PNAS Article Emotional Contagion Research

PNAS Journal Article Summary
This article, or rather, dissemination of research findings, appears via direct submission to the June 17, 2014 edition of the Proceedings of the
National Academy of Sciences (PNAS) Journal. The research conducted in this experiment tracked, for a week, the Facebook correspondence and
emotional responses of almost 700,000 randomly selected participants. The goal of the expedient was to prove that "emotional states can be
transferred to others via emotional contagion, leading people to experience the same emotions without realizing it," (Kramer, A. D. I., Guillory, J.
E., & Hancock, J. T). This study is not only reputable because of the medium it appears in, but because of the authors and conductors of this study.
Adam D.I. Kramer is the main author of this article as he was the one who performed the research and analyzed the data from it. He was very well
qualified to collect and analyze this date since he is part of the core data science team for Facebook, the social network analyzed in this research. His
main areas of study include "tracking what type of groups are coming together and why certain groups are more active than others," (Chamberlin). In
addition, his greatest contribution to Facebook stemmed from this research and his creation of a "'Gross National Happiness Graph,' which ... Show
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Guillory was not without impact as she helped to design the research and then write its findings with the other two authors. At the time of this study,
Jaime E. Guillory was a graduate student at Cornell University, and worked with her professor, Jeffery T. Hancock on this research. Guillory is now
a "postdoctoral fellow at the Center for Tobacco Control Research and Education" in San Francisco. Her research is focused on using "social media to
understand how social support and social influence processes can be used in developing smoking prevention and cessation interventions," (Jaime
Guillory). This project likely helped to show her skills to her current
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Biotic Response For Climate Change
Each research and broader impacts experience has built a platform to stand a career on, creating marketable skills, and long term plans for my future
as an academic scientist, educator, and member of society. My research today is about biotic response to climate change; it rests on my past
experiences in paleobiology and physical climate science, and will be stabilized by my growing interests in environmental chemistry and ecology. My
broader impacts have a foundation in working with underserviced communities in the sciences; my proposed plan creates a custom structure for each
student, teacher, and volunteer. Thoughresearch and broader impacts seem separate, while I am working my final goal is always to communicate my
ideas to the public and increase our society's understanding of our world. Creating teaching materials, communicating my ideas, and building programs
customized for a specific problem are skills that are needed for both academic research and outreach goals.
RESEARCH EXPERIENCE
I began constructing my research interest by exploring paleobiology at the University of Michigan. I charted a project with Prof. Tomasz Baumiller
from conception to publication (Meadows et al. 2015, in press Palaios). This project was a small part of a much larger goal of examining the
evolutionary and ecological history of echinoids. To add to this growing body of data, I examined the predatory and parasitic marks of a newly
discovered, extinct species of irregular echinoid

How Did Galileo Galilei's Impact On The Scientific Revolution
Galileo Galilei
Galileo Galilei was one of the best Physicist and Philosopher on the Scientific Revolution. Galileo had such an impact on the Scientific Revolution
that people called him, "The Father of Science". He is famous for his improvement to the telescope and the Military Compass. Galilei was the first to
observe the phase of Venus and the four major moons of Jupiter. Galileo is still known for his many inventions and discoveries, so that why he's
considered one of the best in the Scientific Revolution.
Galileo Galilei was born on February 15, 1564, in Pisa in the Duchy of Florence, Italy. He as the oldest of six kids in his family, this made him very
smart and creative. He entered the University of Pisa to study medicine. ... Show more content on Helpwriting.net ...
Galileo Galilei perfected it, and he sold it to captains of ships for a lookout of incoming ships. Galileo did not use the telescope for the sky until later
that year.
Galileo made a book of all his discoveries named The Starry Messenger. He revealed that the moon was not flat and smooth, but a sphere with
mountains and craters. He found Venus had phases like the moon, proving it rotated around the sun. He also discovered Jupiter had revolving moons,
which didn't revolve around the earth. He also made a book about his observation on the sunspots.
Soon Galileo began mount evidence that supported Copernican theory and contradicted Aristotle and Church doctrine. In 1612, he published his
Discourse on Bodies in Water, disagreeing with the Aristotelian explanation of why objects float in water. Galileo said that it wasn't because of their
flat shape, but instead the weight of the object in relation to the water it displaced (Galileo Galilei Bio,

Forensic Science Career Research Paper
For as long as I can remember, I have had an interest in science. When I was younger, I had always wanted to learn about animals, as well as the
natural world around me. Today, I am no different, and expect that my passion for science will remain consistent throughout my future. I would like to
pursue a career in the biotechnology field because I have developed a specific interest in forensic science during my high school career. I have already
been taking steps in order to prepare myself for a career as a forensic scientist, as I am currently in the biotechnology program at North Point High
School. The biotechnology program has given me a deeper insight to what kind of careers one can pursue in the biotechnology field, as well as a
good foundation of knowledge that I will apply in my career. In addition to being in the biotechnology program, I am enrolled in accelerated science
classes, and am planning to graduate high school with twelve science credits. ... Show more content on Helpwriting.net ...
However, the specific career as a forensic scientist contrasts other careers in the biotechnology field, because it will be highly competitive in the
future. To set myself apart from others as a apply for a job, I want to be sure that I enter a college with a prestigious forensic science program. This
is one of the many reasons I plan to apply Pennsylvania State University in University Park, Virginia Commonwealth University, and University of
Maryland College Park. Receiving an uppermost education in my college major will allow me to be more enriched in knowledge and skill than many
others in the field. In turn, I will have an advantage when applying for jobs as a forensic

Inventions During The 1960's
During the 1960s, the U.S became fashioned with technology. American inventions during this time was groundbreaking and because of this decade
other inventions a merged in the future. During this decade, American science and medical inventions was at its highest with the inventions like
Valiums, audio cassettes, Arpanet, Kevlar, the optical disk, Medicaid, and the first man on the moon. Valium was a drug created during the 60s that
helped with anxiety problems. The creator of valium, Leo Sternbach was a Jewish American who discovered benzodiazepines which is the main class
of tranquilizers. Valium was one of the biggest known drugs and is one of the first drugs to reach 1 billion dollars in sales. This drug was highly... Show
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The government during this period of time created a lot of government programs to end poverty, with Medicaid being one of them. President
Johnson signed Medicaid into law on January, 30th 1965. During this time the poverty rates in America were 22.5%, but by the end of the 60s the
poverty in America went down to 11.1% because of all the programs. "On July 30, 1965 President Lyndon B. Johnson made Medicare law by
signing H.R. 6675 in Independence, Missouri. Former President Truman was issued the very first Medicare card during the ceremony. In 1965, the
budget for Medicare was around $10 billion and 19 million individuals signed up for Medicare during its first year."(Anderson Steve, "A brief history
of Medicare. America", medicareresources.org, medicareresources.org, October 26,

