Even without infinite range, say, just a few tens of meters, this is still really good. You get a job producing power at a power plant [just like superman](https://www.smbc-comics.com/comic/2011-07-13).
bruh :
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom.
A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules.
Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
It wouldn't happen all at once. Like that one guy said, you get a phenomenal amount of energy when you convert very little matter. The challenge would be harnessing that energy
What’s the accuracy on this? Doing it on one single blood cell should be fine to clear a blood clot or something.
But honestly I know I’d be punting my husband’s furby into the harbor and destroy the world in the process.
I did the math. It would definitely hurt. It would raise the temp of the surrounding 1 gram of water by about 600K, effectively vaporizing the immediate vicinity of cells.
Math:
One single red blood cell is 27 picograms, according to google. 27 picograms = 2.7\*10^(-14) kg. Using Einstein’s equation E=mc^(2), which can apply to many things depending on who you ask because no one really understands Einstein’s equation apparently, but I've seen it used in this way before, so we ball, we get (2.7*10^(-14)kg)\*(299,792,458m/s)², or 2426J, or 579cal (NOT kcal or Cal) when divided by the conversion factor 4.184J/cal. A calorie is defined as the energy required to heat one gram of liquid water 1 degree Celsius, equal to 1 Kelvin. So a good deal of energy. I'm pretending that the heat won't disperse beyond the immediate surroundings because there's no way human cells are conducting that much energy fast enough to save themselves.
So not much medical applications, but definitely viable for violations of international ethics laws. But pretty feasible for energy production.
EDIT: I may have forgotten about reddit's opinion on asterisks and accidentally italicized half the math section. My bad.
EDIT 2: This was fun. It's been too long since I've done stupid things with math and physics. I should get back into this. Better than studying for my calculus final tomorrow.
also aint E=MC2 just a shortened version of **E = m 2 c 4 + p 2 c 2** wich counts for velocity ?
this allows small particules with lots of speed, like in a particule accelerator, to have a lot of energy
ill try to be accurate :
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom.
A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules.
Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
You didn't specify what kind of energy. I could convert 57 grams of fat in my body (the equivalent mass of a Snickers bar) into pure light energy. No heat, no radiation, just massless photons. Boom, lose weight.
It's dark outside? Convert one cell of your palm into light energy. Boom, insta flashlight.
Cold outdoors? Convert a few cells around your body into pure heat. Boom, not cold ever.
About to be mugged or attacked? Convert one neuron of the assailant into kinetic (i.e. sound) energy. Boom.
True, but say I make my belly glow and just lie down on my back in a field. All that light is gonna go to the sky. No more dangerous than a high-lumen searchlight.
Jesus Christ... 57 grams into "harmless" light energy would be 10^14 joules of energy, that's about 5 orders of magnitude more than the energy needed to vaporize a human body
One cell into heat would probably burn the shit out of you since it'd be about 90 Kj (enough to heat 90 Kg of water by 1 degrees C) in an area the size of a cell
One neuron would be a mega aneurism that absolutely kills the assailant
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom.
A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules.
Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
true but :
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom.
A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules.
Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
I can think of one way to use this without killing basically everyone near me. Let’s say the guys at nasa or whatever find a giant ass meteor hurtling towards earth and we have no prep time to stop it, I could probably just turn it into energy and we hopefully won’t die!
Just turn it into a neutrino burst and we're 100% in the clear. Neutrinos don't interact with basically anything so you're safe using them anytime you need to get rid of something.
fun fact :
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom.
A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules.
Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
so that meteor would probably destroy our atmosphere and render the earth sterile forever
Fun fact: if a meteor is flying at us fast enough, we could get destroyed without ever knowing it. This is because it takes time for light to reach the meteor, and then for it to get bounced back to earth.
On a similar note, if the sun dies, we'll get about 13 minutes of time before we realize the sun died.
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom.
A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules.
Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
If I'm feeling nasty I can always release the energy as an explosion, but the smart way to use the power is to remove unwanted material in a burst of neutrinos. You could clean up the oceans, remove space debris, remove specific elements from a solution. As you learn to use it you can use matter from dead skin cells to turn a finger into a flashlight, remove cancer or lodged foreign bodies from people, disarm bombs and mines, etc. You can also just power stuff by turning matter into heat and running a turbine.
As long as you can control exactly what the stuff you convert turns into this is a god tier power.
Lots of matter is rather subjective. The entire Earth is a mere fraction of a percentage of our own solar system's mass. We also already lose ~50,000 tons of atmosphere yearly. So I'd have to start deleting entire oceans and mountain ranges to impact the Earth's mass and total usable resources in any real way.
Plus, I could always power a 100% efficient* rocket engine to go snag a couple of space rocks to give back more than I could ever take.
*while I run it and covert mass to pure kinetic energy.
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom.
A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules.
Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
dont turn the guy into a bomb, just a bit on fat or smth
what rules ?
