric ceramics is in actuators. An actuator can be described as a component or material which converts energy (in this case electrical) in to mechanical form.When a electric field is applied to the piezoelectric material it changes its shape very rapidly and very precisely in accordance with the magnitude of the field. Applications exploiting the electrostrictive effect of piezoelectric materials include actuators in the semiconductor industry in the systems used for handling silicon wafers, in the microbiology field in microscopic cell handling systems, in fibre optics and acoustics, in ink-jet printers where fine movement control is necessary and for vibration damping.The piezoelectric effect can also be used in sensors which generate an electrical field in response to a mechanical force. This is useful in damping systems and earthquake detection systems in buildings. But the most well know n application is in the sensors which deploy car airbags. The material changes in shape with the impact thus generating a field which deploys the airbag. A novel use of these materials, which exploits both the piezoelectric and electrostrictive effects, is in smart skis which have been designed to perform well on both soft and hard snow. Piezoelectric sensors detect vibrations (i. e. he shape of the ceramic detector is changed resulting in the generation of a field) and the electrostrictive property of the material is then exploited by generating an opposing shape change to cancel out the vibration. The system uses three piezoelectric elements which detect and cancel out large vibrations in real time since the reaction time of the ceramics is very small . By passing an alternating voltage across these materials a vibration is produced. This process is very efficient and almost all of the electrical energy is converted into motion. Possible uses of this property are silent alarms for pagers which fit into a wrist watch.The vibration is silent at low frequencies but at high frequencies an audible sound is also produced. This leads to the concept of solid state speakers based on piezoelectric materials which could also be miniaturised. Do polymers exhibit these effects? Ionic polymers work in a similar way to piezoelectric ceramics, however they need to be wet to function. An electrical current is passed through the polymer when it is wet to produce a change in its crystal structure and thus its shape. Muscle fibres are essentially polymeric and operate in a similar way, so research in this field has focussed on potential uses in medicine. ature of the piezoelectric effect making them invaluable for the niche applications which they occupy. MAGNETOSTRIICTIIVE MATERIIALS Magnetostrictive materials are similar to piezoelectric and electrostrictive materials except the change in shape is related to a magnetic field rather than an electrical field. What are magnetost rictive materials? Magnetostrictive materials convert magnetic to mechanical energy or vice versa. The magnetostrictive effect was first observed in 1842 by James Joule who noticed that a sample of nickel exhibited a change in length when it was magnetised.The other ferromagnetic elements (cobalt and iron) were also found to demonstrate the effect as were alloys of these materials. During the 1960s terbium and dysprosium were also found to be magnetostrictive but only at low temperatures which limited their use, despite the fact that the size change was many times greater than that of nickel. The most common magnetostrictive material today is called TERFENOL-D (terbium (TER), iron (FE), Naval Ordanance Laboratory (NOL) and dysprosium (D)). This alloy of terbium, iron and dysprosium shows a large magnetostrictive effect and is used in transducers and actuators.The original observation of the magnetostrictive effect became known as the Joule effect, but other effects have also been ob served. The Villari effect is the opposite of the Joule effect, that is applying a stress to the material causes a change in its magnetization. Applying a torsional force to a magnetostrictive material generates a helical magnetic field and this is known as the Matteuci effect. Its inverse is the Wiedemann effect in which the material twists in the presence of a helical magnet field.How do magnetostrictive materials work? Magnetic materials contain domains which can be likened to tiny magnets within the material. When an external magnetic field is applied the domains rotate to align with this field and this results in a shape change as. Conversely if the material is squashed or