Biotechnology Allows For Advancements In Graduate Science Degrees

There's a graduate degree designed to provide students with the advanced training that might help them in relatively new, or newly expanded, careers. It's known as a professional science Master's degree - and students in some instances can participate in studies part-time, even online.

Professional science graduate degrees combine studies in science with those in management, policy and law, according to the Professional Science Master's Degree Association. The Master's degrees are designed to train students for "fields of the future," according to what a Washington state university representative told a Daily Evergreen reporter in February. Some of these fields include:

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Atmospheric Scientists. These professionals study the atmosphere, explore climate trends and forecast the weather. Many atmospheric scientists work for the federal government, and students might want to ensure first that the college or university they select offers courses that the National Weather Service requires. While a Bachelor's degree in meteorology or a similar field is often required to embark upon a career as an atmospheric scientist, some positions require a Master's degree, and even the most basic research spots call for a PhD.

Biotechnology Allows For Advancements In Graduate Science Degrees

The US Bureau of Labor Statistics anticipates that employment for atmospheric scientists is to increase faster than average. These jobs are to be very competitive, the agency notes, making it more likely that candidates with graduate degrees will actually obtain them. Median annual wages for atmospheric scientists in May 2008 were ,290.

Agricultural and food scientists. These professionals study farm crops and animals that supply us with food and come up with ways to make them more abundant, of a better quality, and in some instances to convert them to use as fuel. Many graduates with Bachelor's degrees might expect to find work in developing products in this field, but those who prefer research might consider continuing on to a graduate degree, the Bureau of Labor Statistics reports. Median annual wages of food scientists and technologists in May 2008 were ,520.

Biological scientists. These professionals are the zoologists who study animals and the microbiologists who study tiny organisms. The work that they carry out is designed to help in solving problems related to human health and enhancing the natural environment. Graduates with Bachelor's degrees might expect to find some work in the field, though a PhD is typically required in instances where graduates hope to carry out independent research. Median annual wages of biochemists and biophysicists in May 2008 were ,840.

The Bureau of Labor Statistics anticipates faster than average employment growth for biological scientists because of the growth of biotechnological research and development. The agency also attributes biotechnology to the employment growth for agricultural and food scientists. With biotechnology, scientists have the ability to make plants hardier and resistant to pests, perhaps limiting agriculture's adverse impacts on the environment.

Biotechnology Allows For Advancements In Graduate Science DegreesMinecraft - "Shadow of Israphel" Part 5: Breakfast Distraction Video Clips. Duration : 15.20 Mins.

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Students in many instances might want to study beyond the Master's degree for some of these careers. With so many advancements in different fields these days, they might find that the offerings available to them at the graduate degree level are more varied and abundant than they were in the past such as being able to earn a Master online. Thanks to the advancements in technology, people can attend colleges online.

Biomedical Science Jobs

Biomedical science jobs can direct to a wealthy career and profession nowadays in UK. Biomedical sciences are the one of the most and professional jobs oriented sectors in United Kingdom.

What is Biomedical Science and what do Biomedical Scientists do?

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Biomedical science is the application of biological science in clinical analysis. Biomedical scientists often work in hospital laboratories where they analyse blood samples, tissues samples, and bodily fluids to diagnose diseases, improve health and monitor the treatment of patients with conditions such as cancer.

Biomedical Science Jobs

Biomedical scientists are an integral part of the health care function and work along side doctors, nurses and other healthcare professionals in the care of patients.

How do I enter the Biomedical science profession?

If you enjoy science and its practical application in healthcare and research, then a qualification in biomedical science may be for you. Students need to study biomedical science at degree level in order to enter the profession. University entrance usually requires 'A' levels or equivalent in Biology and chemistry and GCSE level or equivalent in mathematics. Subjects covered at degree level are based on the application of biological science to clinical diagnosis. There are many areas covered that include microbiology, pharmacology, clinical and medicinal chemistry, physiology, pathology, cytology and many more.

What are the job opportunities in Biomedical Science?

Although many biomedical science graduates work in hospitals, many are also employed in the public health, forensics, pharmaceutical, veterinary, and medical research sectors. Many students also use it as a stepping stone for further medical training.

