English Language Education A Means Of Liberation And A...

and education in general as a means of liberation and a passport to enter the gateway of prosperity. Also, English language learning is viewed as an opportunity to excel in harsh extraordinary economy and lifestyle through the achievement of self -identity and growth through learning a foreign language. On another note, it is important to mention that political factors such as curfews, road dangers and road blocks, check points, limited funding and shelling in Gaza create challenging obstacles to foreign language learning. Adding to the challenges are social factors, especially those with relevance to females such as gender inequality and early marriages in a tribal society. Palestinian refugees value English education as a means of liberation and a passport to enter the gateway of prosperity. It will be worthwhile to investigate if English language education liberated them and how it influenced their lives in the previous years, especially females. On the other hand, Palestinian re fugees in Syria learn all lessons in Arabic and start French in later stages, while in Lebanon and Jordan refugee camps they learn English subject from the fifth grade. Some projects such as LEAP (Shine, parfà ¨, aspire, and rise) in the refugee camp in Lebanon provide a space and an opportunity for growth for Palestinian refugee youth to enhance their English proficiency, empower their analytical skills, and language capabilities through academic studies, and explore English language learning inShow MoreRelatedOne Significant Change That Has Occurred in the World Between 1900 and 2005. Explain the Impact This Change Has Made on Our Lives and Why It Is an Important Change.163893 Words   |  656 Pageslittle significance. But there is little agreement over when the twentieth century c.e. arrived, and there were several points both before the year 2000 (the collapse of the Soviet Union, the reunification of Germany, the surge of globalization from the mid-1990s) and afterward (9/11, or the global recession of 2008) when one could quite plausibly argue that a new era had begun. A compelling case can be made for viewing the decades of the global scramble for colonies after 1870 as a predictable

Corporate Social Responsibility Of India Essay - 1669 Words

CORPORATE SOCIAL RESPONSIBILITY IN INDIA â€Å"Crossing the Bridge from Knowing to doing† Jasleen Kaur Luthra* â€Å"Successful people have a social responsibility to make the world a better place and not just take from it.† Carie Underwood Abstract The 21st century is characterized by unprecedented challenges and opportunities, arising from globalization, the desire for inclusive development and the imperatives of climate change. Indian business, which is today viewed globally as a responsible component of the ascendancy of India, is poised now to take on the leadership role in the challenges of our times. It is recognized, world over that integrating social, environmental and ethical responsibilities into the governance of businesses ensures long tern success, competitiveness and sustainability. This approach also reaffirms the view that businesses are an integral part of society, and have a critical and active role to play in the sustenance and improvement of healthy ecosystems, in fostering social inclusiveness and equity, and in upholding the essentials of ethical practices and good governance. This also improves business sense as companies with effective CSR, have image of socially responsible companies and their products and services are preferred by the customers. 1. Introduction: One of humankind’s greatest challenges in this countryShow MoreRelatedCorporate Social Responsibility Of India Essay1888 Words   |  8 PagesCorporate Social Responsibility in India - An Effort to Bridge the Welfare Gap Dr.Mahendra Singh Associate Professor and Head department of sociology Madhav University, Pindwara, Sirohi Email Id- mahendrasinghparmar123@gmail.com Abstract Drawing on existing hypothetical and exact writing on the basis behind Corporate Social Obligation (CSR), this paper examinations the potential ramifications of commanded CSR under the as of late sanctioned Companies Act, 2013 in India on firm motivationsRead MoreSocial Accounting Practices in India as a Corporate Social Responsibility†2281 Words   |  10 Pagesâ€Å"Social Accounting Practices in India as a Corporate Social Responsibility† soniuttranchal@gmail.com Concept: The concept of Social Accounting originated in different forms by Adam Smith in 1776, Later on, Karl Marks and Engel also expressed their views about social costs in 1844. Pigou in 1920 also elaborated the divergence of Social and Private Costs. The concept of social accounting was clearly introduced in the 1970’s and later this concept received serious consideration fromRead MoreCoca Cola Social Responsibility And Sustainability1742 Words   |  7 PagesCoca-Cola Corporate Social Responsibility and sustainability Berlandie Benoit Professor Altamirano Monroe College: King Graduate School Abstract Large companies like Coca-Cola, have always engaged in corporate social responsibilities. The objective of this paper is to determine whether or not Coca-Cola fulfilled their social responsibilities in India. Coca-Cola had launched their sustainability framework as well as adopting the international Corporate Social Responsibility the Ruggie’s