Renaissance Science and the Song of an Extinct Sea Monster [sciencetechnology-center.blogspot.com]
Question by xtc: What science majors will open the most opportunities for me? I don't know what I want to do about college, but I am thinking something in the science field. Biology seems to have a lot of options, what else? Best answer for What science majors will open the most opportunities for me?:
Answer by Mark
Chemistry has many opportunities. Good knowledge of organic chemistry either as a a chemistry major or a biology major should be able to get a job in most cities with a population over 50,000 people. Labs across the country for the medical, environmental compliance, chemical manufacturing, agriculture, food manufacture, and half a dozen more need people who can test just about anything properly and write up a report afterward. Major in chemistry and minor in english. Learn how to write well, its very useful.
Answer by mR. NA
If you want a job where the job openings are bountiful, I'd shoot for either environmental science or geoscience. Environmental scientists make around 50k a year, depending on where you live, and right now focus on the preservation of natural resources, plants, animals, etc. They also raise awareness on pollution and recycling. Their job have a projected growth of about 25 per cent. Geoscientists study the earth in a means to understand how it originated and how it's changing. Some geoscientists are also working in tandem with chemical engineers to find alternatives to oil and to make oil more efficient. If you don't want to go the biology route, try the biomedical route. Job openings around 20% increase.
Answer by VoodoChile
Biological sciences are an excellent discipline, and a general biological science bachelors is useful in a wide variety of careers. Jobs are readily available for graduates, just don't expect to earn a substantial salary upon graduation. Two year technical degree holders often earn salaries comparable to that of recent BioSci graduates. Experience in the field, be it professional or academic, will yield a higher wage. Many BioSci majors intend to pursue graduate degrees, either a masters or PhD. The other suggestions have been on point. My alma mater, NCSU, offers a wide variety of science and engineering degrees. They have a concise listing of general job opportunities and other information related to each major: http://www.ncsu.edu/majors-careers/do_with_major_in/ It's up to date and a useful quick reference.
www.euronews.net The deepest point on the surface of Earth is the Dead Sea in Israel. Now a joint Israeli-German team of scientists has found several freshwater spring systems on the floor of the Dead Sea. Their presence has been suspected for decades as concentric ripples on the surface of the water are visible near the shore, but it is only now been confirmed by divers. 30 metres under the surface, equipped with underwater cameras, the divers collected water samples from cracks in the sea floor and discovered cunknown micro-organisms.
What might it mean when it is discovered that a weird, grotesque, extinct sea ammonite was able to send evolutionary information through 20 million years of space-time to influence the design of a modern day seashell creature? A clue to answering the question might well be that it appears to have been designed to float upright, suggesting an evolutionary process better understood in the days of ancient Greece than by modern science. Nipponites Mirabilis, Stone of Japan, had a primitive, snake-like, twisted shell from which emerged a small squid-like creature that floated along slowly in an ancient sea to ensnare its food. The evidence that the ancient Greek life-science might have been correct, overwhelmingly argues that Darwin's evolutionary theories appear to be obsolete.
During the 1980s Italy's leading science journal Il Nuovo Cimento published papers written by the Australian Science-Art Centre's mathematician, Chris Illert, in which he was able to generate simulations of seashells indistinguishable from colour photographs of the living seashell. By lowering the harmonic structure of the relevant formula that he had constructed, a simulation of the creature's ancestor fossil was generated. By lowering the formula by a lesser harmonic a strange, compacted, tube-like fossil simulation was obtained.
The grotesque seashell design was identified by the Smithsonian Institute as being an accurate simulation of Nipponites Mirabilis. Illert became the first person to demonstrate that the extinct ammonite had been able to transmit design information across 20 million years of space time to influence the design of a living creature. His optics discovery was reprinted in 1990 by the world's largest technological research institute as an important discovery from the 20th Century literature.
Illert's mathematics was associated with Renaissance geometries and considerable controversy was generated at the time. Some scholars, such as the late Dr George Cockburn, Royal Fellow of Medicine, London, proposed that the evolutionary logic belonged to the universal space-time logic of fractal geometry. This was not a popular idea because mainstream science was, and still is, governed by Einstein's premier law of all of science. Although the infinite logic of fractal geometry is quite acceptable to modern science, all life in the universe must be destroyed, a death sentence demanded by the Einsteinian world view. The Science-Art Centre's Dr Cockburn, quite familiar with Chris Illert's research, devoted the rest of his life to linking artistic creative thought to the functioning of universal fractal logic. Cockburn's optical theories led to a modification to Leonardo's Theory of all knowledge, which successfully showed Darwinian life-science theories to be based upon false assumptions.
Leonardo da Vinci considered that the eye was the key to gaining all knowledge, a concept that Plato considered belonged to barbaric engineering, because such principles ignored his spiritual optical engineering principles. The engineer, Buckminster Fuller, based his synergistic life-energy discoveries upon Plato's ethical optics research. Fuller's work was constructed upon a fractal mathematical logic compatible with Cockburn's published medical research. Fullerene logic is now upholding a new fractal logic life-science chemistry endorsed by the three 1996 Nobel Laureates in Chemistry.
Leonardo's theories were modified because, when the sperm makes contact with the liquid crystal membrane of the ovum the eye does not exist and life is instigated though the functioning of liquid crystal fractal logic optics. This discovery linked the human evolutionary process to ancient prehistoric life forms whose fatty acids had sometimes combined with minerals to form liquid crystal soaps which, when influenced by cosmic X-Radiation, grew into crystalline formations exhibiting certain fractal functio ning associated with human evolution.
The discovery of a transfer of fractal evolutionary information from a small extinct sea creature across 20 million years of space-time indicated an aspect of fractal life-science intelligence well beyond Darwinian evolutionary theory. It is also well beyond the primitive technology of modern science, however, it is consistent with Platonic spiritual engineering principles now associated with a new life-science chemistry. The human sphenoid bone vibrates the same seashell life-energy forces used by Nipponities Mirabilis to help advance fractal logic evolution. The human vibrations are in contact with the seashell design of the human cochlea, designed not to keep a creature upright in water, but to keep humans upright on land.
Texas Univerity's Dr Richard Merrick has researched and adequately developed the electromagnetic fractal logic of life found functioning within the human creative cerebral mechanisms. This functioning ca n be considered to be established by the sphenoid's liquid crystal programming. Dr Merrick's work is associated with Pythagoras' Music of the Spheres fractal life-science world view, which can be considered to be associated with the life-force song sung by Nipponites Mirabilis. In order to develop human survival technology, we can now ask the sphenoid where it wants to go. From the humanoid fossil record, each time the sphenoid changes its shape a new specie emerges. By applying knowledge about the harmonic music sung by a grotesque little sea monster floating along in an ancient sea near the Japanese coast, we can envisage a futuristic supra- technology linking us to a reality 20 million years into the future.
©Professor Robert Pope
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