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Foreign Education for Advance Agricultural Science, Biotechnology

With globalisation becoming the prime aspect in education, overseas education stands as a good choice for students. It allows them to enter into a newer and different world helping them learn about research in a better prospect. Of all the research fields, Biotechnology has come out as a promising option for students in India as well as across the globe.

Biotechnology research pertains to incorporating technology along with biology. This knowledge and research based industry includes agriculture research, environmental research along with the researches carried out on medicine, genetics, and industrial growth. The foreign education for the same includes teaching students about the applications of biotechnology as a science in bettering the resistance against diseases for animals as well as plants, enzymes, the biological system, as well as increasing the manufacturing of certain products.

Biotechnology

Students looking forward to pursue biotechnology research as the prime subject through overseas education, you have the options of some of the best universities in the world. Some of the prominent ones include the University of Pennsylvania, University of Connecticut, Manhattan College, Howard University, and University of Wisconsin, along with University College London. Students need to take the TOEFL, IELTS or the similar ones that would enable them to enter the foreign universities dealing with biotechnology research. It should be kept in mind that foreign education takes M.Sc. as M.S., which means that every university will have its own set of grant research scholarships and programs.

Foreign Education for Advance Agricultural Science, Biotechnology

It would be a better approach to go through the admission procedures pertaining to each university in order to under how much emphasis they lay on biotechnology research as well as agriculture research. Entering into any such university would require a good entrance score, which would validate your ability to continue with the research work in the university. Furthermore, your scholarship also depends on the scores that you get.

Most of the research institutes and universities dealing with agriculture research as well as biotechnology offer profound facilities such as that of genetic laboratories, DNA fingerprinting, along with other facilities that could alter the current food scenario in the world. Furthermore, biotechnology includes diagnosis of diseases and their cures, modifying the genome of plants and animals to use them in a better context. Research is just the beginning stage in this vast field.

If you are looking forward to continue with research work through overseas education, it will be better to understand how the foreign universities work on this field. Biotechnology is a fast-paced field expanding its foray into various fields. Choosing the best university for your research would be helpful in setting forth a better career prospect for you.

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This is Sonam Verma belong to New Delhi, India writing articles, blog and exploring on new interesting topics such as property, job, education, health, food etc. You can find more details about biotechnology research and overseas education.

Science Project That Is Easy for Kids

Agriculture plays a part in our every day lives and it is useful to learn and know about the environment around us. This science project will assess the growth rate of several different types of grass seed. It is suitable for 7th grade or 8th grade students but high school students in agriculture or horticulture classes may enjoy and benefit from doing this experiment.

Go your local lawn and garden store and pick up these items:

Biotechnology

4 pots

Science Project That Is Easy for Kids

Soil

Annual rye grass seed

Fescue grass seed

Blue grass seed

Bermuda or any other type of seed they may have available

Fertilizer

You will not need large quantities of any of these items so if you can buy a quarter of a pound of each or less just for your project it would be best. If you tell the people working at the store they may even have a little from an open bag that you could have especially if it is for school purposes. You will also not need much fertilizer.

Put each of your pots on a plate so that the water and soil do not drain all over your counter. If you have a few old aluminum pie plates they will work as well. Put soil into the pots and fill about 2/3 full. Then in each pot sprinkle a different grass seed. You can sprinkle at least a tablespoonful or two of the seed into the pot to make sure you have success. Sprinkle about 1/4 inch more soil on top of the seed.

Place all the pots in the same place with the same amount of light and temperature. Water each with about ¼ cup of water. If you can use a sprinkling can to lightly sprinkle the top of the soil to moisten that would be best. You do not want to soak the seeds and drown them.

Get some graph paper and each day for the next two weeks watch your pots. When you notice any germination note what type of seed it was and how much you see. Did only one blade of grass show up? Do you see many? Continue watching over the next few days to see if other varieties start to grow and how fast each one does.

Which grass seed germinated the fastest? Did any other seed pass up the first one when it started growing? This is a great science project for 7th grade 8th grade or high school students to learn about growing things.

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How to Write a Science Resume

There are so many professions in science that you can not even imagine. From engineering and doctor to biotechnology and stem cell research assistant, to name a few are some of the professions that are related with science. How much diversified the professions may be, still there is a definite approach to a well-constructed science resume.

