Inside Love: History, Science and Paradox

Category : Region I

Inside Love: History, Science and Paradox

“Love is many things: the protective love of a mother for her child, the passion of a couple newly in love, the deep love of long-term companions and the divine love of God, to name just a few. Some cultures have 10 or more words for different forms of love, and poets and songwriters always find myriad aspects of love to celebrate. Is there anything universal behind all this diversity? As Pope Benedict recently asked in his first encyclical letter: Are all forms of love basically, in its many and varied manifestations, ultimately a single reality?” (New Scientist – 29 April 2006)

There are many kinds of love which are induced by a varied collection of motives. Romantic love is probably the most intricate of them all, and there are many reasons for that. First, romantic love does not seem to follow many of our decision-making rules: you can fall in love with anyone, at anytime, and without any precedents. Second, the concept of romantic love has been developed, propagated and nurtured, becoming to some extent intrinsically related to the very meaning of human life. Third, and maybe most important of all, love generates an astounding rush of adrenaline – a rapturous sensation of being out of control, like endeavouring in a great and unique experience.

Love seems to derive from a blend of environmental and genetic factors. Before the scientific study of love originated around the 70s, much of our perspective on the concept was based in the work of poets, artists and philosophers. Albeit love remains a complex matter, there are some cues as to why it is such an appealing one.

Romantic Love and the Western Civilisation

Human societies have idealised love for a long time. The historical development of the concept of love in western societies has followed some kind of periodical fashion throughout the centuries. Greeks and Romans perceived love as some kind of interesting force which had no connection with marriage. Courtly love, in the pre-renaissance period, promoted the idea of romance and it included particular concepts which were unique to a man/woman relationship. Such love was considered as a challenge and virtue by knights, but still there was no relationship with marriage. With the development of the church, romantic love was restricted and lust viewed as a transgression for the society.

With the Renaissance period, the idealisation of a woman as the object of love was the starting point for a shift of perspective, and the first concepts of love in marriage developed. Classic literature played its role in finding a reciprocal meaning in the relationship (Shakespeare’s Romeo and Juliet was written in this period). In the age of reason, around mid-18th century, emotional love fell out of fashion among the upper classes and intellectuals – a new approach based on reason, objectivity and productivity was formed. Later on, seduction and flirting took place through mythical characters such as Don Juan de Marco and real characters such as Giovanni Jacopo Casanova.

Modern romantic love developed through the balance of couple relationships, the concepts of free marriage and equal rights, and the idea that romantic love could be possible in any relationship. Dating started around the 1920s as an innovative approach to partner selection and premarital relationships became more open, intimate and practical. Romantic love was vastly promoted through books, novels, movies and the television. From the 1980s, love hit the internet – whilst dating and flirting became part of social dynamics in almost every instance. Nowadays, romantic love is practically a part of anyone’s life goals.

The Beautiful Chemistry

Scientists have devoted some time in investigating the neurochemical pathways that regulate social attachments, particularly the study of hormones and neurotransmissors which could be involved in the expression of love. The prairie vole – a small rodent that is perceived to be part of nature’s exclusive list of mammals which are fond of monogamous relationships – became an object of study for this matter, and it produced some impressive results. These animals not only spend their whole lives with the same partner, but they also seem to enjoy spending time with them: observation showed that prairie voles’ couples groom and protect each other, nest together, and become affectionate and attentive parents.

“The details of what is going on – the vole story, as it were – is a fascinating one. When prairie voles have sex, two hormones called oxytocin and vasopressin are released. If the release of these hormones is blocked, prairie-voles’ sex becomes a fleeting affair, like that normally enjoyed by their rakish montane cousins. Conversely, if prairie voles are given an injection of the hormones, but prevented from having sex, they will still form a preference for their chosen partner. In other words, researchers can make prairie voles fall in love – or whatever the vole equivalent of this is – with an injection.” (1)

But the secret of the prairie voles is not in producing these hormones, but in having the appropriate receptors for them – and that explains why they are part of the same selected group of mammals that we are. Oxytocin levels rise during orgasms in both man and women, and they also seem to be directly related to the affection which mothers have for their offspring – late in pregnancy, raised levels of oestrogen increase the amount of oxytocin receptors in sections of the mother’s brain.