stretched by means of an external force the domains are forced to move and this causes a change in the magnetisation. Where are magnetostrictive materials used? Magnetostrictive materials can be used as both actuators (where a magnetic ield is applied to cause a shape change) and sensors (which convert a move ment into a magnetic field). In actuators the magnetic field is usually generated by passing an electrical current along a wire. Likewise the electrical current generated by the magnetic field arising from a shape change is usually measured in sensors. Early applications of magnetostrictive materials included telephone receivers, hydrophones, oscillators and scanning sonar. The development of alloys with better properties led to the use of these materials in a wide variety of applications.Ultrasonic magnetostrictive transducers have been used in ultrasonic cleaners and surgical tools. Other applications include hearing aids, razorblade sharpeners, linear motors, damping systems, positioning equipment, and sonar. MAGNETO– AND ELECTRO RHEOLOGIICAL MATERIIALS All of the groups of smart materials discussed so far have been based on solids. However, there are also smart fluids which change their rheological properties in accordance with their environment. What are smart fluids? Th ere are two types of smart fluids which were both discovered in the 1940s.Electro-rheological (ER) materials change their properties with the application of an electrical field and consist of an insulating oil such as mineral oil containing a dispersion of solid particles (early experiments used starch, stone, carbon, silica, gypsum and lime). Magnetorheological materials (MR) are again based on a mineral or silicone oil carrier but this time the solid dispersed within the fluid is a magnetically soft material (such as iron) and the properties of the fluid are altered by applying a magnetic field. In both cases the dispersed particles are of the order of microns in size.How do smart fluids work? In both cases the smart fluid changes from a fluid to a solid with the application of the relevant field. The small particles in the fluid align and are attracted to each other resulting in a dramatic change in viscosity as shown in Figure 7. The effect takes milliseconds to occur and is com pletely reversible by the removal of the field. Figure 8 clearly shows the effect of a magnet on such an MR fluid. With ER fluids a field strength of up to 6kV/mm is needed and for MR fluids a magnetic field of less than 1Tesla is needed. Where are smart fluids used?Uses of these unusual materials in civil engineering, robotics and manufacturing Electrodes Suspension fluid Particle Figure 7 – Schematic diagram showing the structure of a electrorheological fluid between two electrodes. The top figure shows the structure in a low field strength where the particles are randomly distributed. When a higher field strength is applied, as in the bottom diagram, the particles align causing a change in the viscosity of the fluid. Figure 8 – A puddle of magnetorheological fluid stiffens in the presence of a magnetic field. courtesy of Sandy Hill / University of Rochester) are being explored. But the first industries to identify uses were the automotive and aerospace industries wh ere the fluids are used in vibration damping and variable torque transmission. MR dampers are used to control the suspension in cars to allow the feel of the ride to be varied. Dampers are also used in prosthetic limbs to allow the patient to adapt to various movements for example the change from running to walking. Future Scope: The future of smart materials and structures is wide open.The use of smart materials in a product and the type of smart structures that one can design are only limited by one’s talents, capabilities, and ability to ‘‘think outside the box. ’’ In an early work5 and as part of short courses there were discussions pertaining to future considerations. A lot of the brainstorming that resulted from these efforts is now being explored. Some ideas that were in the conceptual stage are now moving forward. Look at the advances in information and comforts provided through smart materials and structures in automobiles. Automobiles can b e taken to a garage for service and be hooked p to a diagnostic computer that tells the mechanic what is wrong with the car. Or a light on the dashboard signals ‘‘maintenance required. ’’ Would it not be better for the light to inform us as to the exact nature of the problem and the severity of it? This approach mimics a cartoon that