Here I will mainly guide you on a writing a perfect science resume that would help you to apply for a variety of jobs in the scientific field.

Biotechnology

1. Focus on the demands of particular scientific field.
In order to make your science resume distinguishable from the resume of the other candidates, your science resume must focus on the demands of your particular scientific field, giving evidence your natural curiosity, ability for innovation, strong educational experience and quantifiable leadership skills.

How to Write a Science Resume

2. You need to provide your personal profile.
Personal profile is very essential in a science resume. In this column you need to define your personal qualities like leadership skills, efficiency to work under pressurized environments, courageous attitude and capability to achieve goals. Try to tell the employer that you are fully qualified in the field of science in order to obtain that particular job.

3. Researches and analysis.
Researches, experiments and analysis are the most important part of the resume of a person from the scientific background. You need to provide full details about the researches you have done, the subject matter, the outcome of those researches and the time you took for completing them.

4. Educational background.
A person from the scientific field needs to have a strong educational background. You have to provide the full details about your qualifications in a specified manner. Write about your high school educations, the school you studied in, your post graduation, the marks you obtained. Then you can also write about your Graduation level qualifications along with the institutions and the year in which you completed the particular course.

5. Write about your experience.
These days in which ever company you apply, they need experience. So, while writing your science resume, mention all the previous posts at which you have worked; give the names of the companies and the type of work that you performed. You can also include your internship experience in this column and the awards you got for your researches.

6. Talk about your additional skills.
In today's world only educational qualification is not enough, you also need to have some additional skills. In this column you can describe about your software and hardware skills. You can mention the computer programs you have learned and can also write about your specification and expertise in any particular technology.

Follow these guidelines in order to write a perfect science resume.

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Definition of Forensic Science

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Forensics is a field of science dedicated to the methodical gathering and analysis of evidence to establish facts that can be presented in a legal proceeding. Though crime scenes and laboratories are perhaps, most often associated with forensics, there is also computer or network forensics, forensic accounting, forensic engineering and forensic psychiatry, among other specialized fields that are today an integral part of forensics. In the United States of America, forensics was a fairly obscure topic for the general public until the double-murder trial of Orenthal James Simpson in 1995. In the historic case that gripped the entire nation, weeks of testimony were heard on DNA blood evidence, shoeprint evidence, fiber evidence and other forensics. Since then, a bevy of forensics-based television shows have regularly topped the ratings, making it a household word.

Those who collect forensic evidence must follow strict procedures to protect the evidence from getting contaminated or destroyed, and must preserve the chain of custody. Since science is unbiased and sound, forensics is considered a very critical part of any investigation. While witnesses may often be mistaken, have credibility issues, hold a stake in the outcome, have fading memories, or even pass away, forensics "tells the same story" no matter how many times it is tested, or how many years have passed.

The field of forensics is so vast that it requires specialists or criminalists at every point of investigation, from tire track analysis, to odontology, to the lands and grooves that make every gun barrel unique. From microscopic evidence and transfer evidence such as fibers and hair, to blood splatter and forensic entomology, there are many fields of specialization within forensic science.

Though forensics deals with circumstantial evidence, it is often widely considered as the best and the most compelling evidence that any prosecution or defense lawyer can have in his or her arsenal. Some people suggest that the public's awareness of forensic science might be potentially compromising to law enforcement, producing educated criminals who might be more apt to try and effect a clean crime scene. Experts generally tend to believe that it is nearly impossible to avoid leaving behind trace evidence at a crime scene, even when extraordinary efforts are made to the contrary.

Forensic Science [http://www.e-ForensicScience.com] provides detailed information on Forensic Science, Forensic Science Degrees, Forensic Science Colleges, Forensic Science Schools and more. Forensic Science is affiliated with Biotechnology Careers.

Science And Nature For Kids

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Why is the grass green? Why is the sky blue? Why is the tree bigger than the other? Why do I feel hungry? These are a few of the hundred questions a child asks his parents day in and day out.

But by condemning children for their incessant questions, you stub out their inquisitiveness that leads to growth of knowledge. Teaching science and nature to kids is a great way to help them explore the world. A world that is far different than what they live in. You may think they get enough of science from their school textbooks. But that is far little than what a malleable kid's mind can devour.