But there is more to it. Whilst higher levels of oxytocin and vasopressin (and their receptors) play a major role in bonding relationships, neural circuits associated with rewards are responsible for the addictive feeling that love produces. When in love, couples experience euphoric states which seem to originate from the same pathways which are activated during consumption of stimulating drugs such as cocaine (high levels of the neurotransmitter dopamine). We seem to be literally addicted to love.

Fisher and the Love Stages

Helen Fisher, a researcher at Rutgers University, suggests that love can be divided into three overlapping but separate stages: lust, romantic love and long-term attachment.

Lust would constitute the sexual craving highly induced by hormones and neurochemical reactions in the brain – a cocktail of oxytocin, vasopressin and endogenous opioids. Romantic love derives from the attraction and sharing of feelings between couples. Affection, idealisation, change in behavioural patterns and reciprocal responses in this stage derived from a mix of neurochemical influence and social needs.

Fisher argues that romantic love is unstable – but the final stage known as attachment is the basis for long-term relationships and the process of building a family. Such stage invokes feelings of social comfort, security and emotional union. Because all these stages are perceived to be independent, they can occur simultaneously and with different intensity in men and women.

Delis and the Passion Paradox

Dean Delis offers an interesting insight on love in his book “Passion Paradox”. According to Delis, one partner is more in love – or emotionally invested in the relationship – than the other. The more love the loving partner wants from the other, the less the other feels like giving.

“The more in love partner is in the one-down position, whilst the less in love partner occupies the one-up position. Men and women can occupy both positions at various times.”

The author affirms that virtually everyone experiences love’s two sides in the same way (pleasure and pain). It does not matter whether your past experiences moulded you to be a particular person – no one, even the emotionally healthy person, is exempted from the pain of love when it tips out of balance. In this context, love relationships would produce a paradox: ‘one-downs’ try harder as they feel insecure and want to get back in control. They attempt to enhance their attraction power. The goal of such effort is to gain emotional control over the relationship as to avoid the nightmare of rejection (that means winning his or her love). But the catch is: if you prove too appealing to the one you want – to the point where the other person is clearly more in love with you – the relationship will fall out of balance.

When such an event occurs, you have become the ‘one-up’ or, if you are frightened by your partner’s distance, you have become the ‘one-down’. It would seem that the very urge to attract someone, to bring another person under emotional control, contains the potential for upsetting the balance of the relationship. This is due to the fact that the feeling of being in love is biochemically linked to the feeling of being out of control. Once you feel completely in control or sure of another person’s love, your feelings of passion begin to fade: vanishing the challenge or excitement of the relationship.

“The passion paradox is one of the most familiar experiences in working with couples. One person wants more sex, more time talking, more commitment than the other. A study of male-female relationships done at Yale University found that in 19% of relationships both partners were “equally involved” in the relationship in general.

In 36% of partnerships the woman was “less involved” and in 45% of partnerships the man was “less involved”. This imbalance is partially due to a personality difference between people who enjoy connecting and people who enjoy being separate. The research shows that there are slightly more men who enjoy being more separate, but the difference is not huge. Whichever way the paradox runs, the result is often quite painful for both partners.”(2)

No Pain, No Gain

Pleasure and pain are part of love. Can you recall a single love history which did not have a touch of suffering? It is hard to find one. Love and pain are interrelated concepts in many aspects. When you love someone, you become emotionally vulnerable to that person (that is the reason people say that you have “fallen in love”). Such vulnerability varies between different people and relationship, but it is always there to some extent.

What are the main causes of pain in love? Delis’ passion paradox plays a role: when a partner recognises being in the ‘one-down’ position of the relationship, he or she is likely to face emotional struggles which will primarily affect self-confidence and the individual’s general emotional balance. When reaching this state of mind, a lover tends to believe that the world is against them, that naturally there is some kind of plot against the relationship. In his book “A Lover’s Discourse: Fragments”, Roland Barthes mentions the term Tutti Sistemati, which in his words occurs when “the amorous subject sees everyone around him as “pigeonholed”, each appearing to be granted a little practical and affective system of contractual liaisons from which he feels himself to be excluded; this inspires him with an ambiguous sentiment of envy and mockery.”(3)

Such sentiment is a result of social rejection. People commonly have great difficulty in emotionally dealing with social rejection. This issue was recently studied by a group of American mental health professionals(4), which suggested in their research that there is a direct relationship between the cognitive mechanisms which cause physical pain and the emotional pain originated from social rejection. In other words, being socially rejected literally hurts.

