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Super Paper Mario's Void: IT COULD BE HAPPENING NOW

 

04-07-17 07:35 PM
Nincompoco is Offline
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Science.

And fiction.

And a red Italian midget plumber.

Traveling through planes of existence.

Stay tuned folks, we’ve got more where that came from.

 

Paper Mario is an RPG variant of the Mario franchise that is (or was anyways…) known for colorful expansion of the lore behind the Mario universe. Spawning from Super Mario RPG: Legend of the Seven Stars, we were presented with new ways of looking at the worlds inhabited by our main M. Eventually we also got the Mario & Luigi series of interactive RPG games, and the two series provided extensively deepened plots, recognizable humor, and new beloved characters (Fawful anyone?).

With that history lesson for the uninitiated on what the Paper Mario series was all about, I present Super Paper Mario, the game in the series that was totally different from the others! Unlike the other games, Super Paper Mario was arguably not an RPG so much was it a platformer with RPG elements. However, while the gameplay was vastly different, the story was arguably one of the best ones I’ve found in a Nintendo game… and from Mario no less. It expresses fully what the Mario RPG games did, expand on the definition of Mario canon, making a more fleshed out colorful fleshed out universe. The game doesn’t waste time either, you start up the game, and see a legend about a book called the dark prognosticus (whatever that means) that not only foretells all events of the future, but also the coming apocalypse that will destroy all worlds in the universe. Then it cuts away to Bowser and Peach getting married. Then some guy named Count Bleck uses this unholy union of gaming to create the chaos heart which will consume everything. Yep, that happened.

So the plot of the game is for Mario and co. to follow the events of the light prognosticus, created as an attempt to re-write the future and prevent the coming of disaster. Mario will go through multiple parallel worlds to accomplish this task while flipping through dimensions, and the rabbit hole only gets deeper and deeper. Literally, there’s a void ever present in the sky, like the moon of Majora’s Mask, that keeps growing as you continue through the game, threatening to devour the worlds you cross. What exactly is this void? Merlon, the totally originally named wizard (who wasn’t the same guy in the first Paper Mario) claims it’s a rift between universes, sucking them into itself. Kinda like a black hole, some of you might think, right? Well it isn’t, black holes function much differently, we aren’t sure on the specifics, but we know general concepts. That doesn’t mean that this void is just pure fiction, there is actually a discovered method in which the universe can be devoured by a void much like this, and it could be happening right now.

 

In my studies, I came across some disturbing findings… what happens when aspergillus gets in your lungs. I decided I was going to take a break from protists and check out space stuff, which got me into general gravitational functions. I started doing research in the past week about tidal stress and new theories on the creation of the moon, then I started touching up on more powerful gravitational forces, like stars, neutron stars, and black holes. This led to dark matter, which led to dark energy, which led to the universe destruction theories. Just a heads up, our universe won’t last forever. The good news is that it’s a couple billion years old, and to die, it will take like a trillion or something. However, multiple theories were crafted on how the universe will reach this climax, and the three most widely proposed theories involve how our universe expands.

A long time ago, when doing research on the mass of planets and the gravity between objects, scientists made a shocking revelation, gravity isn’t strong enough. Everything with mass in the universe has gravity, and this gravity allowed particles to clump together and form larger structures, from simple rocks, to more condensed planets, to entire stars. The required gravity to keep a planet stable is pretty big, but it works out nonetheless, though when doing calculations on the force of gravity, we found out that the mass required to keep a planet from spinning its own crust out into space is much more than what it has. The same applied to stars, nebulas, and entire galaxies, so how are planets able to keep a hold of themselves? Something we weren’t aware of was providing enough gravitational force to keep everything together, and this became known as dark matter. We have no way of detecting it, but we can measure its influence and tell when concentrations of it are present. This dark matter is around 6 times more plentiful in the universe than the matter we can see, and the gravity it provides brought forth a line of future predictions.

The big bang was an event when from nothing, the universe suddenly began expanding into what it is today, and it continues expanding now. Due to all the gravity the universe has, we predicted that eventually the expansion would slow to a halt, and then begin reversing, as the universe begins contracting smaller and smaller into what we call the big crunch. All matter would clump together, and eventually, shrink to such a small point, a new big bang occurs and repeats the cycle. If this would happen, it could also mean that this cycle has been occurring much longer than we knew, and we are in the most recent reincarnation of the universe in a line of many. Eventually, we discovered red shift, indicating that distant objects were speeding away from us. The thing is, at the rate everything was speeding away, we realized the universes expansion wasn’t slowing down according to plan, but actually accelerating. Something ELSE we couldn’t detect was encouraging the spread of empty space between everything, and this became dark energy, which we know even less about.