Case Study Of The UBC Women In Science Club
I am contacting you on the behalf of the UBC Women in Science Club with a potential sponsorship opportunity for our Career Panel Night event on
January 23, 2017. In return for an in–kind food donation, we will happily provide your company with special acknowledgements on our social media
streams, on our website, and during the event.
The UBC Women inScience (WiS) Club supports their fellow female undergraduate peers with succeeding in the science field. While many women are
enrolled in the Science Faculty, not many will continue a career in the sciences. We understand the struggle that women face while completing their
education and pursuing their careers in the science field. As so, the WiS club aspires to empower their fellow female undergraduate

How Interests And Interactions Shape Science And Technology
HOW INTERESTS AND INTERACTIONS SHAPE SCIENCE AND TECHNOLOGY Ian Hacking uses the example of dolomite in order to show
that human interests do not play a role in science. His belief is that there is nothing less socially constructed than a rock, but this statement does not
accurately portray the facts. Dolomite has a long history that involves a number of people and social interests. Each person contributed to the
discovery and identification of dolomite and social factors were at play during the scientific process. Hackling starts with the history of dolomite. In
1791, a French geologist, Deodat de Dolomieu, came across a type of limestone in the Tyrolean Alps. Then in 1792, Nicolas–Theodor von Saussure
named the region and the layer of sedimentary rock after Dolomieu. Saussure then analyzed dolomite; he claimed that it was high in aluminum and
held no magnesium. However, this analysis was incorrect and it would take a decade to get the correct analysis. Dolomite is an interesting example
because it shows that scientific facts have a social factor that is often ignored. Geologists stuck with Saussure's analysis even though twelve years
earlier a scientist by the name of Giovanni Arduino identified dolomite as magnesia limestone (Hacking, 187). Arduino correctly identified dolomite's
composition but very few people paid attention to his analysis. Dolomite was named after Dolomieu because he had come across dolomite. The
compound was not named after Arduino nor was his

Innovation In Frankenstein
In the world of science, innovation is the key to success, and limiting that success is the key to economic failure. In Mary Shelley's novel Frankenstein,
we, the reader came to understand the theme of science and responsibility and of it's influence. Though responsibility is important, scientist should not
focus on responsibility when innovating or discovering a new form of technology. When focusing on responsibility we start to destroy the very essence
of science and technology which is innovation of our technology. Yet, with so much speculation and arguments, this hot button issue has become a
very intriguing argument in our society. What people must understand is that focusing on responsibility over discovery will limit a creator's ability...
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It is a must for our society to understand that, focusing on responsibility over discovery is no solution and will only limit a scientist's ability to take
risks, though responsibility is important and necessary in technology, forgetting about responsibility is the cause of humanities multiple victories and
furthermore, technology and science is the foundation of every single nation, and its thank to them our nations have gained multiple cultural and
economic victories. Mary Shelley brings this subject up in her classic novel, Frankenstein, yet seems to only point out the flaws of not being
responsible and does not explain all the pros of risk–taking scientists. Therefore, hopefully the community will come to understand my stance on this
hot button issue and can use this very intriguing topic to help further develop this great world we live

The Knowledge Of Natural Sciences And History
I chose this question since it has actually stayed with me for the whole TOK course. I found it very difficult to find a link, for example, of
perception in math or how reason could fit into art. A network suggests that more than one way of knowing can collaborate within another in order
to gain knowledge in a particular Area of knowing. The statement implies that not using a network of WOK to gain knowledge is unwise. Thus, I
wish to examine how we best acquire knowledge in Natural Sciences and History. My two central knowledge questions are, how reliable is it to use
only one way of knowing in one Area of knowledge in order to gain knowledge? and Is it essential to use a network of ways of knowing to acquire
good knowledge?
The scope of Natural Sciences is to create principles, theories and laws about the natural world. Natural Sciences theories and laws are based on a
scientific methodology (hypothetico–deductive method ). The scientific method always tries to connect theory and observation, this is one manner to
consistently organize our observation of the natural world . Experiments are often used in order to replicate aspects of the world in which we are
interested. In fact, following this method before stating something to be true scientists needs first to arrange an hypothesis then make some tests in
order to prove the theory and finally make up the law. Doing that we can say to acquire a proof and, therefore, good knowledge.
One aspect of its methodology is

Knowledge And Knowledge Of Knowledge
In the Natural Sciences and Religion the gaining of knowledge involves networks of ways of knowing which are often linked together in order to
produce knowledge. However, the gaining of knowledge can be centered on academic knowledge production for example, gaining knowledge
while working on an academic research otherwise through a process of discovery where knowledge suddenly comes into people. In addition to this,
a network can be defined as connections between entities to create an integrated whole. Therefore the entities, being the ways of knowing, result
with the integrated whole being the knowledge. The ways of knowing are the means by which we are provided with the essential information and
understanding that permits us to gain knowledge within an area of knowledge. Information can be gained while reading, reasoning, observing and
talking. Also, since ways of knowing interact with each other, each area of knowledge uses a network of ways of knowing to gain knowledge. In
this essay I will discuss, how in order to gain knowledge there is the involvement of a network of ways of knowing. Also, I will be analyzing this
question through the perspective of two subject areas : Natural Sciences and Religion.
The two areas of knowledge, Religion and the Natural Sciences use different methodologies in the acquisition of knowledge. In the Natural Sciences
the only acceptable approach in order to gain knowledge within this area of knowledge is the scientific method. The

Statement Of Purpose For MIS
STATEMENT OF PURPOSE (SOP) for MIS There is an old paradigm that says, "To stay where you are, keep running". Today I realize how true it
is because unless we keep track of the changes and advances being made we will be considered pariah. As I stand at the threshold of completing my
undergraduate study, after carefully contemplating the various career options open to me I have decided to go in for graduate study that calls for
personal commitment in fulfilling the crafts of independent research and dedicated involvement. In turn, I shall get intellectual satisfaction and
gratification of becoming a contributor of knowledge with research, and the greater personal rewards of memory and discovery. Now, on the verge of
completion of my Under–Graduate Studies, I realize that my present knowledge would not suffice. I feel that unless one is erudite in his field, one
cannot be fully satisfied.... Show more content on Helpwriting.net ...
This interest in logical and computational thinking led me to take up Mathematics, Physics and Chemistry as my major subjects at the Pre–University
level after completing my Schooling with 89%. I completed my pre–University education with 92.3%. For my under graduate studies, I have opted for
" Computer science and Engineering" in P S G College of technology, where I find my diligent study has brought home to me very strongly, that there
is still a vast field that I must explore and master to achieve my goal of been the best. The economic ad technological liberalization that is taking place
in my country would ensure that I would be able to use my expertise to make India a leader in the area of information science and technology. My
expertise to the numerous Engineering subjects imbibed in me, an interest to pursue further education in this

