Bretagne France free essay sample

Bretagne is found along Frances northern shore. Bretagne is also called Brittany and sometimes referred to as little Britain. It is a land of enchantment and wonders. It features rugged coastlines with some of the worlds most breathtaking views. It features more than 4,000 castles and medieval homes. Its an ideal destination for water sports enthusiasts, lovers of fine cuisine and seafood, and anyone fascinated by legends and history. The attractions, weather and scenery, and the festivals are what attract people the most. This region is full of numerous world-class museums and historic attractions. One of the best places to visit while in Brittany is Oceanopolis. It features 50 aquariums from tropical and polar species. The cathedral of St. Pierre and St. Paul is one of the last Gothic French cathedrals. The chateau de Combourg is a beautiful castle surrounded by greenery and water. The Grand Phare or Great Lighthouse is also a great place to visit, being 300 feet high. We will write a custom essay sample on Bretagne France or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page And finally the musee de la Faience is devoted to the famous pottery. Other fun things to do are outdoor water sports, including sailing, kayaking, surfing and scuba diving. Spa seawater treatments are also available for relaxing purposes. Being close to the ocean, the weather is fairly nice and warm year round. Rain occurs regularly which keeps the countryside green and wooded. Although it rains often, cloudless days are common and sunny in Brittany. In Brittany a common expression and response to people complaining about the rain is En Bretagne, il ne pleut que sur les cons, which literally translates as In Brittany, it only rains on the idiots. This means that if you don’t like Brittany, you should leave. Brittany has many festivals and events. They reflect Brittany’s culture and energetic music and dance. Some cultural festivals include the festival de Cornouaille, which is a festival that displays Brittany’s cultural diversity. Les Filets Bleus celebrates fishing traditions and the Festival du Film Britanniqu previews British films in France. Music festivals are also popular in France. Astropolis is a techno music themed festival celebrated in July. La Route du Rock plays pop and rock music. Les Transmusicales is known for showing brand new acts for undiscovered bands. They also have a festival all about activities dealing with the sea. The Fetes Maritimes de Brest is a sailing event that takes place every four years. The next race happens in July of 2012. La Route du Rhum is a transatlantic yacht race which also takes place every four years. The next race will be in November of 2014. Bretagne is a beautiful, fascinating mix of spectacular coastlines, ancient towns, magical islands and inland woods. With so many attractions and activities you will never get bored. The scenery and weather is unforgettably amazing. The festivals attract many tourists and French people to the area.

Cricket in Times Square book report Essays

Cricket in Times Square book report Essays Cricket in Times Square book report Paper Cricket in Times Square book report Paper Name Class Date Imagine that you were living In a peaceful country with grass, trees, birds And suddenly you were moved to an extremely crowded clay Everything Is strange, and new for you. Do you think you will like it? This is the story of a fictional book called The Cricket in Times Square by George Selene, where a cricket who came from Connecticut starts living a new life in New York. Chester, the cricket is a very good singer. His owner is a newsstand boy called Mario. He finds Chester under a pile of papers, and he felt like he wanted to have Chester as a pet immediately when he first sees it. The problem is that Chester is from the country, which Is different from New York. So, Tucker the mouse and Harry the Cat helps Chester get used to this new city, and also become friends with Chester. As Chester Impresses people by singing Its songs, they make their own concerts. Tucker becomes the manager, and Chester sings the songs. People in the station enjoy and even poke their fingers in Cheaters cage, which Chester doesnt like. He wants to go home, but he also doesnt want to because he just didnt want to leave money who took care of him everyday. Also, he doesnt want to leave his new friends behind. Will Chester choose home or friendship? This is a great book that shows friendship. For example, usually mice and cats are enemies. But in this book, the mouse and the cat are friends. And usually when you see a cricket In the streets, what would you do? If I was In that situation, I would say Newman. , and run away. But Moral accepted Chester as a pet regardless of what Mama and Papa Bell said. The book has no enemies between the characters, which makes it appropriate for all ages. But since it is not a picture book, I do not recommend it to kids under six years old. But once you read the book, you will get sucked into the book like me, and not put it down Cricket in Times Square book report By zee_teacher Imagine that you were living in a peaceful country with grass, trees, birds And suddenly you were moved to an extremely crowded city! Everything is strange, and new for you. Do you think you will like it? This is the story off fictional book called room the country, which is different from New York. So, Tucker the mouse and Harry As Chester impresses people by singing its songs, they make their own concerts. Wants to go home, but he also doesnt want to because he Just didnt want to leave you see a cricket in the streets, what would you do? If I was in that situation, I would say Mew. , and run away. But Mario accepted Chester as a pet regardless of what Mama and Papa Beeline said. The book has no enemies between the characters, sucked into the book like me, and not put it down!

