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RonicTero
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| Joined: 19 Apr 2014 |
| Total Posts: 8413 |
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| 14 Oct 2015 08:23 PM |
| i believe in god and i know that doesn't make sense |
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Amiably
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| Joined: 08 Nov 2013 |
| Total Posts: 22359 |
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| 14 Oct 2015 08:25 PM |
He's real.
http://www.roblox.com/games/233481351/Halloween-Obby-BETA |
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| 14 Oct 2015 08:26 PM |
| inb4 atheists and od'ers ruin my theory |
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RektHelm
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| Joined: 25 Aug 2012 |
| Total Posts: 899 |
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| 14 Oct 2015 08:26 PM |
| HowToCreateHateThreads101 [2] |
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| 14 Oct 2015 08:26 PM |
https://www.youtube.com/watch?v=2uMBbkSMppM
"I don't live in my mothers basement because I don't deserve such luxury. Also, there are spiders down there." |
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| 14 Oct 2015 08:27 PM |
ya man op is right because if you think about it..... god + science = universe yep |
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| 14 Oct 2015 08:27 PM |
btw you aren't proving why god is real
you're just questioning the big bang lol |
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| 14 Oct 2015 08:28 PM |
| which is seen as a "bad" theory in the science community anyway. |
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| 14 Oct 2015 08:28 PM |
How did the universe begin? Cosmologists aren't the only ones plagued by this question. When we look up at a starry sky on a clear night, we can't help but ask ourselves: Where did it all come from? How did it all begin? Modern cosmologists attempt to answer these questions with the Big Bang Theory. Before the Big Bang, there was no time or space. The Big Bang marked the beginning of the universe's expansion from a singularity (or something close to a singularity) — a single point that was infinitely small, infinitely hot, and infinitely dense. Since the Big Bang, the universe has gone through several eras distinguished by the behavior of the universe's fundamental forces and particles. Planck Era
Though physicists have a decent understanding of the early stages of the universe, the immediate fractions of a second following the Big Bang, known as the Planck Era, are not well understood. From the moment of initial expansion to 10-43 seconds afterwards, cosmologists suspect that the four fundamental forces at work in the universe today (strong, weak, electromagnetism, and gravity) were combined into a single unified force. Grand Unification Era
The Grand Unification Era followed the Planck Era, taking place between 10-43 seconds and 10-35 seconds. The era began with gravity’s separation from the other three forces and ended with the separation of the strong force from the electroweak force. Electroweak Era
At the beginning of the Electroweak Era (10-35 to 10-10 seconds), the strong force decoupled from the electroweak force, releasing a tremendous amount of energy and triggering a sudden rapid expansion known as inflation. As space expanded more rapidly than the speed of light, extremely energetic interactions created elementary particles such as photons, gluons, and quarks. The era ended with the separation of electromagnetism from the weak force. Elementary Particle Era
Between 10-10 seconds and 0.001 second, the Elementary Particle Era, a “particle soup” filled the universe. Quarks and antiquarks, electrons and positrons, and other particles and antiparticles continually swapped mass for energy via matter-antimatter collisions. As the universe cooled, the temperature dipped too low to re-create pairs of particles from photons and the particles continued to annihilate without being replaced. A slight asymmetry between the amount (or possibly the behavior) of matter and antimatter enabled matter to dominate and become the universe’s primary ingredient. The cooler temperature also enabled the strong nuclear force to draw quarks together to form protons and neutrons. Era of Nucleosynthesis
Fusion continued in the Era of Nucleosynthesis (0.001 seconds – 3 minutes), when protons and neutrons combined into the first atomic nuclei, hydrogen, some of which fused further into helium and lithium. Cooling continued and soon temperatures dipped too low for fusion to continue in the Era of Nuclei (3 minutes – 380,000 years). Big Bang nucleosynthesis had left the universe with roughly 75% hydrogen nuclei, 25% helium nuclei, and trace amounts of lithium and deuterium nuclei. The plasma of positively charged nuclei and negatively charged free electrons filled the universe, trapping photons in its midst. Era of Atoms
Cosmic Microwave Background, relic radiation from the birth of the universe. NASA / WMAP Science Team Cosmic Microwave Background, relic radiation from the birth of the universe. NASA / WMAP Science Team The Era of Atoms (380,000 years – 1 billion years or so) began as the universe finally cooled and expanded enough for the nuclei to capture free electrons, forming fully-fledged, neutral atoms. Previously trapped photons were finally free to move through space, and the universe became transparent for the first time. These photons have been passing through space ever since, forming the cosmic microwave background. The universe’s expansion has redshifted the initially energetic photons to microwave wavelengths. The CMB also marks the furthest point back in time we can observe — the time before is sometimes referred to as the dark age. The differences in density seen in the CMB provided the seeds for galaxy formation. The first galaxies formed when the universe was roughly 1 billion years old and heralded the current Era of Galaxies.
☑Siggified Code |
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| 14 Oct 2015 08:28 PM |
science exist because of humans of curiosity.
humans exist because of the curiosity of adam and eve.
if god didn't exist where did curiosity come from.
HMMMMMMMMMMM |
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xLelouchz
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| Joined: 13 Jul 2014 |
| Total Posts: 3898 |
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| 14 Oct 2015 08:29 PM |
i honestly believe in god and a strong christian einstein was a believer and most scientists don't believe god, and everything could get solved by science. |
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Amiably
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| Joined: 08 Nov 2013 |
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vjjv
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| Joined: 27 Jul 2011 |
| Total Posts: 6930 |
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| 14 Oct 2015 08:29 PM |
Are you an Atheist OP?
http://www.roblox.com/games/233481351/Halloween-Obby-BETA |
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| 14 Oct 2015 08:30 PM |
| turns on notifier blacklist |
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Vultorz
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| Joined: 02 Mar 2015 |
| Total Posts: 2985 |
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| 14 Oct 2015 08:30 PM |
| HowToCreateHateThreads101 [3] |
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| 14 Oct 2015 08:30 PM |
apple = knowledge eve ate the apple adam ate the apple
we all have knowledge
#blameeve
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| 14 Oct 2015 08:30 PM |
@Where did curiosity come from
The authors make a nice analogy between curiosity and hunger - only in this case information is the reward, not food.
To see if curiosity is in fact hunger-for-knowledge in the most literal sense, the authors looked at the brain activity of people while they were being presented with trivia questions. They found that while subjects were waiting for the answers to be revealed, activity in parts of the brain associated with reward anticipation correlated with the subjects' self-reported ratings of curiosity, the same way brains of hungry people would respond if they were anticipating the delivery of food. Furthermore, when the answers to these questions were revealed, areas related to learning and memory were more active in response to an incorrect answer if curiosity levels were high.
This leads to the question of why humans are curious: a possible evolutionary advantage that curiosity might have conferred is enhanced memory for novel information (assuming that curiosity correlates with how important these facts are to survival...). In this study, how curious subjects were about the trivia questions was found to enhance memory for novel/surprising answers, just as the brain data predicted.
☑Siggified Code |
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| 14 Oct 2015 08:31 PM |
Nice copying and pasting Cryptical
"The feels are for reals." |
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