Bottom line, dark energy, be it an actual energetic force we can’t detect or a property of space itself, provides two more bleak theories on the end of the universe. The most widely accepted is the heat death, when each galaxy group eventually uses all the available fuel and no stars can be formed, leading to a cold, dark, dead universe of no activity, as even red dwarfs and black holes eventually fizzle out. However, depending on whether or not dark energy is REALLY effective, we could get the big rip, when the levels of spread between objects increases beyond gravity is capable of holding, and everything is torn apart, from galaxies, to nebulas, to stars, planets, asteroids, then molecules themselves, and even atoms ripped apart into their base particles. The big crunch is still possible if dark energy were to eventually become less effective, but these other two theories currently seem more likely. So either way, we gun dai. However, all of these ideas won’t happen for a LOOOOOOOOONG time, so we still have plenty of life to do, especially if we can colonize other solar systems at some point, so how about I terrify you all and say the universe doesn’t even need to wait for any of these three things to happen to kill everything? To understand the concept of what scientists call the most effective way to destroy the universe, we need to look into quantum mechanics.

 

As a rule of thumb, anything with quantum in it is just a headache waiting to happen, they are all factors that contribute to the properties of the universe that we REALLY can’t get a grasp on how they work. First, I’d like to address that there are four forces of the universe, gravity, electromagnetism, strong nuclear forces, and weak nuclear forces. These forces govern how particles, and furthermore, physics work. Aside from these, quantum physics also provide intel on certain sub-atomic particles. For instance, you know the difference between a particle and a wave, right? Well photons in particular aren’t exactly particles, they have wave-like properties but aren’t waves. They are some kind of third class of “quantum particle” that blurs the line between both. Our knowledge on quantum mechanics is still at an infancy, we know some general rules of thumb, but we have trouble finding how it fits in with the rest we know about our universe. We made a large hadron collider to do more research and find more answers, and discovered another completely new function of the universe.

Higgs bosons are quantum particles, predicted to exist and confirmed in 2012. It is predicted other varieties of Higgs bosons exist, and they all come from excitations of the Higgs field. What is the Higgs field? Nothing much, only the reason subatomic particles like electrons gain mass and can stabilize atoms to create elements, creating the table of chemistry and everything as we know it. Aside from being a huge attribute that permeates through our universe, it also explains the existence of vacuums. A vacuum, not to be confused with the vacuum of space, refers to a zone of minimal potential energy. I’m sure most readers had a school lesson about potential energy and kinetic energy relating in the form of a higher object falling to the ground. Potential energy basically dictates how everything in the universe uses energy in an attempt to get down to a stable state of as little energy as possible. Upon a particle reaching the lowest level possible, they achieve a vacuum state. And this is when quantum mechanics comes and tells you everything we know is a lie.

Quantum tunneling is a concept where a particle reaches a barrier it shouldn’t be able to surpass, but through the power of divine intervention a particle can be found overcoming this barrier. This was found through various tests, like photons penetrating light-proof walls and electrons surpassing electric fields that under all circumstances should repel it, but so long as it can exist on the other side of the field, it crosses somehow. The chance of this happening is incredibly small, but it does happen very occasionally. We expect it has to do with the wave-like properties of quantum particles that can overcome these limits, but being held back by the particle aspects and only occasionally breaching and allowing the rest of the particle to pass. The properties of quantum particles, quantum tunneling, vacuum states, and the Higgs field all mend together to lead to a new theory, the potential of a false vacuum state.

If this is true, we can basically think of the universe as a two story complex we don’t know is a two story complex. Energy descends into the ground state, and enters a comfortable vacuum level, but in reality, it isn’t the minimal level of energy, the true ground level is the ground of the first floor, and the second floor is the barrier keeping it from getting there. If the Higgs field is a false vacuum like this, it has done a pretty good job in making it so energy doesn’t get any lower, and we know this because everything is still here, but now consider quantum tunneling. Quantum particles want as little energy as possible, and through quantum tunneling we’ve found they have a minimalistic chance of surpassing barriers. If we apply this to the barrier that is the false vacuum, then any quantum particle has the potential of surpassing the barrier and reaching a true vacuum state. Well good for it right? It gets to be in the ideal state unlike many other particles… but here’s how we think the false vacuum works. If something can release such a sheer amount of energy, it could break the limit of the false vacuum allowing a bit of the universe to enter the true vacuum. Again, that wouldn’t seem like a big deal, aside from a missing chunk of the universe, but if a particle reaches this true vacuum, it will release the energy it did have, and this concentrated burst of energy is enough to power any nearby particles to do the same, and then they will influence other nearby particles leading to a chain reaction. This leads to a stable Higgs field, and a process called vacuum decay.