Specific Learning Difficulties, Dyslexia Assignment

Specific Learning Difficulties, Dyslexia - Assignment Example In understanding the relationship, it is also imperative to define social construction. As documented by Burr (1995), social construction is advanced by the social constructionist theory, which is a sociological theory that describes how the objects of consciousness or social phenomenon thrive in the social contexts. Thus, when dyslexia is described as a subject of social construction, it implies it is simply an attribute of contingent aspects of social perceptions, as opposed to the attributes that are possessed by Dyslexia. Social constructionism notions can be earthed based on reality because it is often biased form reality. It is as a result of stance that assumed and which takes knowledge for granted (Lamond & Wiseman n.d).As far as social construction processes and marginalization process is concerned, Bourdieu proposes that behaviours and patterns of human behaviours, as well as groups of people can be predicted because they tend to assume a certain trend. These assume a socia l structure that is hegemonic in nature. Consequently, certain groups of people or individuals become limited by such social structures. Another perspective of relevance regarding social construction is that perspective advanced by Foucault. Foucault theorizes that there are various notions that are considered to be worthwhile or that which represents the truth. In the real sense, such notions are only social constructed and function to constrain their effectiveness and inconvenience, other people. Â   other people. As far as Dyslexia is concerned, these views can be hardly disputed. They are a representation of reality in the events that play in areas of contact by the dyslexia people. It has also been evidenced in other areas such as those that touch on masculinity, as evidenced in Davies (2008) and genders issues (Skelton and Francis, 2009; Skelton, 2010). What is Dyslexia? To begin with, according to British Dyslexia Association (2013), dyslexia is defined as condition characterized by the

One flew over the cuckoo's nest Essay Example | Topics and Well Written Essays - 1500 words

One flew over the cuckoo's nest - Essay Example Originally entering the ward in a bid to escape having to serve jail time, McMurphy quickly sizes up the other patients and determines what each can do to help make his stay in the ward more comfortable and exciting. However, as he comes into direct conflict with the high level of manipulation and oppression directed through the heavy hand of Big Nurse Ratched, the Irishman's energy and focus becomes a driving need to thwart her efforts. Since it appears that Nurse Ratched's primary goal is to keep the patients on the ward completely subdued and under her control, McMurphy concentrates on helping them recover their own sense of power and independence. As he constantly challenges Nurse Ratched's authority and demonstrates to the men on the ward that they have their own inner power to defy her wishes, McMurphy reveals to the men various ways in which they can help themselves break out of the mental traps in which they'd allowed themselves to be trapped. Although he didn't set out to em power the patients or to play any role positive or negative in their rehabilitation, it can be argued that Randy McMurphy was more successful than Nurse Ratched in rehabilitating the patients. By comparing Nurse Ratched's approach to the patients with McMurphy's approach, it is easy to see that even though both characters lost something important to them, McMurphy was more successful in helping these patients rehabilitate. It is clear from the beginning of the book that Nurse Ratched's primary goal is to ensure all the people within her domain are completely subjugated to her command so that she can 'fix' them the way she sees fit. Her purpose in working with the patients is to break them down until they are completely submissive to her instructions and desires. These desires are that the patients be fixed to work like the well-oiled machine they were intended to be, which the narrator makes clear right away in his description of the tools of her trade that she carries in her handba g: "there's no compact or lipstick or woman stuff, she's got that bag full of a thousand parts she aims to use in her duties today - wheels and gears, cogs polished to a hard glitter, tiny pills that gleam like porcelain, needles, forceps, watchmakers pliers, rolls of copper wire ... " (10). The tools of her trade are the tools of a mechanic intent on putting broken machines back together. There is no sense that she values the human spirit that ignites each soul as she works to break down the patients' resistance so that she can organize their universe for them. "The Big Nurse tends to get real put out if something keeps her outfit from running like a smooth, accurate, precision-made machine ... what she dreams of there in those wires is a world of precision efficiency and tidiness like a pocket watch with a glass back" (30). This concept of the patient as a broken clock continues to be mentioned by the narrator, Chief Bromden, who illustrates the fear and mistrust the other men hav e of her motives. She appears in her description like a giant mechanical spider sitting â€Å"in the center of this web of wires like a watchful robot, tend[s] her network with mechanical insect skill, know[s] every second which wire runs where and just what current to send up to get the results she wants† (30). Whether or not she is truly intent on helping these men heal within the limits