frameworkRead MoreCorporate Social Responsibility : A Comparative Study Of Sbi And Icici Essay1611 Words   |  7 PagesCorporate Social Responsibility: A Comparative Study of SBI and ICICI in India Ms. AnkitaPatel1 1Research scholar, Business Studies Dept., Sardar Patel University AdhyapakSahayak, Anand Law College, Anand-388001, Gujarat, India. Email – 2007ankitapatel@gmail.com Abstract: At present Banking sector plays a significant role in the development of the nation, not only as a pillar of the financial system of the nation but also by contributing toward the society. Corporate Social Responsibility (CSR)Read MoreThe Second Phase Indian Csr ( 1914-1960 )1363 Words   |  6 Pageswhich was consolidation and amplification of social development. During the whole period of struggle for freedom, Indian businesses proactively engaged in the process of reformation. Not only did firms see the country’s economic development as a protest against colonial rule, they also participated in its institutional and social development (India Partnership Forum 2002, 11). The vision of a free and modern India stimulated the involvement of corporate sector. Gandhi introduced the notion of trusteeshipRead MoreSocial Responsibility And Its Impact On Society1579 Words   |  7 Pagesconsidered to be the social responsibility for each and every human being on this planet, therefore sustainability, accountability and transparency of resources became the basic ingredients for social responsibility. Only in 1953, Bowen raised a question â€Å"What responsibility to the Society can business people be reasonably expected to assure† that evaluated the term Corporate Social Responsibility abbreviated as CSR. The CSR in 1966 was then defined as:â€Å"Social responsibility, therefore, refers toRead MoreHow Businesses Can Incorporate Csr Into Their Business Model1619 Words   |  7 Pagesways businesses can incorporate CSR into their business model. Introduction: Many large corporations are taking corporate social responsibility into account and making it a part of their everyday schedule. Over the past decades, there have been increasing concerns for general society that many businesses have little concern for the consumer and they care nothing about the deteriorating social order. But these days’ companies are encouraging employees to volunteer and make a difference in surroundingRead MoreThe Code Of Corporate Social Obligation Essay1557 Words   |  7 PagesIntroduction Corporate social obligation is an administration idea whereby organizations incorporate social and natural concerns in their business operations and collaborations with their stakeholders. CSR is by and large seen as being the path through which an organization attains to a parity of financial, natural and social goals while in the meantime tending to the desires of shareholders and stakeholders. The Indian Companies Act, 2013, which fuses CSR The Ministry of Corporate Affairs has advisedRead MoreCorporate Social Responsibility And Corporate Sustainability Essay1658 Words   |  7 PagesCorporate Social Responsibility Vs Corporate Sustainability in India: A case study on Aditya Birla Group Supriya Agarwal Abstract: Corporate Social Responsibility (CSR) is now a burning topic in India, which became prominent and most amplified in 2013 when companies were obligated to spend two percent of profit after tax in CSR activities set by the Ministry of Corporate Affairs, Government of India. Although, the concept of CSR is not new in India and has evolved and developed very well from hundredsRead MoreComprehensive Health Data Breach Response Plan906 Words   |  4 PagesName Course Title Date Definition Corporate social responsibility (CSR) is the ethical behaviour of a company towards society it operates in. It is a commitment to the concern to the society’s sustainability development. â€Å"Corporate social responsibility (CSR) is concerned with the ways in which an organisation exceeds its minimum obligations to stakeholders specified through regulation.† (Johnson et al 2010) CRS in the eyes of some corporates may vary but the underlying principle remains

The End or The Journey free essay sample

The End or The Journey? The Journey Is far greater than the inn. I am a sixteen year old girl. As a child, there is a long journey towards adulthood. There is the pleasure of the journey taken and the joy of the end. Some people may say that the journey is more memorable than the goal. Others may argue that the goals are the most memorable ones. I believe that the Journey a person takes has a more impact on the person. A Journey, by deflation, means a passage or progress from one stage to another. During Journeys, there are obstacles that the Journeyer has to overcome. The road towards my future goal would be able to modify my personality. The journey would allow myself to understand my personality even further. Also, the passage towards my future would grant myself the privilege of discovering who I am. I do not understand myself, but a part of the Journey is discovering what your intentions, dreams, actions, paths are. We will write a custom essay sample on The End or The Journey or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page The goal would still be at the end. However, the Journey Is a never-ending adventure. The Initial goal would waiver with each action, decision, made. The future is full of different