So, with so much pain involved, why do we still search for love? Because we can get a great deal out of it. From the lover’s perspective, love is a powerful self-learning experience. Love allows us to better understand our emotional and behavioural patterns, and at the same time, it provides a load of emotional rewards. Like previously stated, it makes us feel good. At the same time, love is also a constant goal in terms of human nature: we look for love because it fulfils many of our natural emotional needs. Carl Rogers illustrated this idea in his concept of Unconditional Positive Regard.

According to Rogers, mental illness is often caused by the absence of love or by a defective kind of love the individual received as a child. In other words: love is a pill for our emotional pain, but it comes with its own side effects. Are we willing to risk it?

References

1. The Economist – Love is all about chemistry (Feb 12th 2004, print edition).

2. NLP Weekly (http://www.nlpweekly.com/?p=282&page=11).

3. Barthes R. (1978) A Lover’s Discourse: Fragments. Harper Collins, Canada, p.45.

4. Eisenberger et al (2006) An experiment study of shared sensitivity to physical pain and social rejection. PAIN (www.elsevier.com/locate/pain).

Pedro Gondim is a writer and publisher for the Australian Institute of Professional Counsellors. The Institute is Australia’s largest counsellor training provider, offering the internationally renowned Diploma of Professional Counselling. For more information, visit www.aipc.net.au/lz.

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A Bachelor of Science in Health Information Management Available Online

Category : Region III

A Bachelor of Science in Health Information Management Available Online

Are you a Registered Health Information Technicians (RHIT) who is ready to take your career to the next level? The The University of Cincinnati offers an online Bachelor of Science in Health Information Management degree program that can prepare you for the Registered Health Information Administrator (RHIA) certification exam in just a little over two years. The Health Information Management program at the University of Cincinnati, which has been accredited by the Commission on Accreditation for Health Informatics and Information Management Education (CAHIIM), aims to give busy working professionals a flexible and affordable means to advance their careers and achieve their educational goals.

As a University of Cincinnati student enrolled in the Bachelor of Science in Health Information Management program, you will have access to top rated professional instructors in the field as well as facilitators and fellow students. Through chat rooms, message boards, and email you are insured of having all of the support that you need to confidently make progress towards your degree. The program will include a total of 90 credit hours which are divided into two five-week periods for each term. This allows you to take the courses at a comfortable pace and to focus on one aspect at a time. The pace is designed with busy, working students in mind so that you are given an outline for your progression at a rate that you can work into your schedule. To further enhance your educational experience, and to provide further support, students enrolled in the Bachelor of Science in Health Information Management online program are divided into small groups that are lead by professional facilitators. This way you can get the most out of class interaction. And the courses are designed so that you can enroll in whichever quarter is the most convenient for you without worry about getting off track and you should still be able to finish your degree program at the University of Cincinnati in only two and a quarter years.

Not only will the Bachelor of Science in Health Information Management’s online degree program prepare you to take the RHIA Certification Exam but it will also help you to build the needed skills and important professional knowledge essential to the health information management profession and to improve upon your communication skills, critical thinking ability, and problem solving skills. Graduates of the University of Cincinnati’s program in Health Information Management will have the confidence they need to succeed in their careers and offer authoritative and dedicated care.

Admission requirements to the Bachelor of Science in Health Information Management online degree program are standard including a resume, minimum GPA of 2.6, and proof of professional certification. Be sure to check with the University of Cincinnati’s Admissions Department for full requirements and the most up to date application procedure. With tuition as low as only 2 per credit our for instate students (2 for out of state) the University of Cincinnati provides an excellent avenue for furthering your career.