You do not have to set up a lab or invest heavily in instruments. The world is an open laboratory and the best way to teach your child is to take him out into the world. Stare at the moon and see it change shapes through the month. Makes notes of the same on the calendar and then predict its shape for the coming week.

See flowers bloom and question why flowers droop and wither, See animal and plant behaviour, see fish move swiftly and check how they sleep, how does the washing machine work, how does the fruit mixer grind fruits? What is the material in a sofa or a bed, why is it used?

Science is everywhere, it can be learnt and observed and fed into your child's mind, leaving them asking more questions than ever before. You don't have to be a scientist or an engineer to know all the answers but a positive approach towards science is all that you need.

Keep your mind and ears open and teach your children the same. Fuel them to ask questions, relevant questions not just mindless questions. Put science books under their noses and sit and watch discovery and national geographic together with your kids.

Hold mini competitions in your house with questions in regard to general knowledge of science and nature. This will encourage your children to dig into books and learn the nuances of everyday science. Being in-step with science will help your child be updated and walk tall in life.

How do you get a cold? What is the cure to it? How can you avoid getting a cold? Are a few questions you can get your child to ask and answer? Do not spoon feed them, let the mind explore. It helps build logic to form an answer. In this way children can decode science and make sense of the world.

When your children are exposed to the world or in conversation with older people they can be a part of it with their wealth of information which only you can induce them to swallow. Sometimes children get so engrossed in science and nature that they get far ahead in life and take up professions in relation to this field. But it all begins when the tender mind is hungry for knowledge.

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Forensic Science Colleges

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Forensics is the shortened term for forensic science. The Latin definition of the word is "before a forum", this is because most forensics experts are called upon to present and prove evidences before judges and juries in court litigations. Their testimonies and reports on findings are extremely important in the court procedure, especially when the prosecution's case hangs solely on evidence.

The term forensics refers to the application of a wide range of knowledge; processes and methods used in the different scientific fields in answering or finding evidence form a crime scene to aid law enforcers to bring the right people to justice. This is where forensic science colleges specialize. People who master in forensics in forensic science colleges mostly begin as laboratory scientists doing research and experiments. They are perhaps lured into the law enforcement side by the more enriching experience of bringing to light the mysterious, the baffling, and almost unsolvable aspects of a crime. They usually have a solid background in chemistry, biology, physics, and psychology.

The police and other government agencies use forensics to collect and process evidences from crime scenes. With all the advancements in technology, forensics have also evolved into more complex processes that can now pinpoint the accurate time and date of death, identify burnt or decomposing bodies, or identify someone from a mere hair, fingernail, or saliva sample. Recent improvements in the equipment used in the laboratories have also helped correct some inaccuracies from the past. Previously convicted suspects are freed because new evidences show they could not have possibly committed a crime. Missing persons are identified from skeletons or even just from skulls.

Lawyers, law enforcers, and journalists sometimes enroll in forensic science colleges to augment their previous disciplines. There are several colleges and universities that offer electives in forensic science. Short courses are also offered online for graduate students. Forensic science students can get degrees in any of the Forensic Science disciplines, including criminalistics, engineering sciences, jurisprudence, odontology, pathology, physical anthropology, behavioral science and psychiatry, questioned documents, and toxicology. A solid background in chemistry or biology is often a plus for candidates.

Forensic Science [http://www.e-ForensicScience.com] provides detailed information on Forensic Science, Forensic Science Degrees, Forensic Science Colleges, Forensic Science Schools and more. Forensic Science is affiliated with Biotechnology Careers.

Top 10 Popular Science Books

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1. Annals of a Former World, by John McPhee

In patient, lyrical prose, McPhee takes the reader on a geologic journey through the United States. This volume was originally published as 4 books; each is centered on a road trip the author took with a geologist, observing the earth next to Eisenhower's great US highways for clues into its geologic past. Annals has this--no borders, idealistic, On the Road for geologists kind of feel (though a bit more grown-up.) I pick up Annals every once in a while when im in a relaxed mood, when im looking for a good example of literary science writing. Highly recommended as a companion for camping trips, if you can fit it into your pack.