paths, experiencing the different paths would transform a person into a new being. A person is similar to a caterpillar, a transforming creature. The caterpillar changes from a helpless creature into a powerful butterfly and humans grow with each experience they encounter. For example, each day that goes by, science is evolving by the scientists who encounter new Ideas, experiments, and results. Each day passes with change from within.As a future Is full of different paths, dreams are full of different results and mindsets. In he life Eve experienced so far, Eve been through many dreams and career paths, the journey towards my future is a never-ending experience. My first dream started as an artist during my elementary school days; that ended when I realized there were other people who were more talented In the arts. However, I continued to sketch as a hobby. My second career path was through history as an anthropologist; that career went down the drain because of money Issues.My third dream was a preschool teacher. That dream began with my love for children and Is still a possible career election for my future. My fourth career choice is a petrifaction. Although the choice of continuing school for a long time will probably backfire on me, the desire to help children has kept that dream alive. My fifth dream is to be an accountant, my current dream. All the different dreams Eve had over the years has set myself towards deferent results, but my ever-changing demeanor has confused my end result.The future is unclear and the path Is cloudy, the end Is a mystery and the Journey Is a challenge. People will grow as they move forward. However, there Is no guarantee of growth at the end of the road. The obstacles before a challenger calls for mistakes and growth, not perfection. The end is perfection, but the trek towards the end is full of mistakes, errors, and progress. That is why I believe that the Journey is greater than the goal. The End or The Journey By Cindy The Journey is far greater than the inn. I am a sixteen year old girl. As a child, there is a long Journey towards adulthood.There is the pleasure of the Journey taken and the Joy of the end. Some people may say that the Journey is more memorable than the goal. Others may argue that the A Journey, by definition, means a passage or progress from one stage to another. Towards my future goal would be able to modify my personality. The Journey would dreams, actions, paths are. The goal would still be at the end. However, the Journey is a never-ending adventure. The initial goal would waiver with each action, decision, new ideas, experiments, and results. Each day passes with change from within. As a true is full of different paths, dreams are full of different results and mindsets. In people who were more talented in the arts. However, I continued to sketch as a went down the drain because of money issues. My third dream was a preschool teacher. That dream began with my love for children and is still a possible career towards different results, but my ever-changing demeanor has confused my end result. The future is unclear and the path is cloudy, the end is a mystery and the journey is a challenge. People will grow as they move forward.

Literature Review on Quantum Computing †MyAssignmenthelp.com

Question: Discuss about the Literature Review on Quantum Computing. Answer: Literature Review-Quantum Computing Quantum computing is a complex type of computation that uses quantum-mechanical formula. The idea is still in its infant stage. Realization of quantum computing will result in way faster-processing units than the current binary digital computers; this is because quantum bits can have multiple states (from the superposition of absolute states) compared to binary bits that have only two definite states (ones and zeros). However, scientists are still conducting research to actualize the idea. As of now, the development of quantum computers, which are used in quantum computing, is still in its baby phases with a lot of experiments being carried out by a small number of quantum bits. Several scholars have written on the topic to explain quantum computing applications, its strengths and weaknesses, and the implication it has to the future of computing. Both practical and theoretical research continues with fund from both national governments and the military. Quantum Computing Applications Quantum computing aggregates theories from computer science, quantum physics, and classical information theory. Steane, A. (1998) summarizes the whole concept of quantum theory and the related computer information concept. The realization of the importance of mathematical information and physics has led to new technological developments in the field of quantum physics such as quantum cryptography, teleportation, and quantum error correction. The underlying theme for these applications lies in the concept of superpositioning of quantum states. Cryptography entails the involvement of the quantum states to perform secure transformation of information. The transmission of quantum states to facilitate reliable transmission is called teleportation. Quantum error correction involves preserving coherence when irreversible noise operations are present. These applications make use of both the classical information concept and computer science such as Shannon's theorem, Turing machines, computa tional