Telekinesis Research Paper
After researching online for recent advancements in science, I was intrigued by Telekinesis/Psychokinesis. Telekinesis is the ability to move or
control objects with the mind. The history of telekinesis is a history of frauds and fakes, both proven and suspected. Magicians, Mediums, and
Psychics have over the years made it even more difficult for scientists to prove because of their manipulation of the occurrence. The problem with
Telekinesis/Psychokinesis, isn't so much about proving it exists, but the consequences it would have on the rules and understanding of Physics. It is
hard for one to believe this could occur because even if our brain waves could somehow influence objects, the laws of physics demonstrate that the
waves don't extend

The Complexity Of The Field Of Operation Research
With a unique blend of practice and theory, the intricacy of operation issues in real life fascinates me and provokes me to look into the field of
Operation Research, where scholars seek to employ methods from multiple disciplines to solve real life problems. I have been fortunate to have
experiences in several institutes around the world, including Fudan, UC Berkeley and UCLA, and in doing so have developed a powerful interest in
research at the level practiced in these esteemed institutions. I am convinced that doctoral study in IEOR at University of California, Berkeley, is what
I hope to pursue.
While attending Fudan University in China, I continued to challenge myself to maintain the number one ranked student in my major –– even after
switching my major from Physics to Mathematics in the second year. Furthermore, my distinguished academic performance awarded me the privilege
of being selected in the National Basic Science Talent Training Plan. Through this, I joined reading groups and read several graduate–level books such
as Econometrics (Fumio Hayashi) independently. The intensive reading motivates me to explore methodologies in different branches of science, such
as Econometrics, Statistics, and Mathematics. By the time I finish each topic, I had not only broadened my knowledge, but also acquired the ability to
explain my ideas consistently and coherently.
My awakening to the wonder of IEOR began in the summer of 2014, when I was introduced to a national operation

Network Control For Cloud Data Centers
LazyCtrl: Scalable Network Control for Cloud Data Centers
Kai Zhengв€
—, Lin WangвЂ , Baohua Yangв€
—, Yi SunвЂ , Yue Zhangв€
—, Steve UhligвЂЎ в€
—IBM Research вЂ Institute of Computing
Technology, Chinese Academy of Sciences вЂЎQueen Mary University of London
Abstract–The advent of software deп¬Ѓned networking enables п¬‚exible, reliable and feature–rich control planes for data center networks. However,
the tight coupling of centralized control and complete visibility leads to a wide range of issues among which scalability has risen to prominence. We
observe that data center trafп¬Ѓc is usually highly skewed and thus edge switches can be grouped according to trafп¬Ѓc locality. As a result, the
workload of the central controller could be highly reduced if we carry out distributed control inside those groups. Based on the above observation, we
present LazyCtrl, a novel hybrid control plane design for data center networks. LazyCtrl aims at bringing laziness to the central controller by
dynamically devolving most of the control tasks to independent switch groups to process frequent intra–group events using distributed control
mechanisms, while handling rare inter–group or other speciп¬Ѓed events by the controller. We implement LazyCtrl and build aprototype based on Open
vSwich and Floodlight. Trace–driven experiments on our prototype show that an effective switch grouping is easy to maintain in multi–tenant clouds
and the central controller can be signiп¬Ѓcantly shielded by staying lazy, with its workload

Stephen Budiansky's Practicality Theory
"In science, Germans tend to come up with things like the uncertainty principle. Americans tend to come up with things like the atomic bomb
(Budiansky 312)." As Americans, we tend to attack our problems vigorously and head on. However, Germans tend to sit and think about their problems
and then come up with a solution in their head, and dissolve their solution out of their inner consciousness (Budiansky 312). Throughout this passage,
Stephen Budiansky stays semi–neutral in his approach to the science of how traffic becomes congested, but I believe he favors the Germans science
theory more than the Americans practicality theory. German theoretical physicists began studying the flow of traffic and were perplexed by the reasons
of how traffic ... Show more content on Helpwriting.net ...
Although he strives to remain neutral, his writing makes it seem as if he accepts the German's ideas more so than the American's ideas. Toward the
end of the article, Budiansky explains that cars moving over a network of roadways have many mathematical features in common with the behavior of
other things that flow over networks, such as data carried by telephone lines and the internet (Budiansky 317). The mathematics of networks is well
studied, but math is not the only thing that computes to figuring out how to relieve our highways of traffic congestion. Many other factors come into
play when looking for solutions to this problem, such as humans are not predictable and at any point in time something could go wrong while they are
driving on the highway. All in all, Stephen Budiansky did an outstanding job as he was writing this passage for his audience. Through the use of
imagery, metaphors and multiple analogies, he made the information understandable for those who were reading it. The Physics of Gridlock is a well
written passage written by Stephen Budiansky that explains the troubles that we face with traffic

Teens, Technology, And Friendships : The Use Of Technology...
One of the greatest benefits for technology is developing human relationship. The information age today has created conditions for people to
communicate, share interests, ideas, jobs with modern media– The growing number of internet, including social networks. It can be said that social
networking connects people all over the world, shortens space, time and promotes international co–operation. Social networking is one of the best ways
to introduce yourself to everyone. Introducing your own personality, interests and views on social networks can help us find opportunities for personal
development. We can know a lot about friends and families by making friends on social networks. We can also meet and interact with everyone in the
world with similar interests or views. From there, they can build better relationships or cooperate in many aspects (Cotter,2015). In the Teens,
Technology and Friendships(2015) demonstrates that " For American teens, making friends isn't just confined to the school yard, playing field or
neighborhood – many are making new friends online. Fully 57% of teens ages 13 to 17 have made a new friend online, with 29% of teens indicating
that they have made more than five new friends in online venues." Along with the development of science and technology, the application of modern
technology to the educational process is indispensable. The effectiveness of using technology, modern teaching equipment in the education process has
been confirmed in practice, especially the ability to make lectures become lively, teachers can orientate,access to a rich source of knowledge.In his
article entitled "Journal of Learning Sciences" John Belcher(2005) claims that according to IT industry experts, the flat world of the globalization era
requires dynamic people who master technology, capture and process information. Therefore, the way teaching and learning also change in the
direction of active learning. Teachers and learners must interact frequently, before, during and after school. Today's students are no longer afraid of the
lack of documents and materials for knowledge development, because they are all available in the vast archives of the internet. Enhance excitement and
motivation of learner. Create