appeared several years ago of an air mechanic near a plane in a hanger. The plane says ‘‘Ouch’’ and the mechanic says ‘‘Where do you hurt? ’’ One application of smart materials is the work mentioned earlier of piezoelectric inkjet printer that serves as a chemical delivery to print organic light-emitting polymers in a fine detail on various media.Why not take the same application to synthesize smaller molecules? With the right set one could synthesize smaller molecules in significant amounts for characterization and evaluation and in such a way that we could design experiments with relative ease. A new class of smart materials has appeared in the literature. This is the group of smart adhesives. We previously mentioned that PVDF film strips have been placed within an adhesive joint to monitor performance. Khongtong and Ferguson developed a smart adhesive at Lehigh University. 0 They suggested that this new adhesive could form an antifouling coating for boat hulls or for controlling cell adhesion in surgery. The stickiness of the new adhesive can be switched on and off with changes in temperature. The smart adhesive also becomes water repellent when its tackiness wanes. 50 The term ‘‘smart adhesive’’ is appearing more frequently in the literature. A topic of research that was in the literature a few years ago was ‘‘smart clothes’’ or ‘‘wearable computers’’ being studied at MIT. The potential of this concept is enormous. This sounds wonderful as long as we learn how to work smart er, not longer.CONCLUSION: From the abilities of the smart material to respond the environmental changes the conclusion arises that ‘‘smart’’ in the name do not meet the definition of being smart, that is, responding to the environment in a reversible manner. Due to their properties they must deserve a great future. REFERENCES [1]Mechanical Engineers’ Handbook: Materials and Mechanical Design, Volume 1, Third Edition. Edited by Myer Kutz. [2]www. memorymetals. co. uk [3] www. nitinol. com [4] www. sma-inc. com [5]www. cs. ualberta. ca/~database/MEMS/sma_mems/sma. html [6]http://virtualskies. arc. nasa. gov/research/youdecide/Shapememalloys. html

Counseling: Cognitive-behavioral Therapists Essay

Despite the general acknowledgement that it is important for counseling and psychotherapy practice to be informed by research, it is clear that in recent years a widening gap has emerged between research and practice. This paper briefly reviews some of the factors responsible for the current crisis in therapy research and offers a number of reasons why a healthy relationship between research and practice is necessary. It is suggested that, at present, there exists within psychology and social science a level of acceptance of pluralistic and innovative approaches to research, which may facilitate the emergence of a new genre of practitioner-oriented inquiry in the field of counseling and psychotherapy. Some of the ways in which Counseling and Psychotherapy Research intends to contribute to this movement are described, for example the promotion of new forms of writing, use of information technology, and the creation of knowledge communities. While it might seem to be the case, evidence-based psychotherapy is not new. The term â€Å"evidence-based† can be defined two ways: an approach to therapy emphasizes the pursuit of evidence on which to base its theory and techniques, as well as encourages its patients or clients to consider evidence before taking action; or an approach to therapy is supported by research findings, and those findings provide evidence that it is effective. Each approach to psychotherapy is based on the assumption that it is correct in terms of its explanation of human behavior. Therefore, practitioners of each approach believe that they have â€Å"evidence† that their approach is correct, or they would not waste their time practicing that approach. However, cognitive-behavioral therapists seek to acquire evidence to determine the accuracy of their theories and effectiveness of their techniques. For example, cognitive-behavioral therapists believe that their explanation of human behavior (that â€Å"learned† behaviors and emotions are caused by one’s thoughts) is correct. Rather than assuming that their theory is correct, they base this assumption on psychosomatic research that in fact proves that the assumption is indeed correct. Cognitive-behavioral therapists take into the therapy session this interest in gathering evidence and assessing it. Cognitive-behavioral therapists ask questions to obtain a clear, accurate picture