complexity and error correcting codes. This article also talks about basic quantum ideas like quantum gates, data compression and qubits, teleportation and the no cloning feature. It contains superficial information about quantum cryptography since the idea is still in its infant stages. However, teleportation requires more research to help in its actualization since it is still in its infant stages. The author concludes by addressing potential areas of research in the field of quantum computing. Apart from the complex applications that need great physics and mathematical understanding, quantum computers can be used to perform simple processing tasks but in a faster fashion. According to Leuenberger and Loss, (2001), quantum computers are capable of outperforming the classical computers in searching databases and factoring numbers. It takes advantage of the parallelism of quantum mechanics to search databases quickly. The author also mentions Grovers algorithm which applies superpositioning of single-particle states of quantum physics and Shors algorithm that applies both entanglements of systems comprised of many particles and superpositioning. Recently, Rydberg atoms have been used to implement Grovers algorithm successfully. The author proposes the application of Grovers algorithm over Shors because it utilizes molecular magnets. The article also demonstrates theoretically that the molecular magnets are the ideal candidates for building efficient and dense memory devices. A single molecule can serve a dynamic random access memory. Therefore, quantum computers will be able to achieve processes that users of classic computers cannot fathom in a very small period. However, the concept is still not a reality; it requires more research and resources before it can be actualized. Hassan and Talib (2016) address the fields in computer science in which quantum computers can be used. One application is in quantum cryptography. The channels for transmitting qubits are secure. The protocols require a secured one-time key that heavily encrypts the information to be distributed. The BB84 protocol used for encryption can detect hacking attempts. Another application is quantum algorithms. There are many quantum algorithms. The most popular one is Grovers search algorithm (Leuenberger and Loss, 2001). Search the algorithms have multiple applications in the day to day world of computing. For example, a database search is a common use of such algorithms. Another popular algorithm is that for project scheduling called optimal quantum query algorithm. Quantum computers can also detect and correct classical errors such as bit flips by application of redundant correcting codes. The authors address complexity as the most crucial application in quantum the computing. The abili ty to solve complex theories gives it a huge advantage over classical computing. For example, some scientists have said that quantum Turing machines can be able to solve complex Church Turing problem. Understanding the applications of quantum computing and their benefits first need one to have an insight into the history of computing. Ifrah, Harding, Bellos, and Wood, (2000) write about the advancement in computing phase to the point of applying quantum mechanics. The book talks about the origin of numbers and the history of computations. The authors marvel at the advancement in computing from basic numbering systems to the simple processing of numbers in early computers. The advancement made the first computer users become curious about improving the binary systems to make great achievements in the scientific, technical, and conceptual fields. Similarly, achieving a computer system that is intelligent enough to perform its calculations without human involvement was attributed to be one of the greatest achievements in the history of computing. Therefore, the actualization of complex processes like teleportation will be a huge milestone. There is thus a need to speed up the process of applying quantum mechanics in computing to satisfy scientists curiosity among other reasons. Walther et al., (2005) also try to explain the physics behind quantum computation. He writes that these computations have their basis on the union of quantum logic gates which are capable of processing quantum bits (otherwise referred to as qubits). Briegel and Raussendorf proposed a one-way quantum processing machine that changed the general understanding of quantum computing understanding and the overall perception of quantum physics. This current model requires the qubits to in an initial entangled state. Then, there is a sequence of measurements in each qubit in the cluster as the units move in a classical feedforward fashion. The one-way computer cannot be reversed. The measurement choices and order determine the type of algorithm used for computation. Just like other applications and theories in quantum computing, the use of cluster state is currently under research to identify its feasibility in qubit operations. Strengths and Weaknesses Quantum computation complexity is an over the top exciting new area that touches on foundations of both theoretical computer science and quantum physics.The research before implementation of quantum computing encompasses an analysis of the concepts strengths and weaknesses. Currently, the general idea is that quantum computers are way better than the classical ones. According