Emerging Challenges Of Social Work And Women 's Studies-...
Author: Mr.Madhavan Pasur Srisailam. AMIE.,(Mech.,)MBA(Systems).,MFT.,MFM.,M.Phil(Managt,.)M.Phil(Commerce).,
M.Phil(Intl.Business).,MPhil(Economics).,MA.,(Social Work)MA.,(Sociology)MSc.,(Psy.,) MA.,(Women Studies)MA.,(Human Rights)
MPhil.,(Public Admn.,)Research Scholar (Commerce) – MS UNIVERSITY, TIRUNELVELI
Res. Address: No: 5, Old No: 3, Plot No: 22, Vijaynagar 2ND Cross Street, Velachery, Chennai
–600042
Cell: 9176755321, 9176754930
E–mail: madhavanps@hotmail.com, pasurmadhavan@rediffmail.com TOPIC:
Emerging Challenges in Social work research– The Contexts of Diffusion: Adoption of Research Synthesis in Social Work and Women's Studies
– An
Empirical study.
Abstract:
Research papers reveal the subjects of interest in research fields, and the values, beliefs, and practices of researchers. In this study, texts are examined
through bibliometric mapping and topic modeling to provide a bird's eye view of the social dynamics associated with the diffusion of research
synthesis methods in the contexts of Social Work and Women's Studies. Research synthesis texts are especially revealing because the methods, which
include meta–analysis and systematic review, are reliant on the availability of past research and data, sometimes idealized as objective, egalitarian
approaches to research evaluation, fundamentally tied to past research practices, and performed with the goal informing future research and practice.
This study highlights the co–influence of past and subsequent

Personal Statement In System Biology
Since the encounter to 'Network Motifs' by Uri Alon's book 'Design Principles of Biological Networks' during my Integrated Masters at University of
Hyderabad; systems biology has immensely captivated me. Further in time; academic courses, workshops and projects guided me to unearth this as the
area that I want to pursue as my research. Although new, this field gives a holistic perspective to the historically reductionist outlook of the biological
systems.
While living organisms are interesting and exciting to think about, yet they have baffled scientists since the beginning. Now interdisciplinary groups
are working together address questions in these systems. I want to work on complexity of biological systems using dynamical systems theory and
network analysis. These approaches in systems biology give an insights into intricate events such as cell functions and diseases.
Though we have come a long ahead in 21st century, we still have before us an ordeal of the most grievous kind: disease. Diseases affect not only the
person physically, but also whole family emotionally and economically. Brief suffering from reactive arthritis stimulated me to join the search for an
answer to the ... Show more content on Helpwriting.net ...
R. Ramaswamy, Nonlinear Dynamics Lab, Jawaharlal Nehru University. The current internship under him has given me opportunities to look at some
interesting mathematical models in diverse fields. For instance, first project gives an insight into a portion of the current research being carried out in
dynamics of Complex Networks, in collaboration with Prof. B. Biswal, Delhi University. The project involves construction ofmathematical model of
dynamics of social networks incorporating Hebbian learning. With this, we are also working on multilayered network in ecological system with Dr S.
Prasad, JNU. Project aims at finding optimum time of Amla crop harvesting using agent based model simulations of Amla–Deer–Human network on
the top of field

Revolution: The Role Of Women In The Scientific Revolution
Women in the origin of modern science also played a major role during the Scientific Revolution, during the medieval ages members of religious orders
women who sought a life of learning were severely hampered by the traditional attitude but, in the late fourteenth and fifteenth centuries. Women
emerged as enthusiasm for the new secular learning called humanism encouraged Europe's privileged and learned men to encourage women to read and
study classical and christian texts. By this time it was not just for the government to take over the Scientific Revolution mobilized to teach people
including women. "Given this extraordinary pattern of discovery", Women like Margaret Cavendish were attracted to the Scientific Revolution,
females educated ... Show more content on Helpwriting.net ...
Cavendish being an aristocrat was a good example in France and in England that worked in science. In Germany women interested in science came
from a different background. Maria Merian was another good example of female involvement in the Scientific Revolution stemming from the craft
tradition. Maria had established a reputation as an important entomologist by the beginning of the eighteenth century. Maria Winkelman was in the
craft organization of astronomy she was the most famous female astronomer. The craft organization of astronomy also gave women opportunities to
become involved in science, those who did worked in family observatories were mostly who were in families. When she got married to Gottfried Kirch
the Germany's foremost astronomer she became assistant at the astronomical observatory operated in Berlin by the Academy of Science, she made
some original contributions, including a hitherto undiscovered comet, as her husband

Oral Culture Of The Late Middle Ages
Given the prevalence of books, magazines, and newspapers in everyday life today, it is difficult to imagine a world without print. The transition from
the essentially oral culture of the late Middle Ages to the print culture of the Renaissance fundamentally changed human interaction. In Western society,
the invention of the printing press and subsequent widespread literacy signaled the shift away from a primarily oral culture to a literate, print culture.
Many scholars, including Plato and Harold Innis, have suggested that the advantages of an oral culture exceed those of a print culture. Even further, the
past few decades have seen calls to orality, or propositions that we must return to oral culture to balance print culture. As seen through a lens of the
history of print culture, the benefits of literacy and a predominantly print culture outweigh the benefits of an oral culture because of the impact print has
had on standardized language and national consciousness, the field of science and accuracy, and the quick dissemination of information and dialogue.
Through a comparison of advancements during the Print Revolution and current features of modern society, I will argue that there is no need to
re–embrace orality because elements of oral culture already exist in our modern print culture.
The Print Revolution was marked by the invention of the printing press and growing industrial capitalism in Europe. The idea of capitalism enabled
publishers to seek mass markets for

Law&Order Svu
The Role of Science in a media
Law and Order: Special Victims Unit Science plays a major role in the story line of NBC's police–procedural drama, Law & Order: Special
Victims Unit; more specifically, forensic science. From beginning to end, the characters depend on the use and their understanding of forensicscience
to uncover the mysteries of each examined case. The advancements in technology along with the psychological approach used by detectives to solve
each case make the serious and critical role that science plays more than evident to the audience. Law & Order: Special Victims Unit series
premiered on the NBC network in the fall of 1999 as the first spin–off of the successful crime drama, Law & Order. Law & ... Show more
content on Helpwriting.net ...
Warner after she's had a chance to examine the victim. At the top of each of these episodes, Dr. Warner is found in the lab using equipment and her
knowledge of the many different subdivisions of forensic science to create a clearer picture of what may have happened to detectives. Remarkably,
Dr. Warner seems to be exceptionally educated in whatever subdivision of forensic science is thrown her way. From forensic anthropology to DNA
analysis and even forensic optometry, there seems to be nothing Dr. Warner can't figure out on her own! The findings that she reports to the lead
detectives of the show, Benson and Stabler, lay down the groundwork for how they proceed to build their case. Special Agent George Huang, M.D. is
equally a powerful player on the Special Victims Unit team. His vast knowledge of forensicpsychology and psychopathology lends him a preternatural
ability to understand, empathize with, and predict the actions of suspects as well as victims. (Wikipedia) His extensive knowledge in the fields of
theology, ethnic studies, and forensics make him a definite secret weapon when it comes to the battle of solving and even understanding the most
complicated and confusing of cases. The insight given by Dr. Huang is incomparable to any other member of the unit in assessing the best ways to deal
with those directly involved in the cases, such as the victims, suspects and the perpetrators. Many times, his