The newly expanding stable Higgs field will continue expanding at the speed of light, destroying everything coming in contact with it. Planets, stars, and singularities alike will instantly be wiped out as they touch its barrier. We wouldn’t even notice the vacuum coming until it eradicates our solar system, and seeing as it’s moving at the speed of light, and light is why we see our universe, everything would look perfectly fine. In that respect, a stable Higgs field might be spreading through our galaxy right now, coming to eliminate us. As for what is inside, it will be far different than what we know. Physics themselves are re-written, chemistry is impossible, and life cannot be replicated inside.

 

This relates shockingly to the core concept of the void in Super Paper Mario… yeah, I forgot I that was the whole point too. Count Bleck’s chaos heart provided the heart of this void, and it slowly grows over the course of the game. There are many plot holes, but I generally believe it is the same core concept. For one, you wouldn’t be able to see the void until it obliterated you, and second is the idea of Count Bleck’s castle. It is said that the castle is inside the void, OR a place similar. I’d like to believe the latter, and that Bleck just uses the base to protect the chaos heart and serve as his minion storehouse. He does admit his goal is to just eradicate everything, including him and his army, and despite what he tells his loyal subjects, no new world will be able to come after every existing one is destroyed. Again, this parallels the concept that, as a result of chemistry no longer functioning, the very properties that allow organic matter to occur wouldn’t be manifested, much less life itself. The contradiction is of course when that one world was consumed by the void while Mario was still in it, and you just started walking along empty space when everything else was supposed to be gone, and then some other characters showed up. Make up your mind, is the void lethal or not? Do you need air or not?

Before we conclude, one more thing to point out, while there is always the possibility that there’s a true vacuum spreading through our universe, while I did express how we wouldn’t be able to tell, and it is extremely catastrophic, I should also say that the chances it will end everything is pretty unlikely. For one, the estimated probability is so low that the average time expected for such an event to occur would be so long in the future, the amount of time our universe has been alive is just a fraction compared. That is if this theory and speculation is even true to begin with, it could be that we ARE in the lowest possible vacuum, since the big bang probably had enough energy to make sure we could get low enough. If there IS a stable Higgs field somewhere in the universe, it could also be completely harmless to us, and this is thanks to dark energy.

As discussed, dark energy is accelerating the pace that empty space is added between everything. This means that technically we are limited to our galaxy group, the region outside the Milky Way where the Andromeda galaxy and multiple smaller galaxies are kept together by each other’s gravity. Other galaxy groups are having the space between them increased, so nothing can travel between them. This means one day the distance between other galaxy groups and our own will be so vast, we won’t even be able to detect them in the far distant future, and we’ll only have the stars and other structures in our own super large combined galaxy for reference. The universe is getting ever more massive, and it’s unlikely any vacuum decay would occur HERE of all places it could. Spreading in all directions at the speed of light still wouldn’t be enough to ever catch up to other galaxy groups.

Bottom line, while it could happen, it’s not an immediate concern or anything. Honestly, I just wanted to express how I began digging deeper and deeper into a subject after another source sparked my interest. There are many inspirational factors to fictional sources, myths and legends, theoretical properties, historical events, and you may know more about them than you think. Just think about how much more there is to something you’re watching or reading about, or of course playing. Your new pokemon could be based off a mythical beast of legend, or a real animal in a secluded region, and Bill Cipher could have an actual logical reason for existing.

So this is a message to you, my biology teacher, I have never emailed you before, for I didn’t want to. I will not remember what you taught in this class, what phylum’s of plants there are, what anti-biotics do, who was Charles Darwin’s pet dog’s name, just know that one student decided to do his own thing instead of following the curriculum. So grant me one request, grant me some level of extra credit for this document on how Golden Sun’s world is able to function as a big floating platform, and if you do not read it… to hell with you.

 

 

 

 

(note: if you actually did find this, please know that last paragraph was a joke and I actually have been enjoying learning about evolution to an extent, and I’m eager to pursue a career in science PLZ DUNT TELL MOM I TRASH TALKED BIOLOGY T^T)

Science.