Bailey Smith writes about health information management careers . Visit http://himonline.uc.edu/ to more about health information management careers


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Ever Heard of a Volcanologist? (And Other Science Careers)

Category : Region I

Ever Heard of a Volcanologist? (And Other Science Careers)

If you have decided that you want a career in science but are not sure which field to choose then you should look at all available options to see which most interests you. There are literally hundreds of scientific fields and many of these have a shortage of specialists. With that said, if you can commit yourself to a particular science career then you are likely to have a career for life. Science careers are rewarding and can be well paid.

So what sort of science careers are there? Some to consider include:

- Ecologist: Studies of nature and ecology
- Astronomy: Study of space
- Biologist: Study of living things
- Volcanologist: Study of volcanoes [a branch of geology]
- Engineer: Can take many forms in many different sectors. Generally to do with designing structures
- Science Teacher: Person who teaches science at school, college or university
- Geologist: Study of rocks, minerals and Earth processes
- Computer Scientist: Study advanced computer technology like virtual reality and robots
- Physicist: Study of the forces of the universe
- Chemist: Either a lab technician or a pharmacist
- Zoologist: Study of animals in captivity
- Medicine: Study of human health
- Archaeologist: Study of past civilizations, fossils and other ancient objects

The above are just a few of the hundreds of possible careers in science. Medicine is also considered a science and as such, becoming a doctor also involves studying science, particularly biology and chemistry. The earth sciences like geology, archaeology and volcanology are extremely exciting fields that are always moving forward fast. They can also provide qualified people with the chance to travel to the world to study scenarios the world over.

To become a qualified scientist in any field you must undertake a bachelor’s degree in the field of your choice. Many scientists then choose to take on post graduate study to further their knowledge and to specialize in a sub-niche of their chosen sector of the scientific field. Many opt to undertake a doctorate and become a professor however this is usually only after many years are spent in the field.

There are so many paths and positions that you can work into that it’s impossible to list them all out here. For many scientists, they prefer to work in the corporate environment. The pay is usually better and the jobs are still exciting and full of research and collaboration. Other individuals prefer working in an academic setting. Although becoming a professor is one option in academia, there are many others. You may be eligible to perform research in a lab or other academic position. Many non-profit organizations perform research and hire scientists of various background as do government agencies. So the potentials are limitless.

Whichever science career you choose, make sure it is one you are passionate about and feel you can undertake forever. Because many scientific careers blend into one another, it is possible to change fields throughout your career and shift to a related scientific career. Without a doubt science careers are very satisfying, challenging and rewarding.

Do you need information on aquatic science careers? Check-out the stats and facts available at http://www.careertoolkits.com – Learn about aquaculture careers.


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Virginia Execution Flies in Face of Science

Category : Region I

Virginia Execution Flies in Face of Science

What do you feel about the US Supreme Court’s decision to allow the execution of a Virginia woman, the first woman to be executed in that state in over a century, to go ahead, and the refusal of the governor of the state to commute her sentence to imprisonment?

Watching the hit television series The Tudors, the way Henry VIII lopped off heads, hung people, disemboweled them while still alive, or burned them at the stake often for no more reason than that they offended him in some way is pretty shocking.

In many ways we’ve come a long way from those days, at least in some regions of the world. Yet the execution of a woman in the state of Virginia for a crime in which the two other participants were given sentences shows how little so many of us understand about why humans do the terrible things they do.

The governor of the state Robert McDonnell defends his decision with the statement, “After numerous evaluations, no medical professional has concluded that Teresa Lewis meets the medical or statutory definition of mentally retarded.”

The sad fact is that from a scientific standpoint the current standard is hopelessly out of date for determining why a person did what they did. Mental retardation isn’t the issue. To make it the sole issue simply doesn’t take into account modern brain research, which has advanced leaps and bounds in recent years.

That Lewis committed a heinous crime isn’t the point. What matters is that here we have an individual who at her center bears the divine image and likeness—who is in her essence the self-expression of God.

Because of her particular genetic makeup combined with her life circumstances (and who knows what other contributing factors?), who Lewis is in her true being became overpowered by her false egoic self and its flip side that Eckhart Tolle in The Power of Now calls the “pain-body.”

No one in their right mind commits this kind of act. For this to happen, the individual simply isn’t functioning from a brain that’s in a state of balance and harmony.