The Ris Policies With A Strong Supporting Network For...
At this point, the research would usually discuss the repercussions of the RIS policies with regards to firm involvement and actions. However,
Catalonia has historically been severely lacking in resources and, as a result, levels of innovation are quite low. This lack of resources is what is
usually attributed to the reason for why the Catalan government is so willing to pursue action on developing a strong supporting network for science
and technology. However, even today the capacity for production in those areas are still weak. R&D expenditures for Catalonia are at 1.35% in 2005
are much lower than the OECD average of 2.25% (Segarra–Blasco et al 2008). This is directly related to the low levels of R&D for firms. As a result,
the... Show more content on Helpwriting.net ...
The ICT is particularly notable, however, due to its history. It was produced in the Valles Technology Park in the 1980s but was soon dissolved due to
extreme lack of interest in the industrial sector. It has since been restored but the institution is so recent that no significant knowledge has been
produced on the subject.
Basic Research Basic research is restricted to public research centres such as universities. However, one of the most active and internationalized types
of public research centre are CSIC centres in Catalonia, of which nine are dedicated to basic research. These centres were also heavily affected by the
court's delay in regional and national boundaries. However, support for these centres has since strengthened with agreements with the Catalan
government in order to provide more integration with the RIS. With regards to universities, these institutions were traditionally almost entirely created
for teaching instead of research. Around the new millennium however, a trend began to change this feature. New resources and regulatory measures
have been initiated by the national and Catalan governments, giving rise to a new efforts at research and connections with industrial partners.
Applied Research The bifurcation between applied and basic research can be found in R&D expenditure data. Public expenditure growth has been
rapid in both absolute and relative terms, especially between the mid–1980s to early 1990s

Respectivism In Sociology
PHILOSOPHY OF SOCIAL SCIENCE
Theoretical approaches in the social sciences – for example, behaviorism, functionalism, hermeneutics – have a perspectival nature. Perspectives have
their own way of describing social sciences and may be dangerous for any social institution (Blinov, 2010:21). Philosophy's aim is to question beliefs
and opinions in the social science disciplines but also these disciplines can be politically innocent and neutral institutions by not favouring any particular
practices or results in group or individual perspectives (Blinov, 2010:6). In sociology, many different points of view/theories exist (Sargent, 1996:xiv).
Theories begin with efforts to resolve unresolved experiences by leading towards a commitment of self ... Show more content on Helpwriting.net ...
Sociologically, Marxists claim the individuals are related by the different ways economically for production. A conservative functionalist theoretical
perspective entails the individual fault philosophy but is rejected by critical and feminist sociologist in their frameworks. Social Institutions are social
practices that are regularly and continuously repeated, legitimised and maintained by social norms.
Perspectivism in social science is the process of applying social scientific results to modify certain aspects of the society in question and/or of the
individual's life. Perspectives in the social science can inflict harm on the search for truth by the social science practitioners, audiences and non
participants. The possible harm that can be caused can be classified into varieties on the basis of the harm. There are three varieties possible harm.
The first variety is harm for the internal goods of social science as a practice. Harm of this sort can be done in the process of doing social science, and
harm done to the third party in the process of social science. The second variety is harm for the

Analysis Of Where Good Ideas Come From By Steven Johnson
In the book Where Good Ideas Come From by Steven Johnson, he shows his readers that great ideas come from ordinary involvement and he uses the
history of inventions/innovations to back up his theories. Steven Johnson's writing is meant to explain how to achieve good ideas and what we can do
to advance the ingenuity of our environment. Throughout this piece of work, Johnson illustrates seven theories of innovation of how inventions
happen, these consist of; The Adjacent Possible, Liquid Networks, The Slow Hunch, Serendipity, Error, Exaptation, and Platforms. Where Good Ideas
Come From advises that in the end sincerity and connection may be more respected to innovation than to a full extent competitive humans.
The audience of Steven Johnson's ... Show more content on Helpwriting.net ...
A specific constellation of neurons– thousands of them– fire in sync with each other for the first time in your brain, and an idea pops into your
consciousness. A new idea is a network of cells exploring the adjacent possible of connections that they can make in your mind" (45). Ideas aren't
alone elements, they are not flashed by the networks between different essentials. For ideas to occur, you have to place the essentials at your removal
in surroundings where more networks can occur in the right way. The best networks have two features: they make it possible for its essentials to make
as many networks as possible, and they offer a casual environment that inspires continuous "collisions" among all of its essentials. They offer more
steadiness than gas, where there's not enough time for important networks to happen, and less stiffness than solids, where there's not enough
casualness. In the book, Johnson speaks about ideas as hunches. He says that hunches come fast and slow. Persistence and reflection are major aspects
of innovation. If it feels totally fresh, chances are it's not that appreciated. Johnson says, "Williams had a hunch about terrorist groups and flight
schools, and that hunch on its own would not have been enough to prevent the attacks of September 11" (71). Perhaps if something before Williams
came up and they used that with his hunch, they could have prevented the attack of

Helen Longino Summary
Helen Longino sees science as being highly subjective, even though it is based on a premise of objectivity and empiricism. Longino sees the scientist's
initial personal biases that guide them toward forming or discovering a certain hypothesis as being balanced out by the scientific method, and other
scientists, with their own biases, who will be involved in the testing of the hypothesis. Longino essentially sees this collective subjectivity as creating
an overall objective standard, and this community involvement essentially mitigates the initial individualized subjectivity leading to the hypothesis.
Longino views these personal biases on a group level as balancing to one another, for instance, a science experiment by a god believer may have

