Which Scientific Academies Or Journals Have Claimed Atlantis Bigfoot Dracula And Ghosts In The

Not directly by the journal except in rare cases where a journal might commission a review. The reason to publish isn’t really about the money it’s about sharing the findings of your research. Research that isn’t shared might as well never have happened.However, publications are one of the key things that an academic is judged on when applying for a job or for promotion. Therefore indirectly your salary will depend on publications. In the UK, the amount of money a uni receives from the government is decided based in part on the quality of papers that it’s academics have published. Because of this, some unis might have reward schemes for top quality outputs (this has not happened anywhere I have worked so is probably rare)Note that quality and type of publication matters. Only internationally excellent primary research work will translate into money for the uni and, unsurprisingly, primary research publications in good journals have a much bigger impact on your cv.In addition, quality publications will influence funding decisions so will directly affect what you do next.

In many cases you should not need to pay for the articles.  If you are associated with any college or university, you should be able to access the journal online or offline for free.  Likewise, many big-city public libraries have purchased the same databases/journals, and, as long as you have a library card, you can also access those databases free.  Check with  your college's library so you can get the "proxy" or vpn access off campus that will enable you to use the materials free.  The library has to ensure that only faculty and students of their campus are using their databases, as some things, such as catalogs, are open to anyone. The library's arrangement with the publisher is for a certain number of users, so they  limit the free access to their own users.  But once you get that access--it's all free and all full text.

It is called allegory and was one of Plato’s favorite techniques. What eludes many is that Plato didn’t write dry doctrinal (let alone historical) works, but lively dialogues, which are both philosophical and literary masterpieces. Allegory is essentially a metaphorical story, whose elements and plot represent something abstract, moral or philosophical. Plato’s best known allegory was that of the cave: it’s about a group of people who have spent their entire lives in bondage deep inside a cave and the only thing they see is the wall in front of them, on which shadows of objects carried behind them are projected; thus, they’ve come to believe that these shadows are the true objects. The allegory visualizes Plato’s theory of the Forms; the goal of philosophy, which is liberation from the tyranny of the senses; and the duty of the ones who manage to free themselves (the philosophers), which is to go back into the cave and educate their peers. That’s the case with Atlantis; it’s a metaphor/allegory for hubris, the arrogant violation of one’s existential limits, which was the biggest “sin” according to the ancient Greeks.

I've heard a scientist rationalise the phenomena of glass flying off a table or bench due to the build-up of resonant tensions in the material. I haven't heard of it being explainable by science relating to a compound object like a laptop. I'm currently listening to a lecture series on relativity and quantum mechanics and, as the series goes on, the unbelievable possibilities that *are already proven, real phenomena* show the existence of massless particles that are extremely rare to interact with our world. We are only just scratching the surface of quantum particles, especially those that travel at near light speeds and that do not interact with the just-discovered Higgs boson. It is asserted that there must be further undiscovered massless particles out there that dilate time and constrain space in all sorts of odd ways that blow apart our common sense of Newtonian physics and our understanding of interactions within spacetime. So on that basis, I think eventually, given another hundred or so years, we may yet be able to explain what these sorts of rare "energy" forces really are. Physics-based theories already abound. (See: Near-death experiences occur when the soul leaves the nervous system and enters the universe, claim two quantum physics experts)Like we had to do with the terms "past" and "future" when relativity implications were discovered (See: World line), our entire definition of "life" may have to be revised slightly as well.

It's 12:00AM now, the perfect time to answer this question….!! :-pAlbert Einstein, one of our greatest scientific minds of all time, offered a scientific basis for the reality of ghosts.A recent Google search turned up nearly 8 million results suggesting a link between ghosts and Einstein's work covering the conservation of energy.The assertion is that, "Einstein proved that all the energy of the universe is constant and that it can neither be created nor destroyed. ...!!!”So what happens to that energy when we die? If it cannot be destroyed, it must then, according to Dr. Einstein, be transformed into another form of energy. What is that new energy? ... Could we call that new creation a ghost?"When we are alive, we have electrical energy in our bodies. ... What happens to the electricity that was in our body, causing our heart to beat and making our breathing possible?Here is the simple scientific answer :After a person dies, the energy in his or her body goes where all organisms energy goes after death: into the environment.When a human dies, the energy stored in his or her body is released in the form of heat, and transferred into the animals that eats us (if left uncremated) and the plants that absorb us. If we are cremated, the energy in our bodies is released in the form of heat and light.When we eat dead plants and animals, we are consuming their energy and converting it for our own use.Many ghost hunters say they can detect the electric fields created by ghosts. And while it's true that the metabolic processes of humans and other organisms actually do generate very low-level electrical currents, these are no longer generated once the organism dies. Because the source of the energy stops, the electrical current stops — just as a light bulb turns off when you switch off the electricity running to it.Most of the "energy" that any dead person leaves behind takes years to re-enter the environment in the form of food; the rest dissipates shortly after death, and is not in a form that can be detected years later with popular ghost-hunting devices like electromagnetic field (EMF) detectors.Ghosts may indeed exist, but neither Einstein nor his laws of physics suggests that ghosts are real.Gracias Dios….No Fantasmas…!!!(Translation :Thank God…. No Ghosts…!!)