And fiction.

And a red Italian midget plumber.

Traveling through planes of existence.

Stay tuned folks, we’ve got more where that came from.

 

Paper Mario is an RPG variant of the Mario franchise that is (or was anyways…) known for colorful expansion of the lore behind the Mario universe. Spawning from Super Mario RPG: Legend of the Seven Stars, we were presented with new ways of looking at the worlds inhabited by our main M. Eventually we also got the Mario & Luigi series of interactive RPG games, and the two series provided extensively deepened plots, recognizable humor, and new beloved characters (Fawful anyone?).

With that history lesson for the uninitiated on what the Paper Mario series was all about, I present Super Paper Mario, the game in the series that was totally different from the others! Unlike the other games, Super Paper Mario was arguably not an RPG so much was it a platformer with RPG elements. However, while the gameplay was vastly different, the story was arguably one of the best ones I’ve found in a Nintendo game… and from Mario no less. It expresses fully what the Mario RPG games did, expand on the definition of Mario canon, making a more fleshed out colorful fleshed out universe. The game doesn’t waste time either, you start up the game, and see a legend about a book called the dark prognosticus (whatever that means) that not only foretells all events of the future, but also the coming apocalypse that will destroy all worlds in the universe. Then it cuts away to Bowser and Peach getting married. Then some guy named Count Bleck uses this unholy union of gaming to create the chaos heart which will consume everything. Yep, that happened.

So the plot of the game is for Mario and co. to follow the events of the light prognosticus, created as an attempt to re-write the future and prevent the coming of disaster. Mario will go through multiple parallel worlds to accomplish this task while flipping through dimensions, and the rabbit hole only gets deeper and deeper. Literally, there’s a void ever present in the sky, like the moon of Majora’s Mask, that keeps growing as you continue through the game, threatening to devour the worlds you cross. What exactly is this void? Merlon, the totally originally named wizard (who wasn’t the same guy in the first Paper Mario) claims it’s a rift between universes, sucking them into itself. Kinda like a black hole, some of you might think, right? Well it isn’t, black holes function much differently, we aren’t sure on the specifics, but we know general concepts. That doesn’t mean that this void is just pure fiction, there is actually a discovered method in which the universe can be devoured by a void much like this, and it could be happening right now.

 

In my studies, I came across some disturbing findings… what happens when aspergillus gets in your lungs. I decided I was going to take a break from protists and check out space stuff, which got me into general gravitational functions. I started doing research in the past week about tidal stress and new theories on the creation of the moon, then I started touching up on more powerful gravitational forces, like stars, neutron stars, and black holes. This led to dark matter, which led to dark energy, which led to the universe destruction theories. Just a heads up, our universe won’t last forever. The good news is that it’s a couple billion years old, and to die, it will take like a trillion or something. However, multiple theories were crafted on how the universe will reach this climax, and the three most widely proposed theories involve how our universe expands.

A long time ago, when doing research on the mass of planets and the gravity between objects, scientists made a shocking revelation, gravity isn’t strong enough. Everything with mass in the universe has gravity, and this gravity allowed particles to clump together and form larger structures, from simple rocks, to more condensed planets, to entire stars. The required gravity to keep a planet stable is pretty big, but it works out nonetheless, though when doing calculations on the force of gravity, we found out that the mass required to keep a planet from spinning its own crust out into space is much more than what it has. The same applied to stars, nebulas, and entire galaxies, so how are planets able to keep a hold of themselves? Something we weren’t aware of was providing enough gravitational force to keep everything together, and this became known as dark matter. We have no way of detecting it, but we can measure its influence and tell when concentrations of it are present. This dark matter is around 6 times more plentiful in the universe than the matter we can see, and the gravity it provides brought forth a line of future predictions.

The big bang was an event when from nothing, the universe suddenly began expanding into what it is today, and it continues expanding now. Due to all the gravity the universe has, we predicted that eventually the expansion would slow to a halt, and then begin reversing, as the universe begins contracting smaller and smaller into what we call the big crunch. All matter would clump together, and eventually, shrink to such a small point, a new big bang occurs and repeats the cycle. If this would happen, it could also mean that this cycle has been occurring much longer than we knew, and we are in the most recent reincarnation of the universe in a line of many. Eventually, we discovered red shift, indicating that distant objects were speeding away from us. The thing is, at the rate everything was speeding away, we realized the universes expansion wasn’t slowing down according to plan, but actually accelerating. Something ELSE we couldn’t detect was encouraging the spread of empty space between everything, and this became dark energy, which we know even less about.