The Internet Of Things Connecting The Unconnected
Andy Pye's article "The Internet of Things connecting the unconnected" evaluates the impact, application and prospective future of connecting
machines to machines. With this connection Pye discusses the potential for industry automation and improvement. The article addresses several points
relevant to this change: Big Data, Enterprise Resource Planning (ERP), scientific exploration, and environmental impact. The reader is left with the
philosophical question; what will be the impact on humanity as smart technology becomes more and more advanced. The Internet of Things (IoT) is
the interconnected network of sensors, machines, and devices via wireless transmission. The challenge with this concept is that it requires an abstract
definition of a concrete process. Connecting devices together to enhance their potential and to increase proficiency is the theory behind the IoT. The
data created, complied and used by sensors, machines and devices is the application of IoT. Pye's article takes these concepts and further defines the
impact on industrial and scientific applications.
Industrial automation is one of the key points Pye focuses on when defining some of the benefits the IoT will bring to manufacturing. The ability to
monitor, control, and query in real time to enhance production while reducing cost can only be achieved through IoT (Pye 2014). The goal of this is to
allow manufacturers or bakers the opportunity to use data to determine the most effective

I am about to set forth on career that I hope, will help...
I am about to set forth on career that I hope, will help me realize the full potential of my innate talents and be stimulating and challenging, But before I
embark, I must equip myself with the necessary skills and achieve this, Study will be an essential tool in the kit and not a fancy decoration.
Everyone is a pioneer, but only few realize it. I am one of the few who has pertinently realized the need for having a revolutionary perspective and
vision on the forthcoming creations of science that would affect our living in more than one way.
"In short people see hints and ask why, but I see thinks and ask why not" This has been my frame of mind since childhood. I have always asked
questions and been inquisitive of everything around me. I ... Show more content on Helpwriting.net ...
Having a remarkable growth and by providing a great infrastructure, KEC has provided me the best chance of becoming a complete professional. I
opted for "computer science Engineering " as my major field of study. I have learned and gained knowledge about many things starting with software
and the 21st century technical advancement.
Why Graduate study:
The frontiers of software technology are expanding very rapidly with time. This undergraduate program of mine did give me a taste for different
interesting subjects that leads to compose a gamut of computer science and Engineering but never the satisfaction of savoring any one of them. Hence
my decision is to continue with graduate studies.
I strongly believe that graduate study is not Just extension of undergraduate work but a unique learning experience through which one evolves from a
student to a researcher. I also believe that graduate education will provide both technical knowledge experience and expertise needed to deal with
rapidly expanding technology and help me to contribute my mite to develop new technologies. Thus I intended to pursue graduate studies.
My field of interest:
The curriculum of undergraduate program in computer science and Engineering with its broad based studies and rigorous treatment of the
fundamentals has created much interest in many fields

Statement Of Purpose For MS In Computer Science
After carefully evaluating my skills, interests, aptitude and academic background, I have decided to pursue MS in Computer Science. I am a
research enthusiast/Being a research enthusiast , and I /I would like to embark upon my journey to become a successful researcher through Master
Program from University of Florida, Gainesville. I have excelled in academics so far in every course work involving logic and mathematics. Since
childhood, I consistently secured/consistently securing one of the top three positions in the class. In high school, I was among top 0.01% students in
Mathematics in the nation with perfect score of 100% and received accolades from the State Government for the same. Later, I was placed among the
top 0.5 % student in the state level... Show more content on Helpwriting.net ...
It is an experience unequalled by anything else. My long term goal is to pursuit a career in research and teaching in Computer Science. My father is
an educator himself. This background have imprinted on me a deep interest in learning and sharing my knowledge, which has always been of prime
importance for me. I want to be a rare savant who is able to make eternal/perennial cognitive contributions to the world. My experience in teaching as a
support teaching assistant for introductory level course, ECS 201–Computer Concepts and Programming in C, has given me confidence in this area.
This involved grading assignments, conducting problem solving classes and assistance in practical sessions. I also volunteered to help freshmen in
understanding concepts which were new and difficult to understand to them. My project Jarvis was the result of one such series of sessions for
understanding and implementing Python. These experience were extremely fruitful and were appreciated by students and faculty as well. Apart from
this I have been actively involved in organizing and lecturing at various workshops on Java and

Austin Walker Case Study
It had been nearly two years since Austin Walker had been appointed CEO of what once was Wholesome Family Television (WFT), and the bankrupt,
destitute company's turnaround under Mr. Walker's direction was truly remarkable. Within a month of Walker's arrival the ten
–year institutional
programming channel had been renamed to Creative Unlimited Television, their slogan becoming "a CUT above the rest," and half of the current
programming had been cancelled. Shows that had been running for half a decade or more were unceremoniously trashed, and replaced at first with
reruns from whatever syndication deals CUT could afford at the time. Really, without the reputation of Austin Walker, no bank on Earth would have
given the flailing network the loan it needed to survive another year. Even then, half of the banks passed on the risky "opportunity." Many of those
bank Presidents and CEOs would be fired a ... Show more content on Helpwriting.net ...
CUT was currently the most popular cable channel ever, even more popular than at least one broadcast station. It was something Walker was of course
very proud of... and it irritated him that anyone, including Sarah Morten, would question his efforts. And two days ago, she did just that. On another
network, she had made some harsh remarks criticizing CUT, the PR team, even the audience itself.
Of course, social media and even the normalized media had rallied behind her, bolded her points, cheered her on (while still showing stills of her in
a tight tank top for minutes at a time). Austin had arranged via the company lawyers a meeting the very next morning, 10:00 am sharp at his office at
the company headquarters, which as of last month was the top suite in the newest skyscraper in downtown Miami. It would just be he and her, alone
at his desk. He always preferred meetings such as this go this way, so he could waste as little time as possible. He was quite busy, after

Sky Parrillo: A Short Story
Sky Parrillo Page 1 I walked into the room nervous as I expected, not because of the interview, but because of how they might react to what I had to tell
them. I hacked you. "Hello." I shook his hand. It was sweaty and left my hand smelling like the golden arches. "Hi Eli, how you doing?" He replied
pretty quickly with a smile. I could tell the smile was forced. " I'm fine thank you." I told him while I glanced at his desk. I could barely make out his
signature on a piece of paper. Eric Weisner. "Please take a seat." I did, but the seat was one of those chairs you'd sit on in the 3rd grade. It wasn't
comfortable. "So let's get right into it. tell me about yourself." "I have a Bachelor's in Computer Science; I just finished my degree... Show more content
on Helpwriting.net ...
"Well the job aligns with what I want to do, it would allow me to work with servers on the backend and help people use their technology more
efficiently in the company." "And what are your strengths?" "My strengths would be, problem solving, reading people, and breaking down large
tasks into smaller ones." Sky Parrillo Page 2 "Reading people? What do you mean by that?" "I can observe someone and infer things about them,
or tell if someone is lying." "Would you care to give me an example?" "Well an easy one would be the tan line on your finger from an old wedding
band I would guess. It hasn't faded much so I'd say it was recent, maybe a month or two ago." He shook his head a little and puffed his lip a little
writing something down. I could tell I was right. He cleared his throat and began again. "Let's start with something harder." He smiled trying to play
it off. "If you found out a company you worked for was doing something illegal what would you do?" "I would report it anonymously." "What would
be your ideal working environment?" The way he enunciated the n in environment made my next smile genuine. "Up on my feet moving, always
heading to the next issue that needs to be