of the client’s experience. Cognitive-behavioral therapists also look for evidence in relation to their clients’ thoughts, and encourage clients to base thinking on the FACTS (the evidence). Therefore, cognitive-behavioral therapy has always been â€Å"evidence-based† and will continue to be so whether or not there is an emphasis by managed-care or governmental agencies to be so. Many approaches to psychotherapy do not lend themselves well to being researched and proven effective because they either utilize techniques that are vague and difficult to repeat with consistency, or the approach attracts practitioners that are not very interested in testing the effectiveness of it. Cognitive-behavioral therapy is the most researched psychotherapeutic approach because each cognitive-behavioral approach has specific techniques that can be tested for effectiveness; Cognitive-behavioral therapy encourages the development of specific goals that are measurable, and, therefore, can be researched; cognitive-behavioral therapists (to varying degrees) are interested in the research and research process; cognitive-behavioral therapists are not interested in techniques that â€Å"feel right† or â€Å"seem correct†, but techniques that are effective (Pucci, 2005). Cognitive-Behavioral Therapy Cognitive-behavioral therapy is an action-oriented form of psychosocial therapy that assumes that maladaptive, or faulty, thinking patterns cause maladaptive behavior and â€Å"negative† emotions. (Maladaptive behavior is behavior that is counter-productive or interferes with everyday living. ) The treatment focuses on changing an individual’s thoughts (cognitive patterns) in order to change his or her behavior and emotional state. Theoretically, cognitive-behavioral therapy can be employed in any situation in which there is a pattern of unwanted behavior accompanied by distress and impairment. It is a recommended treatment option for a number of mental disorders, including affective (mood) disorders, personality disorders, social phobia, obsessive-compulsive disorder (OCD), eating disorders, substance abuse, anxiety or panic disorder, agoraphobia, post-traumatic stress disorder (PTSD), and attention-deficit/hyperactivity disorder (ADHD). It is also frequently used as a tool to deal with chronic pain for patients with illnesses such as rheumatoid arthritis, back problems, and cancer. Patients with sleep disorders may also find cognitive-behavioral therapy a useful treatment for insomnia. Cognitive-behavioral therapy combines the individual goals of cognitive therapy and behavioral therapy. Pioneered by psychologists Aaron Beck and Albert Ellis in the 1960s, cognitive therapy assumes that maladaptive behaviors and disturbed mood or emotions are the result of inappropriate or irrational thinking patterns, called automatic thoughts. Instead of reacting to the reality of a situation, an individual reacts to his or her own distorted viewpoint of the situation. For example, a person may conclude that he is â€Å"worthless† simply because he failed an exam or did not get a date. Cognitive therapists attempt to make their patients aware of these distorted thinking patterns, or cognitive distortions, and change them (a process termed cognitive restructuring). Behavioral therapy, or behavior modification, trains individuals to replace undesirable behaviors with healthier behavioral patterns. Unlike psychodynamic therapies, it does not focus on uncovering or understanding the unconscious motivations that may be behind the maladaptive behavior. In other words, strictly behavioral therapists do not try to find out why their patients behave the way they do, they just teach them to change the behavior. Cognitive-behavioral therapy integrates the cognitive restructuring approach of cognitive therapy with the behavioral modification techniques of behavioral therapy. The therapist works with the patient to identify both the thoughts and the behaviors that are causing distress, and to change those thoughts in order to readjust the behavior. In some cases, the patient may have certain fundamental core beliefs, called schemas, which are flawed and require modification. For example, a patient suffering from depression may be avoiding social contact with others, and suffering considerable emotional distress because of his isolation. When questioned why, the patient reveals to his therapist that he is afraid of rejection, of what others may do or say to him. Upon further exploration with his therapist, they discover that his real fear is not rejection, but the