2. Surely You're Joking, Mr, Feynman, by Richard Feynman

A string of excerpts from Feynman's life/career, Surely You're Joking is probably the popular science book I have read through the most times, not because it is short, but because it is at once compelling, understated, and full of indispensible scientific concepts. Richard Feynman has an uncanny ability to make physics easily digestible, his lectures are a testament to that and Surely You're Joking is no exception. Feynman's easy prose makes the reader feel like physics is understandable, as if he has laid out a diagram of the universe on his living room floor--no one is an outsider. It's delightful. Feynman's in my 'top 5 people I would give my right pinky finger to meet' category.

3. A Short History of Nearly Everything, by Bill Bryson

The second heavy volume on the list, A Short History is packed with nearly everything. It takes a look at the science behind a lot of things--beauty, cells, evolution, the universe. Bryson rejects the traditional notion of a 'textbook' with this book, making science seem relevant in our daily lives AND putting this knowledge in the context of the universe--in space and time. Capturing the detailed nooks where science is often concentrated AND eliciting the wonder of the wider perspective is an accomplishment--savor it wherever you can find it. Great in audio book format.

4. The Richness of Life, collection of essays by Stephen Jay Gould

The idiosyncratic Gould has written articles in Natural History and many other science magazines for decades and is one of the most widely read modern science writers. In this collection of articles, Gould's highly intellectual, witty, and pin-accurate prose explains evolutionary theory, racism or baseball with a scientist's eye, but in a way that engages the layman. Gould's dedication to science shows in every piece. Delightful.

5. In the Shadow of Man, by Jane Goodall

A classic book--easy read, no jargon. Goodall's observations of chimpanzee's in the wild first brought to light one of man's most recent ancestors--the chimpanzee. This book chronicles some of Goodall's groundbreaking research through her own observations about chimp behavior. Once immersed in the book, I couldn't help but think--we are all just apes, evolved from or related to one another. Puts things in perspective.

6. The Canon, by Natalie Angier

Someone at the New York Times science desk once told me--"Natalie Angier is the queen of metaphor." I have to agree. The Canon is the best example of her witty prose winding the reader through simple scientific questions with difficult answers. In this book, Angier tackles what she has deemed the basic scientific concepts everyone should know: thinking scientifically, probabilities, calibration, physics, evolutionary biology, chemistry, molecular biology, astronomy and geology. Phew. I have to say--this could have been very text-book, but because of her writing style, is masterful. I actually have had many non-scientist friend recommend this to me, which is always a good sign.

7. Lives of a Cell: Notes of a Biology Watcher, by Lewis Thomas

Another collection of essays worth picking up, Thomas' book is a joy. Each essay packs a good amount of philosophy into it's literary package as Thomas meanders through simple topics and concepts in biology and makes larger connections (cells are like mini organisms, social animals work together like parts of a cell, etc.) Thomas often uses themes repetitively in his essays, so this collection is good for sporadic reading.

8. Universe in a Teacup, by K.C. Cole

Where can you find a book that successfully intertwines the discipline of mathematics, with the concepts of truth and beauty? Universe is just such a book; K.C.'s most popular and in some ways seminal volume. Metaphors she uses pack a punch. Her prose style is somewhat poetic, and in Universe, she proves adept at explain things like chaos or phase transitions are illuminating--not just because you finally understand some science concept that always seem so obscure, but because Cole has also given the you a new way to think about mathematics and the world alongside your new understanding. (Full disclosure--Cole was my academic mentor)

9. Enduring Love, by Ian McEwin

Ok, so not everyone would categorize this as a popular science book, but Ill include it anyway. Enduring Love is a fiction book, partially written from the perspective of a former scientist, but more importantly, it is a suspenseful story that lets the author's attitudes towards life bleed through each and every page. Ian McEwan is a well-know rationalist who believes that science is just as much a part of culture as anything else--a position with which I very much empathize. This is a literary tale, sure, but McEwin manages to mention scientific ideas all over the place, integrating science and its ways of thinking into the lives of his complex characters and slowly revealing situations. It's a page-turner.

10. Six Easy Pieces, Six Not-So-Easy Pieces, by Richard Feynman

I tried not to include any author twice, but I couldn't resist. Feynman is fantastic. Check out these books for fundamental lessons of physics.