Topic will be based on which book you choose Term Paper

Topic will be based on which book you choose - Term Paper Example The constant commercial pommeling that teenagers are exposed to regularly makes them give in to the pressures of being considered cool by their peers, which in turn works in the corporations’ favor (Quart 32). In addition to all the above, the growing need to incorporate sex in some of these advertisements is making its way into the lives of teenagers and younger children. Recent sources in different organizations can attest to this. This paper will examine aspects of the book and relate it to an advertisement, and the impact it might have on its target market. At a particularly young age, teenagers and pre-teenagers are forced into different loyalty schemes by corporations that use their peers to market and sell their products. In Branded, the author brings into account the fact that corporations are having a higher stake in schools than they possibly should. In the past, countless groups, including parents and politicians, were at the forefront trying to resist the notion of advertising in schools. However, the current situation of sponsorship that most corporations boast of is making this a difficult task. Corporations, at present, have more shares in schools than any other party, and they are using this to their advantage. Brand-afflicted teenagers are now everywhere, but there might be time to save some of the young ones from the menace that is branding (Quart 47). Target audience Victoria’s Secret is one brand that is affiliated with the imagery of sex and sex appeal. In most of their advertisements, models and people wearing their lingerie appeal to the adults and market that tends to grasp the concept of being sexy. However, lately the brand has been moving toward a different market altogether. In a recent advertisement, â€Å"Bright Young Things,† the brand has brought to light their aim for a younger market. Teenagers and pre-teens who want to be considered cool are now looking toward Victoria’s Secret line of lingerie in a bid to look older, or more sophisticated. Parents are being forced to give in to the pressure of their young children who demand such clothing, and it is obvious that once children catch on to this brand, there is no turning back. It is next to impossible for the children not to remain loyal to the brand, if they start when young (Lutz 1). Aspects of the demographic The income and lifestyle of teenagers and pre-teens cannot be questioned as it is not impossible to pinpoint exactly where they get their income, or lifestyle choices. These aspects are influenced directly by their parents, immediate family members, and even friends. The little income that teenagers may receive is probably from allowances that parents offer their children once they partake of certain activities. However, as the issue of branding and marketing takes precedence in most schools and areas (Quart 53), teenagers are looking for different avenues which can work toward increasing their capital. It is this aspec t that sheds light on why teenagers look for different jobs during the summer and spring-breaks. More money means more savings, which ultimately leads to lifestyle autonomy. Parents have little or no say in the matter once their children start buying their own clothes, using their hard-earned money. Alissa Quart takes the reader into the processes used by corporations to attract teens and pre-teens into their branding world, and why it is particularly easy for teens to succumb to these schemes. The first aspect that comes into play is the use of people their own age to