belief that he is hopelessly uninteresting and unlovable. His therapist then tests the reality of that assertion by having the patient name friends and family who love him and enjoy his company. By showing the patient that others value him, the therapist both exposes the irrationality of the patient’s belief and provides him with a new model of thought to change his old behavior pattern. In this case, the person learns to think, â€Å"I am an interesting and lovable person; therefore I should not have difficulty making new friends in social situations. † If enough â€Å"irrational cognitions† are changed, this patient may experience considerable relief from his depression (Ellis, 2008) A Cautionary Statement About Psychotherapy Outcome Research Most psychotherapy outcome research is focused on short-term reduction of symptoms, and this is the reason why many â€Å"studies† find that cognitive-behavioral therapy is as effective as antidepressants in the treatment of depression. This has been a pretty consistent finding. However, cognitive-behavioral therapy is focused on â€Å"getting better† rather than â€Å"feeling better†. So while we are encouraged that clients improve their symptoms with cognitive-behavioral therapy, we are more interested in helping them with the underlying thoughts and core beliefs that caused their emotional distress, helping them rid themselves of problematic, inaccurate thoughts, and replacing them with thoughts that are healthy and accurate. This emphasis on â€Å"getting better† helps clients to do well long-term. Today, many treatment centers and facilities are very interested in having their staff trained in cognitive-behavioral therapy (Pucci, 2005). Christian Faith in Clinical Practice Use of Religious and Spiritual Resources in Therapy (e. g. , prayer, inner healing prayer, use of Scripture in therapy, referral to religious groups, etc. ); Dealing with Spiritual Issues in Therapy; Fostering Intrapersonal Integration and the Development of Spirituality in the Therapist and Client (Use of Spiritual Disciplines and Role of Authentic Disciplines or  Circumstantial Spiritual Disciplines); Mindfulness-based Cognitive Therapy (MBCT) that combines mindfulness training with CBT for the treatment of depression and its recurrence; Dialectical Behavior Therapy (DBT) with four major components: regulating affect, tolerating distress, improving interpersonal relationships, and training in mindfulness; Acceptance and Commitment Therapy (ACT) with six major components: acceptance, cognitive diffusion, being present, self as context with a transcendent sense of self, values, and committed action; Ethical Guidelines.

De nøgne træer essays

De nà ¸gne trà ¦er essays 1.Indledning............................................ side 3 2. Resum af bogen...................................... side 4 3. Holger og Gerdas forhold............................. side 4. Personkarakteristik af hovedpersonerne............... side 5. Fà ¦llesskabet i gruppen............................... side 6. Tema................................................. side 7. Konklusion........................................... side 8. Litteraturliste...................................... side Med omtrent 3000 timers sendetid p TV og utallige siders stof i aviserne er emnet 2. verdenskrig og frihedskà ¦mperne en ting som vi i de sidste par mneder har hà ¸rt om til hudlà ¸shed. Ikke desto mindre mener jeg at det er et spà ¦ndende emne at skrive om, da det er en epoke i Danmarks historie som ikke bà ¸r g hen i glemsel. Tage Skou-Hansens roman "De nà ¸gne trà ¦er" giver et lidt andet syn p modstandsbevà ¦gelsen end det gà ¦ngse hvor de stolte frihedskà ¦mpere drager i kamp mod overmagten for til sidst at tvinge den til fode. I denne roman bliver medlemmerne af frihedsbevà ¦gelsen skildret som almindelige mennesker, med almindelige problemer som forelskelser, nederlag og usikkerhed. Jeg vil i analysen af denne roman fà ¸rst starte med et kort resum, derefter vil jeg tage fat p: Holger og Gerdas forhold, s en karakteristik af hovedpersonerne, udviklingen i forholdet mellem Holger og Kjeld og til sidst fà ¦llesskabet i gruppen. I min konklusion vil jeg samle op p analysen, se p livssyn og fortà ¦lle om hvad der er blevet af de frihedskà ¦mpere der overlevede krigen. Hvad med deres bà ¸rn, er de p nogen mde blevet berà ¸rt af deres fà ¦dres engagement i frihedskampen. Nr der efter et citat str (s. xx), betyder det at det er en henvisning til romanen "De nà ¸gne trà ¦er". Romanens hovedperson er Holger der sammen med den noget à ¦ldre k...

