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Original question: So what if the God that we know is really beings of the past ( maybe they are from the "first" universe) that create us in the.
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Again and again, researchers are finding the same things, whether it's with observational studies, or even the "gold standard" Randomised Controlled Studies, whether it's medicine or economics. Nobody bothers to try to replicate most studies, and when they do try, the majority of findings don't stack up. The awkward truth is that, taken as a whole, the scientific literature is full of falsehoods. Jolyon Jenkins reports on the factors that lie behind this. How researchers who are obliged for career reasons to produce studies that have "impact"; of small teams who produce headline-grabbing studies that are too statistically underpowered to produce meaningful results; of the way that scientists are under pressure to spin their findings and pretend that things they discovered by chance are what they were looking for in the first place.

It's not exactly fraud, but it's not completely honest either. And he reports on new initiatives to go through the literature systematically trying to reproduce published findings, and of the bitter and personalised battles that can occur as a result. This episode is related to Philosophy of science. This episode is related to ISI highly cited researchers. Sign in to the BBC, or Register. Everything We Know Is Wrong. Main content. But John Cusack is fine. In real life, bullets go through almost anything. This also means that if you misfire at a home intruder, you could kill your kid upstairs.

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Also , there are weird exceptions; a bullet can get slowed down by seemingly random, non-cinematic items like, oh, a few feet of water. Except even that depends … different guns might need up to 8 feet or more. Do you see a trend here? A hero can take a shot to the knee and, a few scenes later, forget to keep limping. She can also show her moral superiority by opting not to execute a baddie, choosing a merciful shot to the shoulder instead. At least, I found that suggestion in two different places. Wherever the bullet enters, it can ricochet and do all kinds of crazy nastiness inside your body.

Plus, you tend to have major arteries in inconvenient places. In the movies, heroes chitchat as they fire round after round. In real life, guns are LOUD. Also, the insane din of gunfire is the reason for all those military hand signals.

SO WHAT’S ALL THIS ABOUT A “SNEAK ATTACK”?

In the movies, characters are always ready to point a gun to extract info, intimidate, and generally make the conversation more intense. A book I inhaled over the weekend. In the movies, a bullet wound can catapult you through the air.


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In real life … no. The closest is a shotgun, which sends a spray of bullets that can sometimes knock an assailant back. But even then, no flying.


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In the movies, fatal gunshots kill almost instantly. In fact, one point I saw over and over again is that not only can shot people take awhile to die, they can keep fighting and shooting back.

‘Everything we know, is wrong’

The good news is, if you get to a hospital in time, your chances of survival for most gunshots are high. But note the word choice: survival. Possibly survival with a complete mess inside…. This guy in Texas pulled out a shotgun to scare off a home intruder. The intruder appropriately screamed and took off. The guy pulled out his phone to call the police, and, being somewhat nervous and sweaty, dropped the phone.

Their hats are orange though, and they are mining for something completely different: nothing. That is, nothing so far. SNOLAB detectors scour the cosmos for the elusive stuff thought to make up the bulk of matter in our universe: dark matter. So far, we have been able to detect only a measly five per cent of all matter in the universe ; this atomic matter makes up all the galaxies and stars, planets, black holes, quasars, pulsars, neutrinos — as well as humans and all other life on Earth.

The rest is unknown stuff, dark matter 25 per cent and even the more enigmatic dark energy 70 per cent. And boy have we tried. Why are we trying to catch it? Sure, we won't be able to make the next generation cosmic smartphones out of dark matter. Nor will we be able to turn it into gold.


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But observing it will help us understand how galaxies actually hold together without flying apart — which they should do with the amount of atomic matter we are able to detect. After all, our own galaxy, the Milky Way, is thought to live in a vast cloud of dark matter — the so-called dark matter halo. Finding dark matter will also help explain why we observe objects in deep space said to be optical illusions — when images of galaxies we get with telescopes have strange arcs and rings of light around them.

‘Everything we know, is wrong’ – BBH

Researchers say they are optical copies of the real galaxy laying behind a huge clump of dark matter that acts like a giant gravitational lens, bending the light from the galaxy and thus distorting and magnifying the image. This is called gravitational lensing. Or, to put it more simply, scientists are searching for dark matter because they want to scratch an almighty itch.

The lab, operating since , has just received funding approval from the US Department of Energy to build a brand-new dark matter experiment, scheduled to start operating in Despite huge pots of money being poured since the s into dark matter experiments on, under or above Earth, despite endless late nights spent doing calculations, and despite plenty of media coverage, researchers keep getting nowhere. It has obtained zero results.

The PandaX experiment in the Jin-Ping sub-terrain laboratory in China hasn't spotted any particles either. In India, Jaduguda Underground Science Laboratory opened last year, meters below the surface at an operating uranium mine. So far, they have found nothing well, they've only been looking for a year.

And on, and on, and on.

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The leading theory is that dark matter is made out of particles that interact with normal, atomic, matter or light only through gravity - by exerting a gravitational pull. But all in vain. So just how much longer can researchers justify that they are looking for something unknown and finding nothing, but still get away with asking for more money to look for nothing Well, turns out that for the researchers who have devoted their whole life to dark matter, null results are ultra-important — nearly as important as finding something.

After all, it took a century to detect gravitational waves, predicted by Albert Einstein in , and nearly half a century to spot the Higgs boson in the LHC. Researchers knew what they were looking for and null results year after year helped them to better constrain their search limits.

Protein: Everything You Think You Know is Wrong

If you search for a lion in the desert, you can find it eventually by excluding successively bigger regions of the desert in which you do not find the lion until you narrow the region to the footprint of the lion itself, he says. But this is true only if you know that a lion lives in the desert. Well, the good news is that the majority of researchers do agree that, like a lion in the desert, dark matter should be out there The Bullet Cluster, consisting of two colliding clusters of galaxies, shows evidence for dark matter.

A s the lift reaches the bottom of the Creighton Mine, it first bounces up and down a few times before coming to a halt. To get to SNOLAB, researchers then have to navigate nearly two kilometres of dark, narrow tunnels, carefully dodging the nickel miners and their equipment.

The area around the mine — above ground, that is — is home to bears who sometimes wander in to say hello. Once, a researcher went out for a smoke, recalls Walding. While the nickel mine has been around since the s, the physics lab was only founded in The seemingly unusual location — deep underground — is not because of lack of space on the surface, but rather to shield sensitive detectors from energetic particles called cosmic rays. Thick slabs of rock can stop them in their tracks, though, helping scientists eliminate this interfering background noise.

That was for his work on neutrinos — ghostly, nearly massless particles that originate in the core of stars, in faraway cataclysmic events like supernovae, but can also be produced on Earth. Just like dark matter, they were theory once, first proposed in ; it took 26 years before the first neutrino was detected. To accommodate SuperCDMS, the lab will be upgraded, to account for more electrical power, lighting and cooling.