to Bennett, Bernstein, Brassard, and Vazirani, (1997), quantum computers are way powerful in terms of their processing speed. They can solve discrete logarithms in polynomial time by applying Shors algorithm. There is also prove that relative to a permutation oracle chose uniformly at random. However, Quantum Turing machines cannot solve permutations with the probability of 1. This concept has been proven in this article. According to an article by Zahid Hussain (2016), the best aspect of quantum computers is they are very secure, thus unhackable in regard to theory. They use observer effect, thus if you try to measure the parameter of a micro particle it will alter other as well thus resolving the major issue of communication. Every Attempt to spy on a communication will alter he transmitted message. The major reasons that make the quantum more secure area, firstly the unknown quantum state which can't be copied and thus nobody can take advantage of the unknown state. Secondly, attempts to measure or calculate the quantum state will definitely disturb the system, thus any message intercepted by eavesdroppers or receivers will be infected. Thirdly, if the state of quantum is measured and changed, it can't be reversed to its original state again. The above-mentioned aspect gives power to quantum computation and makes it very safe and secure for eavesdroppers. According to Gruska (2000), very high-level research is required for the quantum information to be standardized for it to be available for the public to use it. Hassan and Talib (2016) try to address the weaknesses and strengths of quantum computing by comparing it to the traditional computing. He summarizes the comparisons in a table. Serial No. Description Classical Computing Quantum Computing 1. Storage of information and representation. Information is stored in binary (0,1). Information is stored in quantum bits (qubits). 2. Information delivery The information can be copied without distributing. Does not support coping with distributing. 3. Information behaviour Information is unidirectional. Information is multidirectional. 4. Security Communication is prone to hacking. Communication cannot be hacked. 5. Noise tolerance Information can be transmitted via a noisy channel. It requires a noiseless channel for communication.. Apart from the comparisons made in the table above, quantum computers are still not a reality, unlike classical computers which have been used over and over. Therefore, people should not be too optimistic on the idea of quantum computing since it might end up disappointing. The applications are mere speculations of what they might achieve. Nobody is sure if they will be able to perform the applications mentioned by the scientists. Another weakness is that quantum computing is prone to inconsistencies due to its perturbation nature. Despite these weaknesses, quantum computing also has a fair share of its strengths. For example, information transmitted via qubits cannot be distorted by noise interferences. Quantum algorithms are designed to speed up decoding processes (Repolles, 2016). The ability to solve complex theories gives it a huge advantage over classical computing. For example, some scientists have said that quantum Turing machines can be able to solve complex Church Turing problem. Future Implications of Quantum Computing The concept of quantum computing is a brilliant one that can result in lots of technological impacts in the future of humanity. According to Hassan and Talib, quantum computing is a sign of changes in the following fields. The first implication would be safer airplanes. The author argues that the jet software that are currently too complex for the classical computers would be easily handled by the quantum computers. A developer of a quantum computer called D-Wave by the name Lockheed Martin has plans to use his machine for this application. Achieving this application will be a huge boost to the air travelling industry. The second implication would be the discovery of distant planets (Knill,2005). Quantum computers will be capable of aggregating and analyzing information collected by the spaceships and the telescopes. Such information will be important in searching for other planets with similar characteristics as planet earth. Another major implication will be a boost in the Gross Do mestic Product (GDP). Personalized advertising can be made possible from information collected and stored by quantum computers (Nielsen and Chuang 2010). This will, in turn, improve consumer spending and therefore improve the countrys GDP. The actualization of quantum computing will be beneficial to the health industry and its search for a cancer solution. It helps to detect the cancers earlier in the patients through the computational models that will help in determining the development process of diseases. Earlier detection of cancers will be huge for the health industry since it will greatly reduce the mortality rate. Meter and Oskin (2006) also address the implications of quantum computing specifically for the computer architecture industry. This article describes the desired speeds and sizes of systems that would make the actualization of quantum computing a reality. Other engineering areas to be looked at are concurrency, network topologies, storage capacity etcetera. The engineering field will have to research more on how to adjust