*Suggested missing authors--Simon Singh, Richard Dawkins

Beyond the Tao of Physics - The Spirituality of Science

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Physics: A link to the past

It has been a third of a century since Fritjof Capra's bestselling book The Tao of Physics. Capra related the similarities between the physics and cosmology of the time (1975) to Eastern mysticism. Since then scores of scientific discoveries have left scientists mystified and the general public stymied.

In order to make observations fit into theory, scientists have recently proposed that 96% of the universe is missing dark matter and dark energy, that space is not empty but full of energy, that there are at least seven concealed dimensions, that the "fundamental particles" in Capra's book are not fundamental, that there are an infinity of parallel universes, that the universe is but information, and that simply knowing an organism's DNA sequence does not reveal the secret of life.

Capra's book suggested a theory in which everything is interconnected and manifests only with consciousness. Do the recent scientific assertions support this? Yes. But they also go well beyond just Eastern mysticism and intimate the original teachings of religions and the ancient spiritual teachings of all the world's cultures. Capra predicted that new scientific revelations would lead to a more accurate portrait of our world. Indeed, in less than four decades we have a new world-view.

21st-century science: A beacon of light into the spiritual

I have collated cosmology, physics, biology, and other sciences with spiritual teachings and discovered that a new truth is emerging. Science of this century has caught up with spiritual teachings several millennia old. To understand the new truth we must comprehend that the universe is mental and spiritual, that matter is a convenient metaphor used by humans to make sense of our world, that our senses gasp but a billionth of what is out there, that the big questions such as the origin of life, the genesis of the universe, and the nature of reality still have no satisfactory scientific explanations.

Yet the astounding discoveries in recent years inch us closer to appreciating the inscrutable depictions of reality from Eastern mysticism as well as spiritual teachings from all ancient cultures. I have sought to bridge the gap between science and spirituality by explaining recent scientific discoveries dealing with our origins, reality, misperceptions, body/mind, consciousness, spirituality, and afterlife.

My journey took me on a tour of the mind-boggling scientific concepts of the creation of the universe, life, and humankind. New theories reveal a startling view of reality. Recent breakthroughs explain how mind and consciousness emerge from body and brain, overturning previous dogmas and offering new healing methods. New studies provide fascinating insights into the possibility of an afterlife. Comparing 21st-century science with spiritual beliefs, I discovered how the rift between science and spirituality can be healed.

Leo Kim, Ph.D. was a research associate at MIT, scientist, and executive in the biotechnology industry. He studied with healers such as Barbara Brennan, Bernie Siegel, and Deepak Chopra, and is a certified clinical hypnotherapist. For more information, and to learn about his new book, Healing the Rift, visit: http://healingtheriftbook.com

Can Science Explain the Origin of Life?

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What is life and what is not?

What is "life?" One definition is an organism that can grow, reproduce, and have a metabolism (ongoing chemical reactions) as opposed to a dead organism, or inanimate matter. While this may seem fairly straightforward, it excludes some elements that we may instinctively consider alive. Are seeds that lie dormant for years alive? If they are not, what defines the instant in which they become "alive?" If seeds are already alive, what makes them so? No chemical reactions are occurring, i.e. no signs of life.

What about so-called gram-positive bacteria that run out of nutrients? When they sense that they cannot continue to live, they put their biochemical energy into creating spores. In harsh environments, gram-positive bacteria cease to exist after creating spores. Are bacterial spores alive? Spores, like seeds, can remain dormant for decades with no signs of chemical reactions. Then, they spring to life as bacteria when the environment supplies nutrients, proper environmental conditions, and moisture. These bacteria are genetically identical to the bacteria that produced the spores. If spores are not alive, then what confers life to them resulting in live bacteria?

Evolution

Can evolution explain life? No. It only depicts how life evolved once there was life. If the fundamental ingredient of the universe were preprogrammed to evolve into life, this would be a new evolution theory. This is what many scientists including Richard Dawkins contend.