Bottom line, dark energy, be it an actual energetic force we can’t detect or a property of space itself, provides two more bleak theories on the end of the universe. The most widely accepted is the heat death, when each galaxy group eventually uses all the available fuel and no stars can be formed, leading to a cold, dark, dead universe of no activity, as even red dwarfs and black holes eventually fizzle out. However, depending on whether or not dark energy is REALLY effective, we could get the big rip, when the levels of spread between objects increases beyond gravity is capable of holding, and everything is torn apart, from galaxies, to nebulas, to stars, planets, asteroids, then molecules themselves, and even atoms ripped apart into their base particles. The big crunch is still possible if dark energy were to eventually become less effective, but these other two theories currently seem more likely. So either way, we gun dai. However, all of these ideas won’t happen for a LOOOOOOOOONG time, so we still have plenty of life to do, especially if we can colonize other solar systems at some point, so how about I terrify you all and say the universe doesn’t even need to wait for any of these three things to happen to kill everything? To understand the concept of what scientists call the most effective way to destroy the universe, we need to look into quantum mechanics.

 

As a rule of thumb, anything with quantum in it is just a headache waiting to happen, they are all factors that contribute to the properties of the universe that we REALLY can’t get a grasp on how they work. First, I’d like to address that there are four forces of the universe, gravity, electromagnetism, strong nuclear forces, and weak nuclear forces. These forces govern how particles, and furthermore, physics work. Aside from these, quantum physics also provide intel on certain sub-atomic particles. For instance, you know the difference between a particle and a wave, right? Well photons in particular aren’t exactly particles, they have wave-like properties but aren’t waves. They are some kind of third class of “quantum particle” that blurs the line between both. Our knowledge on quantum mechanics is still at an infancy, we know some general rules of thumb, but we have trouble finding how it fits in with the rest we know about our universe. We made a large hadron collider to do more research and find more answers, and discovered another completely new function of the universe.

Higgs bosons are quantum particles, predicted to exist and confirmed in 2012. It is predicted other varieties of Higgs bosons exist, and they all come from excitations of the Higgs field. What is the Higgs field? Nothing much, only the reason subatomic particles like electrons gain mass and can stabilize atoms to create elements, creating the table of chemistry and everything as we know it. Aside from being a huge attribute that permeates through our universe, it also explains the existence of vacuums. A vacuum, not to be confused with the vacuum of space, refers to a zone of minimal potential energy. I’m sure most readers had a school lesson about potential energy and kinetic energy relating in the form of a higher object falling to the ground. Potential energy basically dictates how everything in the universe uses energy in an attempt to get down to a stable state of as little energy as possible. Upon a particle reaching the lowest level possible, they achieve a vacuum state. And this is when quantum mechanics comes and tells you everything we know is a lie.

Quantum tunneling is a concept where a particle reaches a barrier it shouldn’t be able to surpass, but through the power of divine intervention a particle can be found overcoming this barrier. This was found through various tests, like photons penetrating light-proof walls and electrons surpassing electric fields that under all circumstances should repel it, but so long as it can exist on the other side of the field, it crosses somehow. The chance of this happening is incredibly small, but it does happen very occasionally. We expect it has to do with the wave-like properties of quantum particles that can overcome these limits, but being held back by the particle aspects and only occasionally breaching and allowing the rest of the particle to pass. The properties of quantum particles, quantum tunneling, vacuum states, and the Higgs field all mend together to lead to a new theory, the potential of a false vacuum state.

If this is true, we can basically think of the universe as a two story complex we don’t know is a two story complex. Energy descends into the ground state, and enters a comfortable vacuum level, but in reality, it isn’t the minimal level of energy, the true ground level is the ground of the first floor, and the second floor is the barrier keeping it from getting there. If the Higgs field is a false vacuum like this, it has done a pretty good job in making it so energy doesn’t get any lower, and we know this because everything is still here, but now consider quantum tunneling. Quantum particles want as little energy as possible, and through quantum tunneling we’ve found they have a minimalistic chance of surpassing barriers. If we apply this to the barrier that is the false vacuum, then any quantum particle has the potential of surpassing the barrier and reaching a true vacuum state. Well good for it right? It gets to be in the ideal state unlike many other particles… but here’s how we think the false vacuum works. If something can release such a sheer amount of energy, it could break the limit of the false vacuum allowing a bit of the universe to enter the true vacuum. Again, that wouldn’t seem like a big deal, aside from a missing chunk of the universe, but if a particle reaches this true vacuum, it will release the energy it did have, and this concentrated burst of energy is enough to power any nearby particles to do the same, and then they will influence other nearby particles leading to a chain reaction. This leads to a stable Higgs field, and a process called vacuum decay.