Manson Family Member Lynette Squeaky Fromme

Manson Family Member Lynette Squeaky Fromme Lynette Squeaky Fromme Lynette Squeaky Fromme became the voice of the  cult leader, Charlie Manson when he was sent to prison. After Manson was sentenced to life in prison, Fromme continued to devote her life to him. To prove her devotion to Charlie, she aimed a gun at President Ford, for which she is now serving a life sentence. In 2009, she was released on parole. Unlike most other former Manson family members, it is said that she has remained loyal to Charlie. Frommes Childhood Years Lynette Alice Squeaky Fromme was born in Santa Monica, California on October 22, 1948, to Helen and William Fromme. Her mother was a homemaker and her father worked as an aeronautical engineer. Lynette was the oldest of three children and was one of the star performers in a childrens dance troop called the Westchester Lariats. The troop was so talented that they performed around the country and appeared on the Lawrence Welk show and at the White House. Fromme Leaves Home During Lyns junior high school years she was a member of the Athenian Honor Society and the Girls Athletic Club. Her home life, however, was miserable. Her tyrannical father often berated her for minor things. In high school, Lyn became rebellious and began drinking and taking drugs. After barely graduating, she left home and moved in and out with different people. Her father put a halt to her gypsy lifestyle and insisted that she return home. She moved back and attended El Camino Junior College. Fromme Meets Charlie Manson After a ferocious argument with her father over the definition of a word, Lyn packed her bags and left home for the final time. She ended up at Venice Beach where she soon met Charlie Manson. The two talked at length and Lyn found Charlie captivating as he spoke of his beliefs and his feelings about life. The intellectual connection between the two was strong and when Manson invited Lyn to join him and Mary Brunner to travel the country, Lyn quickly agreed. Fromme and George Spahn As the Manson family grew, Lyn seemed to hold an elite spot in the Manson hierarchy. When the family moved onto the Spahn ranch, Charlie assigned Lyn to the job of caring for 80-year-old, George Spahn who was blind and also the caretaker of the property. Lyns name eventually changed to Squeaky because of the sound she would make when George Spahn would run his fingers up her legs. It was rumored that Squeaky took care of all of Spahns needs including those of a sexual nature. Squeaky Becomes The Head of the Family In October 1969, the Manson family was arrested for auto theft and Squeaky was rounded up with the rest of the gang. By this time, some of the group members had participated in the infamous murders at the home of actress Sharon Tate and the murders of the LaBianca couple. Squeaky had no direct involvement in the murders and was released from prison. With Manson in jail, Squeaky became the head of the family. She remained dedicated to Manson, branding her forehead with the infamous X. Squeaky is Arrested Numerous Times The authorities did not like Squeaky or any of the Manson family for that matter. Squeaky and others she directed were placed under arrest numerous times, often because of their actions during the Tate-LaBianca trial. Fromme was arrested on charges including contempt of court, trespassing, loitering, attempted murder, and lacing a hamburger given to ex-family member Barbara Hoyt with an overdose of LSD. The Ever Devout Squeaky In March of 1971, Manson and his co-defendants were sentenced to death, later changed to a life sentence. Squeaky moved to San Francisco when Manson was transferred to San Quentin, but prison officials never allowed her to visit him. When Manson was moved to Folsom Prison, Squeaky followed and lived in a home in Stockton, CA with Nancy Pitman, two ex-cons, and James and Lauren Willett. Prosecutor Bugliosi believed the Willetts were responsible for the death of defense lawyer, Ronald Hughes. International Peoples Court of Retribution On Nov. 1972, James and Lauren Willett were found dead and Squeaky and four others were arrested for the murders. After the four confessed to the crime, Squeaky was released and she moved to Sacramento. She and family member Sandra Good moved in together and began the International Peoples Court of Retribution, a fictitious organization used to scare corporate executives into believing that they were on a large terrorist organizations hit list because they polluted the environment. Order of the Rainbow Manson recruited the girls as nuns for his new religion called the Order of the Rainbow. As nuns, Squeaky and Good were forbidden to have sex, watch violent movies, or smoke and were required to dress in long hooded robes. Manson renamed Squeaky Red and her job was to save the Redwoods. Good was renamed Blue because of her blue