Lucky us

The mathematical odds of having the stuff of our universe (at least the stuff we know) "evolve" into life are vanishingly small. Sir Fred Hoyle likened the probability of random emergence of single-celled life to the probability of a Boeing 747 assembling as the result of a tornado whirling through a junkyard. Some scientists say: no problem, just have numerous universes (perhaps an infinite number) each having trillions of planets hosting tornadoes for billions of years. In one of these worlds life will result and evolve to us. Furthermore, since the conditions for life might exist on some the millions of other planets (yes, there could be that many), life might be common in our universe. Almost all of the other universes will be devoid of life. However, this assertion presumes parallel universes or multiverses-hidden worlds along side ours.

Does this explanation debunk spirituality?

Suppose we accept this story of life's beginning. What or who created all these worlds? Why were all these created-so that there would be life? Thus, this seemingly bizarre rationalization of how life begun does not address the what, who, or why. Dawkins employs the multiverse conjecture to show how God is a delusion. Wrong! The multiverse argument can be consistent with spiritual teachings which generally include God.

The difference between knowledge, contention, and fact.

Science using accumulated knowledge contends that parallel universes or multiverses might explain the origin of life. Theories should be testable. Even published experiments must be reproducible or be retracted. Many scientists doubt that the concept of parallel universes and multiverses can ever be tested. Spiritual wisdom from across time, geography, and cultures has similar teachings. I believe that time has tested these beliefs and reproduced them.

Healing the rift. Bridging the gap between science and spirituality.

Scientists have been humbled by revelations of the last several decades: parallel worlds, missing dark ingredients of the universe, and the mysterious stuff in a vacuum. Numerous physicists are declaring the world as spiritual. We are blessed with the gift of life. By incorporating both the spiritual as well as the scientific, I believe that we enjoy a more opulent life.

Leo Kim, Ph.D. was a research associate at MIT, scientist, and executive in the biotechnology industry. He studied with healers such as Barbara Brennan, Bernie Siegel, and Deepak Chopra, and is a certified clinical hypnotherapist. For more information, and to learn about his new book, Healing the Rift, visit: http://healingtheriftbook.com/

Forensic Science Technicians

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Forensic science technicians investigate crimes by collecting and then analyzing physical evidence found at the crime scene. They often specialize in areas such as DNA analysis or firearm examination, performing tests on weapons or on substances such as fiber, glass, hair, tissue, and body fluids to determine their significance to the investigation. Proper collection and storage methods of evidence are important to protect their validity. They also prepare reports to document their findings and the laboratory techniques used, and also provide valuable information and expert opinions to investigators.

When criminal cases come for trial, forensic science technicians often testify, as expert witnesses, on specific laboratory findings by identifying and classifying substances, materials, and other evidence collected at the scene of a crime. Some forensic science technicians often work closely with other experts or technicians. A forensic science technician may consult a medical expert about the exact time and cause of a death or a technician who specializes in DNA typing in hopes of matching a DNA type to a suspect.

Most employers prefer applicants who have at least two years of specialized training or associate degrees in applied science or science-related technology. Others prefer applicants with bachelor's degrees in chemistry, biology, or forensic science. Career preparation in forensic science is also available through two year formal training programs that combine the teaching of scientific principles and theory with practical hands-on application in a laboratory setting with up-to-date equipment. Science technicians must have strong communications skills and should be able to work well with others. Excellent organizational ability, an eye for detail, and skill in interpreting scientific results are also important. Technicians usually begin work as trainees in routine positions, under the direct supervision of a scientist or an experienced technician. As they gain experience, they take on more responsibility and carry out assignments only under general supervision, and some eventually become supervisors.

On a typical day, a forensic science technician might perform some of the following duties - examine, test and analyze tissue samples, chemical substances, physical materials, and ballistics evidence, using recording, measuring, and testing equipment; interpreting laboratory findings and test results to identify and classify substances, materials, and other evidence collected from the crime scene; collect and preserve criminal evidence used to solve cases; confer with ballistics, fingerprinting, handwriting, documents, electronics, medical, chemical, or metallurgical experts concerning evidence and its interpretation; reconstruct the crime scene to determine relationships among pieces of evidence; prepare reports or presentations of findings, investigative methods, or laboratory techniques and even testify as expert witness on evidence or laboratory techniques in trials or hearings.

Forensic Science [http://www.e-ForensicScience.com] provides detailed information on Forensic Science, Forensic Science Degrees, Forensic Science Colleges, Forensic Science Schools and more. Forensic Science is affiliated with Biotechnology Careers.