This is no “bleeding-heart liberal” point of view and isn’t up for debate: it’s hard science. If you place sensors on the head of a person like this and read the brain activity into a computer, you can map the total imbalance that results in just this kind of crime. In such a state, the individual is simply incapable of acting rationally. But once balance the lobes and hemispheres of the brain and everything changes.

There’s a book that takes cases such as college campus shootings and explains just what happens in a person’s bain when they do this kind of thing.

The author of the book, Lee Gerdes who is CEO of Brain State Technologies™, has documented with inmates the huge imbalances in the brain of violent criminals—and also shown what a massive difference there is, documented by prison authorities, in inmates’ behavior when they have received brain training.

It’s a great shame that despite almost six centuries passing between Henry VIII and those who are in positions of power in society today, ignorance of why people do what they do still dominates.

For no one who understands the brain—who has taken the time to research for themselves what technology is showing us and what it can accomplish to change lives—would ever sanction the execution of this woman.

If you want to understand crimes of this kind, why people “go postal,” or what happened at Columbine and other schools, I recommend Lee Gerdes’ book Limitless You—The Infinite Potential of a Balanced Brain. As the editor of the book for Namaste Publishing, publishers of Eckhart Tolle, I recommend you read it because it’s totally eye-opening.

To see what actually happens inside a person that drives them to cold-bloodedly murder their fellow humans—people with whom they are essentially one, since we are all grounded in the universal source we call God—is simply revelatory.

The day surely needs to dawn—and it cannot be too soon—when we will recognize that the purpose of life is for the divine to manifest itself in our human form.

This is an evolutionary process that requires all of us to bring our best gifts to help each other flesh out in everyday life what’s true of us in our essence.

Help to become who they really are, not punishment, is especially called for when a person is hampered in some way, such as with severe brain imbalance.

 

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Start Your Education with the General Arts and Science – Science Program

Category : Pharmacy Students

Start Your Education with the General Arts and Science – Science Program

When you were a child did you enjoy building volcanoes for sciences class? Did you always like experimenting with the chemicals in your middle school chemistry class? Now that you’re finished high school, you might still enjoy this field but are not sure if it’s the right choice for you. Or, perhaps, you need to enhance your skills before you can apply for university. Centennial College’s General Arts and Science – Science program helps students to gain a general understanding of college-level science classes for a variety of purposes. Arts Programs Toronto helps in the holistic development of students.

There are a few categories of applicants who will find this undertaking both useful and appealing. For example, if you’re unsure whether university is for you or whether a career in the field of science is what you’re really passionate about, the General Arts and Science – Science program will be beneficial to you. That’s because it covers a wide range of courses to help you find your niche and discover if this type of learning environment suits you. Also, students who are interested in the fields of health, engineering, applied sciences or transportation can take this program and receive a solid foundation for further education. Lastly, if you’re convinced that science is your path and college is the route to enter the field, but you do not possess the academic admission credentials needed to enter a program of your choice, then this Arts Courses Canada program at Centennial may be for you. Students who have not finished high school or completed required science courses for post-secondary programs may be accepted.

In the General Arts and Science – Science program , you will study a range of science centred subjects such as biology and chemistry. But that’s not all. You will also learn communication and research skills, math and technology math, psychology and more. Running eight months in length, this is a great starting base to expand into a variety of programs. In fact, students who complete the one-year Science program with acceptable academic standing may be eligible to transfer to Centennial’s Practical Nursing or Pharmacy Technician programs.

To gain entry into General Arts and Science – Science, you must possess at minimum an Ontario Secondary School Diploma (OSSD) or equivalent or be 19 years of age or older. You must also have the compulsory English 12C or U, or skills assessment or equivalent. However, possession of minimum admission requirements does not guarantee admission to program.

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Is Science a Dying Profession?

Category : Pharmacy Students

Is Science a Dying Profession?

Science and Technology is a field that provides any country with a genuine progression. The success of a country and its nation heavily depends on its technological advances. A country is powerful that leads in its field of technological development. Unfortunately now-a-days the younger generation of Britian rather chooses to become a pop-idol than a budding scientist.