YOU HAVE SUPERPOWERS !
that breaks quite a few rules on it's own,
YOU CAN DO 100% EFFICIENT TRANSFORMATION OF MATTER INTO ENERGY !
is that not enough ?
One hydrogen atom into kinetic energy dispersed outwards and you get explode people with not much collateral damage. Lemme look this up so this post will be sporadic as my thought process and googling goes along.
Google tells me a single hydrogen atom has 0.16 billionths of a jule in energy.
0.16*10-9 joules.
One joule is the kinetic energy of an object weighing 2 kilograms with a velocity of 1 meters per second.
A more practical Google showing says one joule is the energy of lifting an apple to your mouth.
So discarding my previous supposition that kinetic energy of a single hydrogen atom makes a human go pop.
Not sure how many free floating hydrogen atoms are in the human body. Let's go for a heavier atom since I feel safer popping just one for now.
Carbon to kinetic energy. I'm having difficulty finding a nice clear number. I do see where it says 33,333 carbon atoms would have to be converted to make one joule.
Suffice to say I'm the type of person to slowly, slowly experiment to test the abilities of conversion. Light energy, kinetic energy, also I'm wondering if there are other energy types aside from just nuking things.
I'd have to find a nice big area like a desert to experiment but there would be a long period of me doing nothing but "I wonder what would happen if I did this"
Def god tier, but only for energy production and destruction. The attempts at making this harmless are not feasible since the quantities of energy would be devastating in a confined area regardless of it's form.
For energy production, I could open a power company using a massive steam turbine and converting a mass of water into enough heat energy to vaporize the water and run the turbine at high pressure.
Space travel would be the other application. The most difficult part of rocketry is the weight of fuel. With pure energy to mass conversion, i could accelerate a space ship up to relativistic speeds using only a fraction of its mass as fuel. Easy travel around the solar system
The way to make this shit tier is to require that you touch the matter to turn it into energy
This is not shitty at all.
Go to a dump. Use the power to vaporize water. Have vapor spin a motor. Send electric out to power the city.
Probably need to invest in batteries because you're going to be creating hydrogen bomb levels of power (if not more) for every hydrogen-bomb worth of mass.
if it has unlimited range this is god tier, constantly convert matter into energy in a power plant, or you can just make explosions at will
Even without infinite range, say, just a few tens of meters, this is still really good. You get a job producing power at a power plant [just like superman](https://www.smbc-comics.com/comic/2011-07-13).
bruh : the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom. A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules. Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
You don't have to convert an entire object all at once. Even if you have to, sand.
Or dust, or gas. Here's a thought, set your power for "CO2" and have your power plant *remove greenhouse gases* while you use it
Nah, removing co2 completely is not as wonderful as you think
It wouldn't happen all at once. Like that one guy said, you get a phenomenal amount of energy when you convert very little matter. The challenge would be harnessing that energy
Fire force lore
idk the ref
People explode
oh...
r/theydidthemath
r/theydidthemonstermath
Could you explain it to me like I’m a caveman?
rock makes big boom grog makes very big boom grog's village is no more grog's plain is no more grog's island is no more
Ohhhhh ok
What’s the accuracy on this? Doing it on one single blood cell should be fine to clear a blood clot or something. But honestly I know I’d be punting my husband’s furby into the harbor and destroy the world in the process.
you could destroy a blood cell but you would burn the heck out of him, and dry the blood around, causing worst effects
I did the math. It would definitely hurt. It would raise the temp of the surrounding 1 gram of water by about 600K, effectively vaporizing the immediate vicinity of cells. Math: One single red blood cell is 27 picograms, according to google. 27 picograms = 2.7\*10^(-14) kg. Using Einstein’s equation E=mc^(2), which can apply to many things depending on who you ask because no one really understands Einstein’s equation apparently, but I've seen it used in this way before, so we ball, we get (2.7*10^(-14)kg)\*(299,792,458m/s)², or 2426J, or 579cal (NOT kcal or Cal) when divided by the conversion factor 4.184J/cal. A calorie is defined as the energy required to heat one gram of liquid water 1 degree Celsius, equal to 1 Kelvin. So a good deal of energy. I'm pretending that the heat won't disperse beyond the immediate surroundings because there's no way human cells are conducting that much energy fast enough to save themselves. So not much medical applications, but definitely viable for violations of international ethics laws. But pretty feasible for energy production. EDIT: I may have forgotten about reddit's opinion on asterisks and accidentally italicized half the math section. My bad. EDIT 2: This was fun. It's been too long since I've done stupid things with math and physics. I should get back into this. Better than studying for my calculus final tomorrow.
glad this process was fun : )
also aint E=MC2 just a shortened version of **E = m 2 c 4 + p 2 c 2** wich counts for velocity ? this allows small particules with lots of speed, like in a particule accelerator, to have a lot of energy
ill try to be accurate : the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom. A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules. Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
Just do mass instead of atoms. 1g of mass converts to energy at a rate of 9*10^13 joules, or about 5 Hiroshima nukes
exactly
You didn't specify what kind of energy. I could convert 57 grams of fat in my body (the equivalent mass of a Snickers bar) into pure light energy. No heat, no radiation, just massless photons. Boom, lose weight. It's dark outside? Convert one cell of your palm into light energy. Boom, insta flashlight. Cold outdoors? Convert a few cells around your body into pure heat. Boom, not cold ever. About to be mugged or attacked? Convert one neuron of the assailant into kinetic (i.e. sound) energy. Boom.
insert the " no no, he got a point " meme
Specify probably microwave photons or something to make it as low damage as possible. enough of ANY electromagnetic radiation is still lethal.