Perovskite Electrocatalyst for CO2 Reduction Design

Perovskite Electrocatalyst for CO2 Reduction Design Theoretical design of efficient perovskite electrocatalyst for CO2 reduction Summary This project aims to engineer perovskite materials as efficient electrocatalysts for CO2 to fuel conversion. Perovskite are appealing candidates because of their wide ranging and complex electronic structures. There is a scope to break some of the limitations of metallic catalysts to come up with new efficient electro catalyst. The endless varieties of electronic properties oxides’ show are truly astounding. We would like to search this large materials space systematically for possible catalyst with improved activity for CO2 reduction. However, they should also be active, stable and conductive at relevant potentials to meet application targets. Identification and establishment of design principles for efficient oxide catalyst for CO2 reduction will mark the scientific part of this project. Efforts to be made for predicting molecular pathway of CO2 reduction reactions and develop unified search criterion like descriptors regarding these reactions. Then this knowledge to be appl ied for high throughput computational search for best perovskite electrocatalysts. In this project we plan to utilize the latest simulation methodologies developed based on density functional theory (DFT) towards understanding the molecular mechanism of CO2 to fuel conversion on oxide surfaces. Further on, we will explore kinetic barriers using nudged elastic band (NEB) method to come up with possible efficient electro catalyst. Introduction and perspective on impact Global energy consumption will increase manifold in a few decades as larger fraction of world population achieves higher quality of life. This demand could be met from fossil fuels, particularly coal. However, in recent time, carbon dioxide level in the air has reached the highest (>400 ppm) of the last 20 million years, causing radical and largely unpredictable changes in the environment. Thus to maintain sustainability for human kind, it will require invention, development, and deployment of carbon-neutral energy production at a scale larger than, the entire energy supply in modern civilization. To support high penetration of renewable energy sources such as solar and wind power it would require a commensurate increase in energy storage capacity to integrate them into the electrical power grid. This is to facilitate reliability in power delivery by smoothing out the large fluctuations. Electrochemical conversion of CO2 and H2O into liquid fuels is the holy grail where high density renewable energy storage and CO2 capture meet each other. However, no electro-catalyst known to man can catalyse this reaction efficiently. Copper (Cu) is the only metal with considerable activity, but its efficiency and selectivity for liquid fuels are far too low for practical use. Ruthenium dioxide can convert CO2 to methanol at a low overpotential, however, the process is rather unselective and ruthenium is extremely scarce. It is of utmost importance to discover efficient electro catalyst with low over potential, high faraday efficiency and most importantly, made of earth abundant elements. Recent success obtained in photo electrocatalytic reduction of CO2 on SrTiO3 surfaces and electrocatalytic reduction of the same on Lanthanum Strontium Cuprate perovskite leads us towards selecting oxides especially perovskite as the most promising class of materials to study. The potential phase space of (mixed metal at A and B site) perovskite materials is very large, thus experimentally testing all compounds is not practically feasible, but has to be narrowed down through computational screening. Simulation science has taken up a key role in development of new energy materials in the last couple of years, through computation of materials properties, which are difficult to measure experimentally. Development in computer power has enabled large-scale materials screening and design at atomistic scale. Within catalyst design, simulations can identify restrictions on catalyst activity and selectivity caused by scaling laws, and these laws enable efficient prediction of activity or selectivity for possible new catalysts. Background Hori did seminal work on electrochemical reduction of CO2 on pure metals. Cu is the only metal that does not desorb CO and can uniquely reduce CO2 to significant quantities of hydrocarbons (mainly CH4 and C2H4). Reduction of CO2 on Cu is accompanied with a very high over-potential that hinders this reaction from being energy efficient. Recently, a mechanism that explains coppers unique ability in reducing CO2 to hydrocarbons and the origin of the high over-potential for the reduction of CO2 was identified by DFT calculations in conjunction with computational hydrogen electrode (CHE) model. Since electrochemical CO2 reduction to methane is an eight electron-proton transfer step that has seven intermediates, finding the best catalyst in principle demands understanding of a seven-dimensional molecule surface interaction space. Fortunately, the binding energies of carbon bounded species and oxygen bounded species scale with the binding energies of CO and OH, respectively. These correlati ons reduce the dimensionality to two binding energies but make it difficult to change the binding energies independently. Based on different reaction pathways and scaling relations Peterson and co-workers constructed volcano plots for different metals. It was shown that regardless of the reaction pathway, changing the metal surface marginally changes the over-potential. This helped to move the focus on other class of catalysts e,g, rutile oxides (Ru/Ir/Ti) can catalyze the conversion of CO2 to alcohols. However, very little is known about the reduction of CO2 to alcohols on oxide electrocatalysts. As the binding energies of OH/CO vary much widely on oxides than metals, it is possible to have different pathways and thermodynamic limiting steps on oxide surfaces than metallic ones. That makes template based computational search much more challenging, at the same time opening up possibilities of adsorbate-surface binding energies away from the established scaling laws. In general, there are three criteria that should be fulfilled by a newly proposed catalyst material: The catalyst should have high selectivity towards desired product It should have high energy efficiency, i.e. low reduction