their hardwares to cope up with the fast processing speeds of the quantum computers. Additional investment is thus required in the hardware industry as the research of quantum computing keeps getting closer and closer to actualization (Stepanenko, Trif and Loss, 2008) Methodology Renner, R. (2008) used quantitative analysis to research on the security issues of quantum computing. He also interviewed several computer scientists to find out about how secure the quantum computers will be if actualized. The channels for transmitting qubits are secure. The protocols require a secured one-time key that heavily encrypts the information to be distributed. The BB84 protocol used for encryption can detect hacking attempts (Hassan and Talib, 2016). In addition, the variables in quantum computing concept make the networks and communication channels secure. The qubits cannot be transferred through noisy channels which may be prone to interfering with the communication. Such facts can only be obtained from conducting extensive researches in the internets and also understanding the history of computing. The history helps researchers to identify specific areas to research upon (Ifrah, Harding, Bellos and Wood, (2000). Most of the information on the materials used originate from scientific journals and reports. There are many sources for the future applications of quantum computers. According to Leuenberger and Loss, (2001), information on the algorithms of quantum computers is readily available in computer science journals that are all over the internet. Despite the fact that the journals may slightly differ in details and the specific area of specialization, all point to the common part that quantum computing is still a dream that needs more research. However, there have been positive reports on the building of quantum computers. For example, a developer of a quantum computer called D-Wave by the name Lockheed Martin has plans to use his machine for jet softwares applications. This will contribute hugely to the safety of airplane industry (Steane, 1998). Conclusion In conclusion, there have been breakthroughs in the research for quantum computing such as the building of D-Wave computer by Lockheed Martin (Hassan and Talib, 2016). The future of computing is thus bright considering the amount of effort and resources put in the research for the actualization of quantum computing. The applications of quantum computers include quantum cryptography, ability to solve complex Turing processes, teleportation and many other (Williams, 2010). As much as the application sounds too good, people should not be optimistic about the concept since other scientists claim that it may not be a reality. Similarly, as much as the quantum computers have their strengths in terms of processing speeds and a lot more, they also have major weaknesses. However, we should be hopeful that the theory becomes a reality since its implications show major improvements in the health industry, airfield industry and many more (Obrien, 2007). Finally, quantum computing still needs mor e research; governments should increase their funding to improve the resource for conducting the studies. References Bennett, C. H., DiVincenzo, D. P. (2000). Quantum information and computation. Nature, 404(6775), 247. Bennett, C. H., Bernstein, E., Brassard, G., Vazirani, U. (1997). Strengths and weaknesses of quantum computing. SIAM journal on Computing, 26(5), 1510-1523. Gruska, J. (2000). Descriptional complexity issues in quantum computing. Journal of Automata, Languages and combinatorics, 5(3), 191-218. Hussain, Z., Talib, A. Strengths and Weaknesses of Quantum Computing. Ifrah, G., Harding, E. F., Bellos, D., Wood, S. (2000). The universal history of computing: From the abacus to quantum computing. John Wiley Sons, Inc. Knill, E. (2005). Quantum computing with realistically noisy devices. Nature, 434(7029), 39. Leuenberger, M. N., Loss, D. (2001). Quantum computing in molecular magnets. Nature, 410(6830), 789. Marinescu, D. C., Marinescu, G. M. (2005). Approaching quantum computing (pp. 1-41). Pearson/Prentice Hall. Meter, R. V., Oskin, M. (2006). Architectural implications of quantum computing technologies. ACM Journal on Emerging Technologies in Computing Systems (JETC), 2(1), 31-63. Nielsen, M. A., Chuang, I. L. (2010). Quantum computation and quantum information. Cambridge university press. O'brien, J. L. (2007). Optical quantum computing. Science, 318(5856), 1567-1570. Renner, R. (2008). Security of quantum key distribution. International Journal of Quantum Information, 6(01), 1-127. Repolls Rabinad, A. M. (2016). Quantum computing with molecular magnets (Vol. 131). Prensas de la Universidad de Zaragoza. Steane, A. (1998). Quantum computing. Reports on Progress in Physics, 61(2), 117. Stepanenko, D., Trif, M., Loss, D. (2008). Quantum computing with molecular magnets. Inorganica chimica acta, 361(14-15), 3740-3745. Walther, P., Resch, K. J., Rudolph, T., Schenck, E., Weinfurter, H., Vedral, V., ... Zeilinger, A. (2005). Experimental one-way quantum computing. Nature, 434(7030), 169. Weber, J. R., Koehl, W. F., Varley, J. B., Janotti, A., Buckley, B. B., Van de Walle, C. G., Awschalom, D. D. (2010). Quantum computing with defects. Proceedings of the National Academy of Sciences, 107(19), 8513-8518. Williams, C. P. (2010). Explorations in quantum computing. Springer Science Business Media.