1. Why Do Wounds Become So Sore? How Does The Body Heal...
My interest in biological sciences came from a strange source–injury. When I was in elementary school, there was never a time when I wasn't injured
somewhere on my body. Bruises, cuts, and Band–Aids were seemingly never ending. One time when I was riding my bicycle, I managed to trip over a
stick and land on my knees, causing a deep abrasion on one of them. Instead of flinching or crying in pain, I intently observed in awe as my body
worked to stop the bleeding. I closely examined the progress of cellular regeneration on my body, but I had so many unanswered questions. How
does blood turn into scabs? Why do wounds become so sore? How does the body heal itself? Fast–forward to high school, my search to satisfy my
knowledge in biology and medical sciences allowed me to answer the questions I had as a child, but I still wanted to learn more. When I took up AP
Biology during junior year, I was introduced to a variety of biology topics that were interesting and engaging. The class was not only curriculum–based
but was also supplemented by outside sources like peer–reviewed articles. I thoroughly enjoyed discussing and sharing information about topics like
genetic engineering, microbiology, and viral physiology ... Show more content on Helpwriting.net ...
One particular article sparked my interest; it was about zebrafishes and their ability to heal their own spinal cord lesions. It compelled me to do my
own research on the subject matter. As a result, I learned about angiogenesis and stem cell therapy, sparking my interest in regenerativemedicine. I
found a passion that I really wanted to pursue: research on how other animals' cellular regeneration can be applied to human medicine. The idea of
being able to aid people by curing their spinal injuries is an exciting idea, but with current regenerative therapies, like the use of pluripotent neural cells,
it still isn't practical. Therefore, I am ambitious to find a way that could

Women Underrepresentation In STEM
CORE
All though women in STEM face many challenges as a whole, a question being posed in this study is whether or not women in math and physics
intensive studies face unique obstacles. Underrepresentation in STEM seems a stubborn fact of the matter, however, it is not even across the board.
The number of women present in the life sciences (sciences such as biology, environmental studies, health care, etc.), both at the academic and
professional level, is much higher than the number of women present in fields that focus heavily on math, physics, and engineering. More and more
women are choosing to pursue post–secondary education and enter the specialized workforce; in 2010 the AAUW found "Women currently earn over
half of all doctoral degrees ... Show more content on Helpwriting.net ...
The STEM fields are diverse and evolving constantly, with the advancement of civil rights in regards to women as well as the education of the public
to this issue, it is likely that there will come a time when women and men can be equally represented in these disciplines. The importance of studying
the gender gap between men and women in STEM is to learn how to confront gender biases in these fields. Conclusive evidence has shown that
diversity in science will likely yield positive results. Findings from the Journal of the Royal Society Interface state that:
[I]nteractions among a diversity of disciplinary perspectives are held to be important means to enhancing rigour... diverse portfolios offer flexibility in
the face of uncertain future progress. More broadly, institutional and technological diversity are seen as stimuli for innovation. (Stirling

Summary Of The Judgement Of Thamus By Neil Postman
In "The Judgment of Thamus," Neil Postman (1992) discusses that any technology has two–sided effects and can indefinitely bring people some
benefits or disadvantages. Technology is also one of the indispensable elements in society. Postman (1992) supports his argument by analyzing the
myths about technology. Through the metaphor of Thamus, Postman (1992) states that it provides two criteria for contemporarytechnology
criticism––'technology always comes with a hidden cost' and 'people who create technology might not best judges of its value'.
As a matter of fact, with the gradual development of science and technology, robots have been widely used in people's work and life. On the one hand,
robots have brought a mass of convenience to people. ... Show more content on Helpwriting.net ...
As Thamus, the king of an Egyptian city said, although a person who invented the product cannot be considered a reliable prophet. Because new
technologies may change what we call "know", "truth" and even the deep–rooted thinking habits. Actually, if we look back at the history of cell phones
infrastructure, we also found that it is really unpredictable. In the 1940s, the first mobile phone calls appeared. However, they were made by cars using
equipment weighing about 35 kilograms. And then, the first commercial mobile phones made by Motorola were introduced to the market in 1983.
These mobile phones used first–generation (1G) networks. Next, the development of mobile phones had a rapid growth. In the meantime, the weight
of mobile phones gradually decreased from about 800 grams to less than 160 grams during around 20 years. In addition, in the 1980s, the first
network (1G) was introduced to people on a large scale but its use was only restricted to the country's boundaries. The second generation (2G) network
was digital, not analog and its development began in the late 1980s. Then, the marketing demand began to shift from 2G to 3G in 2002. Compared
with the previous networks, the data and voice communications capabilities of 3G have increased significantly. In present, 4G is applying with
IMT–Advanced and bring more convenience to people. The evolution of mobile phone infrastructure is developing at an incredible rate. No one can
accurately predict the trend of its

The Organizing Committee Of Ipam Iv Workshop
Dear Members of the Organizing Committee of IPAM IV Workshop,
I am a 5th year PhD candidate in Chemical Engineering at the University at Buffalo. I received my undergraduate degree in May 2011 in Materials
Science from the Indian Institute of Technology (IIT) Kanpur. I have been an enthusiastic researcher throughout my undergraduate studies and was
awarded the Proficiency Medal for my accomplishments. I have presented my undergraduate research at several conferences and have won best poster
awards. Following my undergraduate education, I worked for a year as a Research Assistant at the Nanoscience Laboratory at IIT Kanpur, which is led
by Dr. Ashutosh Sharma, the Secretary of the Indian Department ofScience and Technology. In the fall of 2012, I started graduate school at the
University at Buffalo, where I have maintained an excellent academic record and won several awards, including the School of Engineering and Applied
Sciences Dean's Fellowship and the APS Distinguished Student Seminar Program Award.
My interests lie in the design of new molecular materials with exceptional properties by means of first–principles quantum chemistry and data
modeling. I work in the group of Prof. Johannes Hachmann and my current project concerns the modeling of organic polymers for optical applications.
My goal is to develop – in a joint venture with the experimentalist group of Prof. Chong Cheng – innovative new materials that will outperform the
ones used in current devices. As part