over-potential It should be stable at potentials of interest so that the activity does not degrade over time It should have sufficient electronic/polaronic conductivity Research plan For the thermodynamic pathway of the reactions, computational hydrogen electrode model will be followed to calculate the potential dependent reaction free energies from density functional theory based calculations using BEEF-vdW functional and PAW method as implemented in VASP. Corrections for zero point energy, heat capacity, entropic contribution and other energy correction for free molecules will be taken into account. Usage of BEEF-vdW functional will enable the estimation of errors in first principles calculations and describe proper long range van der Waals interaction between adsorbates and surfaces. Statistical tools will be used to calculate corrections from vibrational modes of the adsorbates. In addition, to describe correctly the electronic structure of late transition and rare-earth metals, Hubbard U correction method will be employed as and when required. To know atomic structure of the catalyst surface, which is key to these calculations, potential dependent surface Po urbaix diagrams will be constructed. Kinetic barriers for individual reaction steps will be searched with the climbing image nudged elastic band (CI-NEB) method. This method lets us find saddle points and minimum energy paths between two atomic configurations and works by optimizing a number of intermediate images along the reaction path. Using this methodology to study CO2 reduction over a handful of well-known perovskite materials, we will be able to establish activity descriptors for favorable catalysts. Through Brà ¸nsted–Evans–Polanyi relation between the activation energy and the reaction energy extends scaling laws to kinetic barriers as well. Using thermodynamic and kinetic scaling laws, it will be feasible to define most critical descriptors of the many electron reactions. These descriptors along with selectivity based parameters (e.g. suppressed hydrogen evolution) will be used to screen through a really large phase space of perovskite structures constructed in a 2x2x2 supercell (40 atoms) by using a large number of different elements in A/B or anion site as well as vacancies which are common in many perovskite materials. Significant fraction of these hypothetical structures will be discarded through simple rules like oxidation number sum, Goldstein’s rule and Valence Bond models. In th e screening process, the stability of possible structures are assessed using an accurate scheme of comparing the total energy of each compound to a pool of reference systems using a linear programming algorithm, to determine whether the material is stable or not. The further level of screening will include looking for materials with small or no bandgap using GLLB-sc functional. This is a crude approximation for screening purpose. For few selected structures, other conduction mechanism such as quantum tunneling or polaron hopping will be studied in more detail using Marcus theory for polaron hopping and non-equilibrium Green function based transport modelling. Even with the large reduction in search space through simple rule based screening, it will be impossible to perform DFT calculation for all of the possible structure. A genetic algorithm based search will enable us to effectively get the fittest candidates with existing computational resources. The parameters for the fit function will be similar as discussed above. Concepts of mutation and crossover will be used for quick searching. The project will be carried out in collaboration with experimentalist from DTU Energy Conversion (Prof. Nini Pryds and his group) and DTU Physics (Prof. Ib Chorkendorff and group). This will enable rapid experimental validation of predicted materials as effective CO2 reduction electrocatalyst. Work package and milestones WP1: Establish reaction mechanism (Jan 2015 – Aug 2015) 1.1 Calculate atomistic structure of SrTiO3 and NaNbO3 (100) and (110) surfaces from surface Pourbaix diagram 1.2 Study wide variety adsorbates to confirm reaction pathway to alkane and alcohols 1.3 Estimate kinetic barriers for the reaction paths WP2: Search for Descriptor (Sept 2015 – Feb 2016) 2.1 Calculate thermodynamic and kinetic barrier for CO2 reduction reactions for larger number (~50) of well-known perovskite. 2.2 Study these barriers for identifying best descriptors for the reactions 2.3 Do micro-kinetic modelling of the system considering different final products both carbonaceous and hydrogen based of the descriptors of reactions, to define region of selectivity and low over-potential requirement. WP2: High throughput computing based catalyst search and validation (Mar 2015 – Dec 2016) 3.1 Setup Computational infrastructure (e.g. software framework working in unison) required for screening methodology over billions of structures. The layers in the screening (rule based and calculation based) as well as the genetic algorithm based evolutionary search tool has to work in tandem. 3.2 Perform the large scale search for optimum binding energies, kinetic barrier, conductivity and selectivity through GA based exploration of the phase space. The fit criterion for a specific product to be defined based on the results of the micro-kinetic modelling. 3.3 Synthesize and run experiments for measuring activity of a handful of selected candidates for different end products Resource requirement The scale of the computational search and complexity requires tier0 type supercomputing infrastructure. I expect to be able to use ~8 million cpu hours in the DTU HPC resource – NIFLHEIM. Applications have also been made for another 20 million cpu hours under the European supercomputing program – PRACE. Scientific dissemination The fundamental insight developed, catalyst predicted and validated throughout this project will generate utmost interest in the catalysis for sustainable energy field internationally. Thus findings will be published in peer-reviewed journals with a high visibility. Such publications can be expected during 4Q of 2015 and 2016. Preliminary results will be presented at relevant conferences within the fields of electrocatalysis, computational electrochemistry and surface science. Besides contributing to fundamental insight the project is focused on specific catalyst design and it is therefore an objective that one or more patents will be filed for at the end of the period.