Science subjects are drying up with a very limited students enrolling onto them. Many colleges have dropped an important science such as Physics just because there are no students enrolling for it. Fewer students are taking up Chemistry and Biology A’ Level. Students who are doing Sciences are struggling to grasp the concepts. The jobs are very limited in Scientific field. If few students are taking up Sciences it is mainly for careers such as Medicine, Dentistry and Pharmacy, which are financially more rewarding than careers such as research and development. Fewer people are taking Science forward at Doctorate level. That can lead into a dearth of scientists and researchers that would otherwies provide the country with powerful tools of independency. It is reserach and development that takes a nation forward and not showbiz and entertainment sector.

It’s vital that Science and Technology is promoted by the government to ensure that the country keep producing talented engineers and scientist who would lead the country towards technological success. The money should be injected into Science departments of Universities and Colleges. The students must be motivated towards Scientific and technical fields. Science teachers should be acknowledged and appreciated accordingly as they are also fast becoming a dying breed. Without good teachers, there cannot be good scientists. Without good scientist there will not be a developed country, just a country full of attention seeking, show biz crazy, media manipulating, and self-centred community.

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Internet Guru College Vs University of Internet Science – Which is Better for You?

Category : Region II

Internet Guru College Vs University of Internet Science – Which is Better for You?

Internet Guru College or University of Internet Science – Which Is Better For You? Read the rest of this article and find out which is better for your hard earned money.

Members of both Http://www.InternetGuruCollege.Info which is the website for Internet Guru College and http://tinyurl.com/9rxad5 which is the website for University of Internet Science talk about their experiences of each and both sites are great, but for different reasons.

Internet Guru College is hosted by Chris Campbell and Matthew Sunderland who explain that most home based businesses, online or off, fail BECAUSE the owner doesn’t know how to market his or her business. Before anyone starts a business…he or she should know how to market that business First! Chris and Matt talk about their past experiences of success and teach their students exactly how they became successful. Their main areas of expertise are with Post Cards, PPC, blogging, building systems and replicating them along with solo ezine ads, and online/offline print ads.

Michelangelo Lopez is the host of University of Internet Science and explains that helping people grow and achieve their dreams is the fastest route to success; both theirs and yours. University of Internet Science helps you reach profit mode from the get go. Michelangelo was sick and tired of coming across a lot of internet marketers and a lot of people whose sponsor went into a witness protection program. His community of internet marketers help each other out in achieving success.

Best of luck in your decision.  Both are great resources and offer exceptional value.

 

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Career option and choices for Science Stream

Category : Pharmacy Students

Career option and choices for Science Stream

If you opt for science, you’ll be studying subjects like Physics, Chemistry, Mathematics, Botony, Zoology, Statistics, Geology, Computers, Biotechnology, Microbiology, etc. and seek admission in three year degree course in one of these subjects.

 

Physics, Chemistry and Mathematics (PCM) at 10+2 level: Engineering (all branches); Building and Technology; Information Technology; civil Aviation (Pilot); Navy; architecture; Industrial Design, Paramilitary Services; Packaging Technology; Oceanography; Geologist; Teaching; Gems and Jewellary; footwear Technology; food Processing; Agricultural Engineering; Mining and Metallurgy; Environment Science; Navigator; TV Repair Technician; Leather Technology; Merchant Navy; Plastic Technology; Meteorology; Astrophysics; Air Force; Pharmacy; Industrial Design; Astronomy; Research; Surveyor; Railway Technician Services; Optician.

 

Physics, Chemistry and Biology (PCB): Occupational Therapy; Biotechnology; Agriculture; Dairy Farming; Anthropology; Traditional Medicine; Genetics; Microbiology; Nutrition and Dietetics, Medicine, Paramedical Services; Horticulture and Floriculture; Aquaculture; food Processing; Marine Biology; Dentistry; Nursing; Veterinary Science; Pharmacy; Physiotherapy ; Home Science; Poultry Farming; Environment Science; Forestry; Zoology; Chef; Chemist; Detective (forensic Science); Wildlife Science; Research; Tea Industry; botony; cosmetology; Teaching.

 

Physics, Chemistry and Computer: Teaching; Artificial Intelligence; engineering; Design (Graphic, Interior and Industrial); Information Technology (Software and Hardware); Multimedia; Computer Application; Robotics; bio-informatics.