eyes. Assassination Attempt Red was committed to making Manson proud of her environmental work, and when she found out that President Gerald Ford was coming to town, she stuck a .45 Colt automatic into a leg holster and headed out to Capital Park. As Ford came through the crowd, Squeaky Red Lynette Fromme pointed the gun at Ford and was immediately taken down by the Secret Service. She was charged with attempting to assassinate the President, although it was later disclosed that the gun she carried did not have bullets in the firing chamber. Sentenced to Life in Prison As was the Manson way, Fromme represented herself at her trial but refused to present testimony that was relevant to the case and instead used it as a platform to speak about the environment. Judge Thomas McBride ultimately removed her from the courtroom. At the end of the trial, Fromme hurled an apple at U.S. Attorney Dwayne Keyes head because he had not turned over exculpatory evidence. Lynette Fromme was found guilty and sentenced to life in prison. A Less Than Model Prisoner Frommes prison days have not been without incident. At a prison in Pleasanton California, it was reported that she brought the claw end of a hammer down on the head of Julienne Busic, a Croatian Nationalist who was imprisoned for her involvement in a 1976 airline hijacking. In December 1987, she escaped from prison in order to see Manson who she heard was dying of cancer. She was quickly caught and returned to prison. She served until 2009 when she was released on parole. See Also: The Manson Family Photo Album Source:Desert Shadows by Bob MurphyHelter Skelter by Vincent Bugliosi and Curt GentryThe Trial of Charles Manson by Bradley Steffens

CORPORATE FINANCE Essay Example | Topics and Well Written Essays - 1500 words

CORPORATE FINANCE - Essay Example It had been generally assumed that there is an optimal mixture of debt and equity in a firm's capital structure that results in a shallow, U-shaped average cost-of-capital curve. That is to say, the market value of the firm will rise to a point with an increase in the debt ratio. Beyond that point, any increase in the debt ratio will cause the market value of the firm to decline. (Ariff and Lau, p. 391-410) Precisely, the traditional view states that capital structure may impact the cost of capital and in that way influence the value of a firm. It holds that the reasonable or rational use of leverage will decrease the total cost of capital primarily and therefore also add to value. When leverage turns out to be excessively high, beyond an optimal point, the cost of capital will begin to increase and hence the value will decline. There is no specific recognition of how to measure either a moderate or reasonable or optimal capital structure (Ariff and Hassan, p. 11). Some have accepted a moving average of historical capital structure; others have accepted an industry ratio. This concept is depicted through Figure 1 below: Although the traditional view appears to be substantially correct in relation to recognized real world behavior of capital structure, it suffers from lack of rigorous proof. ... b) The Independence Hypothesis: Modigliani and Miller (1958) Modigliani and miller 1were the first to develop a modern theory of capital structure supported by rigorous mathematical proof. The M&M (1958) theory is based on several simplifying assumptions: i. Perfect and frictionless capital markets with investors that behave rationally; ii. Individuals can borrow and lend at the same interest rate regardless the amounts; iii. No corporate or personal income taxes' iv. The firm's cost of equity depends upon its business risk class; v. Firms issue only risk-free debt and risk equity, and thus there are no bankruptcy costs; vi. Operating earnings of the firm are not expected to grow. The original M&M theory holds that the average cost of capital is independent of the firm's capital structure and equal to the capitalization rate of an unlevered stream of earnings at the capitalization rate appropriate to its risk class. As a result, the total market value of the firm is independent of its capital structure. Figure 2: Adopted from figure 5 Maugham, 2000, p.1 The original M&M result was obtained assuming perfect capital markets. Subsequent literature has relaxed the underlying assumptions of M&M's 1958 model. Stiglitz (1969) proved, using a state preference framework that the M&M result (1958) holds with risky debt, so long as there are no bankruptcy costs. Hamada (1969), using the CAMP, showed that the M&M result (1958) holds in a world where assets are allowed to have different risk classes. Mossin (1969), using a modified version of Sharpe's single-period asset valuation model, showed that in tax less, frictionless markets where there is no possibility that the firm will go bankrupt, changes in its debt-equity ratio will not alter the total market value of