The newly expanding stable Higgs field will continue expanding at the speed of light, destroying everything coming in contact with it. Planets, stars, and singularities alike will instantly be wiped out as they touch its barrier. We wouldn’t even notice the vacuum coming until it eradicates our solar system, and seeing as it’s moving at the speed of light, and light is why we see our universe, everything would look perfectly fine. In that respect, a stable Higgs field might be spreading through our galaxy right now, coming to eliminate us. As for what is inside, it will be far different than what we know. Physics themselves are re-written, chemistry is impossible, and life cannot be replicated inside.

 

This relates shockingly to the core concept of the void in Super Paper Mario… yeah, I forgot I that was the whole point too. Count Bleck’s chaos heart provided the heart of this void, and it slowly grows over the course of the game. There are many plot holes, but I generally believe it is the same core concept. For one, you wouldn’t be able to see the void until it obliterated you, and second is the idea of Count Bleck’s castle. It is said that the castle is inside the void, OR a place similar. I’d like to believe the latter, and that Bleck just uses the base to protect the chaos heart and serve as his minion storehouse. He does admit his goal is to just eradicate everything, including him and his army, and despite what he tells his loyal subjects, no new world will be able to come after every existing one is destroyed. Again, this parallels the concept that, as a result of chemistry no longer functioning, the very properties that allow organic matter to occur wouldn’t be manifested, much less life itself. The contradiction is of course when that one world was consumed by the void while Mario was still in it, and you just started walking along empty space when everything else was supposed to be gone, and then some other characters showed up. Make up your mind, is the void lethal or not? Do you need air or not?

Before we conclude, one more thing to point out, while there is always the possibility that there’s a true vacuum spreading through our universe, while I did express how we wouldn’t be able to tell, and it is extremely catastrophic, I should also say that the chances it will end everything is pretty unlikely. For one, the estimated probability is so low that the average time expected for such an event to occur would be so long in the future, the amount of time our universe has been alive is just a fraction compared. That is if this theory and speculation is even true to begin with, it could be that we ARE in the lowest possible vacuum, since the big bang probably had enough energy to make sure we could get low enough. If there IS a stable Higgs field somewhere in the universe, it could also be completely harmless to us, and this is thanks to dark energy.

As discussed, dark energy is accelerating the pace that empty space is added between everything. This means that technically we are limited to our galaxy group, the region outside the Milky Way where the Andromeda galaxy and multiple smaller galaxies are kept together by each other’s gravity. Other galaxy groups are having the space between them increased, so nothing can travel between them. This means one day the distance between other galaxy groups and our own will be so vast, we won’t even be able to detect them in the far distant future, and we’ll only have the stars and other structures in our own super large combined galaxy for reference. The universe is getting ever more massive, and it’s unlikely any vacuum decay would occur HERE of all places it could. Spreading in all directions at the speed of light still wouldn’t be enough to ever catch up to other galaxy groups.

Bottom line, while it could happen, it’s not an immediate concern or anything. Honestly, I just wanted to express how I began digging deeper and deeper into a subject after another source sparked my interest. There are many inspirational factors to fictional sources, myths and legends, theoretical properties, historical events, and you may know more about them than you think. Just think about how much more there is to something you’re watching or reading about, or of course playing. Your new pokemon could be based off a mythical beast of legend, or a real animal in a secluded region, and Bill Cipher could have an actual logical reason for existing.

So this is a message to you, my biology teacher, I have never emailed you before, for I didn’t want to. I will not remember what you taught in this class, what phylum’s of plants there are, what anti-biotics do, who was Charles Darwin’s pet dog’s name, just know that one student decided to do his own thing instead of following the curriculum. So grant me one request, grant me some level of extra credit for this document on how Golden Sun’s world is able to function as a big floating platform, and if you do not read it… to hell with you.

 

 

 

 

(note: if you actually did find this, please know that last paragraph was a joke and I actually have been enjoying learning about evolution to an extent, and I’m eager to pursue a career in science PLZ DUNT TELL MOM I TRASH TALKED BIOLOGY T^T)

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