MasterВґs Degree in Computer Science with Specialisation in...
When I look back at my life, I see the dots which got interconnected and carved a path leading to my interest to pursue Master's degree in Computer
Science with specialisation in Computer Systems and Networks. I come from a small town, Rabkavi situated in Karnataka, India. Right through my
school days mathematics was my favourite subject. I hit the bull's eye by securing an out of out score in my final year of School. I could solve
problems of class 10th when I was in my 8th class. Besides Mathematics, Science was my other favourite. I scored 97/100 in science. The working of
computers fascinated me no end and the networking of computers simply mesmerized me. This made me curious to understand these technologies in
depth and to contribute... Show more content on Helpwriting.net ...
I worked on various device drivers and various protocols like I2C, SPI, CAN, TCP, UDP. We were also introduced to RTOS concepts and I ported
Embedded Linux on the ARM9. I topped the course securing 'A' grade. Successful completion of this course fuelled my passion to gain more
knowledge in protocols, operating systems and computer networks. As part of the College project group I worked with a private company GSR
Technology to implement robotic arm with five degrees of freedom which could imitate motions of human hand. Our project group successfully
implemented "Anthropomorphic Robotic Arm". The project was rated the best in our batch. I studied Computer Communications and Networking
subjects in my 7th semester and ignited experimenting with LAN and switches to network two computers and multiple computers. To pursue my
interests in networking, I worked on various networking assignments in UG Diploma course during my vacations. After my Bachelors I had offers
from a host of leading Indian and Multinational IT companies. However, I decided to join a start–up company Benison Technologies, which is service
provider in the networking domain, to gain more exposure and hands on experience. At Benison Technologies, under the guidance of my manager, I
have worked on various projects which involved L2, L3 protocols and also projects which involved micro coding for networking

Anthropology Personal Statement
As an aspiring physician and researcher, I am drawn to Northwester's Weinberg College of Arts and Sciences. I chose the biological sciences major in
order to expand my knowledge about biology. While chemistry, biology, physics are my favorite subjects in school, I also find the development of
human cultures to be a fascinating subject and would take anthropology electives at Northwestern to satiate my curiosity. At Weinberg, I am interested
in conducting research in order to both expand my knowledge of scientific research and skills and to enhance my undergraduate experience. One
professor whose research I find interesting is that of Professor Curt Horvath. His work focuses on the cellular responses to viruses, which has important
implications

Mae Jomson Accomplishments
Many women have had an impact on science over the years and their accomplishments tend to be underappreciated by the public eye. Often times, there
are important people that have made a significant impact on the world that we have today that do not receive the credit and attention that they deserve
for their accomplishments. Recognizing and acknowledging people that have made an impact on society now and in the past, is an important part of
learning about history and the accomplishments of the past.
One woman that made a major contribution to the field of science was Mae C. Jemison. Jemison was born in Decatur, Alabama on October 17th, 1956.
Her parents were just average people, her father was a carpenter and her mother an elementary school ... Show more content on Helpwriting.net ...
She decided that she wanted to pursue her childhood dream and she enrolled in the NASA training program to become an astronaut. Out of 2000
candidates, she enrolled into the program as one of the fifteen chosen candidates. September 12th, 1992 was the day that the Endeavour finally
took off into space carrying only Jemison and six other passengers. On this day, History was made and Mae C. Jemison became the first African
American to enter space. Although they were only in space for a total of eight days, Jemison did various experiments during their time in space.
Jemison preformed experiments on the crew and herself on weightlessness and motion sickness while in space (A&E Television Networks, 2015).
190 hours 30 minutes and 23 seconds, Mae Jemison records to be in space and making history (Redd, 2012). After all that Mae Jemison has done for
the science and medical fields, she had received awards for her advancements in science and had many awards named after her because of her
accomplishments in the field of science. A public school in Michigan was even named after her, the Mae C. Jemison Academy. She has been an active
member of many organizations and foundations like the Center for the Prevention of Childhood Malnutrition and World Sickle Cell Foundation, just to
name a few (A&E Television Networks,

The Complexity Of Management Problems
With a unique blend of practice and theory, the intricacy of management issues in the business world fascinates me and provokes me to look into the
field of OM/OR, where scholars seek to employ methods from multiple disciplines to solve real life management problems. I have been fortunate to
have experiences in several institutes around the world, including UC Berkeley and UCLA, and in doing so have developed a powerful interest in
research at the level practiced in these esteemed institutions. I am convinced that doctoral study in Operations, Information & Technology at Stanford
Graduate School of Business is what I hope to pursue.
From elementary school to high school, my summers have consisted of intensive training to prepare for ... Show more content on Helpwriting.net ...
Those reading motivates me to explore methodologies in different branches of science such as econometrics, statistics, and mathematics. By the time I
finish each topic, I had not only broadened my knowledge but also acquired the ability to explain my ideas consistently and coherently.
My awakening to the wonder of business world began in the summer of 2014, when I was introduced to the National Operation Research and
Optimization Courses by Prof. Dongdong Ge(a former Ph.D. from Stanford, MS&E), which turned out to be the turning point in my life. Different
from previous mathematical courses which emphasized theory, these courses – including Stochastic Models, dynamic inventory and pricing
management, Business Intelligence and Data Analysis – opened up new worlds for me. I was overwhelmed by how optimization can be applied so
broadly in economics and management, and how people can make use of the growing availability of data.
Later in the fall of 2014, I was enrolled as an exchange student at UC Berkeley. As I was eager to embrace different branches of science as well as
strengthen my background with advanced knowledge, I challenged myself with some of the most difficult courses, including Applied Stochastic
Process by Prof. Rhonda Righter. The course materials and problem sets were challenging, but I found it especially enjoyable to collaborate with my
classmates, mostly first year Ph.D. students. My discussions with them did not always lead

Negative Factors And Implications Of Science Communication...
Effective communication of scientific research is a multifaceted undertaking. There is a growing recognition, supported by a body of research, that
science communication is not a one–size–fits–all endeavor. Rather, communication must be tailored to each specific audience taking into consideration
the target population demographics, cultural beliefs, experience, knowledge level, and other relevant factors such as the goals of the communicator.
Goals may include sharing findings, generating enthusiasm, increasing knowledge, or influencing opinions and behavior. There is an additional level
of complexity when the issue at hand has a controversial element and/or societal implications. Productive informal STEM learning programs are
engaging, responsive, and connect learning experiences across settings and include a collaborative network of engaged partners and resources. This
project creates this collaborative network that will collect information on the specific target population before developing communication methods and
integrates the target population in the development and assessment of these methods.
The current cultural and political environment demands high–quality, meaningful science communication. Trust in experts appears to be under fire
with many commentators suggesting that 'facts' are losing out in their battle with 'opinion'. It is clear then that scientists must take a purposeful
approach when developing communication plans and disseminating findings. The

PNAS Article Emotional Contagion Research

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