Comparison of Dylan Thomas Fern Hill and Robert Frosts Birches Essay

Comparison of Dylan Thomas' Fern Hill and Robert Frost's Birches Poets often use nature imagery to comment on the relationship between humans and the natural environment surrounding them. Traditionally, this relationship is portrayed in a positive manner as it places emphasis on the concept that nature is representative of beauty; consequently, embracing this representation will enlighten the human experience. The facets of that relationship are represented within Dylan Thomas' "Fern Hill" and Robert Frost's "Birches". Both poets invoke an image of nature that is picturesque, serene and innocent in order to convey a message that one can have a fulfilling life if they focus on the beauty that exists within the primary world. Conversely, Coleridge's "Dejection: An Ode" contains a different interpretation of what one's relationship with nature should involve. The speaker feels that a simple appreciation of beauty is insufficient; one must identify with that beauty through the soul in order to be enlightened. Despite the fact that "Fern Hill" and "Birches" initially appear to express satisfaction about the value of superficial human experiences, when analyzed in conjunction with "Dejection: An Ode", the meanings of these two poems are altered. Frost's "Birches", Thomas' "Fern Hill" and Coleridge's "Dejection: An Ode" all convey different levels of dejection upon initial examination; however, when contrasting the expressions of the speaker and the imagery patterns of the poem, these levels of dejection become increasingly ambiguous. The relationship between the... ...rly, all three poems contain elements of dejection at one point; however, the presence of that dejection is tested in Coleridge's case, and increased within the Frost and Thomas poems. It is incredibly ironic that the one poem that was an ode to dejection turned out to be the most positive of the three. WORKS CITED Coleridge, Samuel Taylor. "Dejection: An Ode." The Broadview Anthology of Poetry. Eds. Herbert Rosengarten and Amanda Goldrick-Jones. Peterborough: Broadview P, 1993. 183. Frost, Robert. "Birches." The Broadview Anthology of Poetry. Eds. Herbert Rosengarten and Amanda Goldrick-Jones. Peterborough: Broadview P, 1993. 410. Thomas, Dylan. "Fern Hill." The Broadview Anthology of Poetry. Eds. Herbert Rosengarten and Amanda Goldrick-Jones. Peterborough: Broadview P, 1993. 632.