 

Physics, Chemistry and Technical Drawing (PCM): Design (Interior and Industrial); building and construction; Engineering; Architecture; Teaching.

 

Competitive Examinations

In case you have passed 10+2 with Physics, Chemistry and Mathematics (PCM) subjects, you have the option to take up one of the following Competitive Examinations:

 

National Defence Academy / Naval Academy In various branches of Engineering and Technology (for a four year degree course) or go in for a 5-year Integrated Degree Courses. National Institute of Fashion Technology entrance Exam. National Institute of Design, (Paldi, Ahmedabad) Entrance Exam. Merchant Navy Information Technology Architecture Agriculture Dairy Technology Merchant Navy Fashion Technology Aviation Film Technology Pharmacy Science 5-year Integrated Course in Law Business Studies Foreign Language

 

In addition, you can also seek admission in any Polytechnic Institute to acquire a diploma in one of the branches of engineering.

 

For the students who complete their graduation in Science, a number of opportunities exists for further studies, competitive examinations and for direct employment.

 

If interested in Physical or biological Science, you can join a post graduate course with employment.

 

Some of the fields in this regard are:

Anthropology, Biotechnology, environment, Astrophysics, Statistics, Microbiology, Ecology, Marine Biology, Astronomy, home dietetics, Nutrition, Textile, Nanotechnology, disaster Management, fisheries, you have also the option to go fo specialization in various popular subjects like management, Master of Computer applications, Bachelor of Education, Mass Communication, C.A., C.S. or ICWA.

 

 

 Job Positions:

 

By taking up science in the respective subjects, you have the options to become Physicist, Meteorologists, Oceanographers, Mathematicians, Statisticians, Geologists, Geophysicists, Geographers, Geographic specialists, respectively. In the Chemical industry the appointments of Organic Chemists, Inorganic Chemists, Physical Chemists, Analytical Chemists, Industrial Chemists, chemical engineers, Chemical Engineering Technicians, chemical Technicians and made. In Biological field there is a scope for becoming Biotechnologists, Genetic Scientists, Biochemists, microbiologists, anthropologists, botanists, Zoologists.

 

Jobs in the Defence services broadly consist of Army, Navy, Airforce and the Paramilitary forces comprise Central Reserve Police force, Border Security force, ITBP, CISF, Coast Guard, etc.

 

In the aviation field you can prepare to become a Pilot Officer or for jobs at the airports which comprise Air Traffic Controller, Airport Manager, Communication Officer, Communication Assistant, Aerodrome Officer, aerodrome Assistant, airworthiness Officer, etc. In Airline, posts of Airline Pilot, Helicopter Pilot, Flight Supervisors, Pursuers, Air Hostesses, Flight Attendants, etc. exist. Aeronautical engineers, aircraft Mechanics/ Aircraft Maintenance Engineers are appointed in the technical and engineering Division. In the commercial Operations Division, Ground duty officers are appointed. Aerospace engineers, Aeronautical and Aerospace technicians are appointed in the aircraft manufacturing units.

 

Deck officers, Engineers officers, Radio Officers, Stewards, Navigating officers, Mariane engineers etc. are appointed in Merchant Navy. In the Shipping sector posts of Traffic Clerks, Stevedores and Superintendents and offered.

 

In Para Medical you can go for Medical Technology, Radiography, Physical and Occupational Therapy, Optometry, Nursing, Orthotic & Prosthetic Technology, Speech Therapy, Audiology etc.

 

The jobs of Home Economists, Nutritionists and dieticians, food Technologists can be taken up after studying Home Science and food Technology.

 

Another option is to graduate in a subject of your choice i.e Bachelor of Science (Pass/Hons.). After graduation you may continue with your studies especially if you are interested in higher education. Post graduate courses are available in most of the science subjects including Biotechnology, Nuclear Physics, Space Physics, Geology, Marine Geology, Mineral Exploration, Hydro-geology, Oceanography, Meterology, Computer and Information Technology. Or you may choose a field from the career opportunities available after graduation.

 

Competitive Examinations after Graduation (B.Sc.)

 

Civil Services Examination Geologists’ Examination Engineering Services Examination India Economic / Statistical Services Examination Combined Medical Services Examination Combined Defence Services Examination India Forest Service s Examination Exams Conducted by SSC Exams conducted by Railway Recruitment Board Banking Services Exams.

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Career Options With Computer Science Degree

Category : Pharmacy Students

Career Options With Computer Science Degree

Main Career Paths

There are various domains and paths which you can take after getting professional degree in computer science. A degree is mandatory to sharpen your skills as per the market requirements and prepare you well for competitive future. Research is the most advanced and prestigious career options with this field. You can work with team of experts involved in creating better technologies and high end computer systems. You need to have masters or PhD degrees to get work as research fellow at institutes and R&D department of big companies.

The next exciting option for computer science graduates is to enter the creative field of programming. You will be responsible for coding, designing and testing of programs and codes for computer applications. The third option is a back end work which consists of managing database for computer applications. This job requires proficiency in database design and its structural language. It is extremely responsible job which calls for high security and data protection issues.

Last but not the least is the job of network administrator which requires maintaining computer hardware and software within an organization and ensures their hassle free functionality.

Educational Establishments

There are many universities which offer you courses in computer science. South Dakota state university is located in Madison and it is one of the best colleges for computer science degrees. It offers masters and doctoral degrees along with graduate degrees in all domains like business administration, law, pharmacy and engineering.

It also offers numerous scholarship programs and financial aid facilities for students. South Dakota state university is well known for its awards and prizes and its students get placed in top multinational companies every year.

Main Career Paths

There are various domains and paths which you can take after getting professional degree in computer science. A degree is mandatory to sharpen your skills as per the market requirements and prepare you well for competitive future. Research is the most advanced and prestigious career options with this field. You can work with team of experts involved in creating better technologies and high end computer systems. You need to have masters or PhD degrees to get work as research fellow at institutes and R&D department of big companies.

The next exciting option for computer science graduates is to enter the creative field of programming. You will be responsible for coding, designing and testing of programs and codes for computer applications. The third option is a back end work which consists of managing database for computer applications. This job requires proficiency in database design and its structural language. It is extremely responsible job which calls for high security and data protection issues.

Last but not the least is the job of network administrator which requires maintaining computer hardware and software within an organization and ensures their hassle free functionality.

Educational Establishments

There are many universities which offer you courses in computer science. South Dakota state university is located in Madison and it is one of the best colleges for computer science degrees. It offers masters and doctoral degrees along with graduate degrees in all domains like business administration, law, pharmacy and engineering.

It also offers numerous scholarship programs and financial aid facilities for students. South Dakota state university is well known for its awards and prizes and its students get placed in top multinational companies every year.

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Scientific Careers: Pharmacists and Forensic Science Technicians

Category : Pharmacy Students

Scientific Careers: Pharmacists and Forensic Science Technicians

When students want to consider a career in science, a preliminary research on the available options is required. In that regard, without such research students limit their possibilities to a list of professions, mostly connected to popular stereotypes. It is no doubt that a nuclear scientist is a prestigious profession, but there are much more scientific careers than that. Thus, this article will attempt to provide an overview of two different career opportunities in science, which are a pharmacist and a forensic science technician.

Pharmacist

A general perception of pharmacists is an image of people who only dispense and counsel on the use of medications. There is a lot more of science in such profession than it might seem from outside. The discipline of pharmacy is concerned with natural science subjects such as chemistry, physics, biology, etc. Most pharmacists received a degree before moving on with pharmacy studies. The usual tasks performed by pharmacists include performing procedures for mixing and labeling medications, according to established dosages, providing consultations to patients on drugs usage, reviewing the accuracy of prescriptions and their ingredients, and others. Most pharmacists work in community pharmacies, although they can work in labs in large pharmaceutical companies.

Forensic Science Technician

Forensic science technician is a scientific career the popularity of which might be drawn by its media depictions. With various movies and TV series, the role of forensic science technician got wider recognition. The basis of such profession lies in studying forensic science, criminology, or other narrower specialties, such as investigation, toxicology, pathology, etc. The usual tasks of forensic science technicians are performed in the crime scene, the laboratory, or both, including collection and analysis of evidences, interpretation of findings, identifying materials and samples, and others. Such profession is highly valued, and it can be stated that it is not less scientific than the one of a nuclear scientist, which was indicated in the introduction.