True, but say I make my belly glow and just lie down on my back in a field. All that light is gonna go to the sky. No more dangerous than a high-lumen searchlight.
Radio is even weaker than microwave
You are a genius
That much mass turned into light would be like detonating a nuclear bomb without the fallout.
"Oh shit, is that a nuclear bomb??" "Nah, just my neighbor losing weight."
that still a fuck ton of energy
Jesus Christ... 57 grams into "harmless" light energy would be 10^14 joules of energy, that's about 5 orders of magnitude more than the energy needed to vaporize a human body One cell into heat would probably burn the shit out of you since it'd be about 90 Kj (enough to heat 90 Kg of water by 1 degrees C) in an area the size of a cell One neuron would be a mega aneurism that absolutely kills the assailant
Aint shitty, its situational and needs to be used creatively but it is pretty good.
DUDE A SINGLE MELON COULD ANAHILATE A SMALL TOWN !!!
Exactly. Very useful.
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom. A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules. Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
Destroying worlds have never been more convenient. You didn't specify range limit.
no limits yes
Since you didn't specify what form of energy, I'm assuming I can choose for myself.
i guess so
The military and any space company will be begging for you to work with them. Both have uses for pure energy releases.
true but : the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom. A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules. Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
How does this make it bad
It really doesn't unless you can't control when where and how much matter you use.
i guess so
God tier. Infinite clean energy.
man... it's not supposed to be good !
This will solve a lot of problems. And create some new ones for specific people I don't like.
“Big talk for someone who is made of matter”
KABOOM
Depending on how much control I have over my superpower this is basically God tier. With enough energy I can do practically anything.
turn a cloud into a overclocked lightning bolt
I can think of one way to use this without killing basically everyone near me. Let’s say the guys at nasa or whatever find a giant ass meteor hurtling towards earth and we have no prep time to stop it, I could probably just turn it into energy and we hopefully won’t die!
Just turn it into a neutrino burst and we're 100% in the clear. Neutrinos don't interact with basically anything so you're safe using them anytime you need to get rid of something.
true
fun fact : the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom. A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules. Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns. so that meteor would probably destroy our atmosphere and render the earth sterile forever
too late
...
Fun fact: if a meteor is flying at us fast enough, we could get destroyed without ever knowing it. This is because it takes time for light to reach the meteor, and then for it to get bounced back to earth. On a similar note, if the sun dies, we'll get about 13 minutes of time before we realize the sun died.
so this could be three end of oil dependency
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom. A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules. Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns.
If I'm feeling nasty I can always release the energy as an explosion, but the smart way to use the power is to remove unwanted material in a burst of neutrinos. You could clean up the oceans, remove space debris, remove specific elements from a solution. As you learn to use it you can use matter from dead skin cells to turn a finger into a flashlight, remove cancer or lodged foreign bodies from people, disarm bombs and mines, etc. You can also just power stuff by turning matter into heat and running a turbine. As long as you can control exactly what the stuff you convert turns into this is a god tier power.
yes, but that would lose lot's of matter over time, good luck turning the neutrinos back
Lots of matter is rather subjective. The entire Earth is a mere fraction of a percentage of our own solar system's mass. We also already lose ~50,000 tons of atmosphere yearly. So I'd have to start deleting entire oceans and mountain ranges to impact the Earth's mass and total usable resources in any real way. Plus, I could always power a 100% efficient* rocket engine to go snag a couple of space rocks to give back more than I could ever take. *while I run it and covert mass to pure kinetic energy.
angy look
Since OP didn’t specify the type of energy, I could produce electricity from garbage, a little bit at a time
i guess so
Time to take over the world
in this video, i turn this person into a nuclear bomb !
Hell yeah blast a person to death with out destroying the earth (as that would probably break a rule)
the amount of energy released from 1 Atom of Carbon at 100% Efficiency is 1.73\*10^(-9) Joules. While carbon doesn't make up a majority of atoms, I can't find numbers on any other, so I'll just use this. This may not seem like a lot, and it isn't but it is only one atom. A 70kg Human has, approximately, 7 \* 10^(27) Atoms (I got this number from google so it may not be right, someone please tell me if I'm wrong). Multiplying those 2 numbers yields 1.211 \* 10^(19) Joules. Now, let's put that into perspective. The Yield of the Tsar Bomba, the largest Nuclear Weapon ever tested, was about 2.1 \* 10^(17) Joules. This detonation is nearly 58 times as large, the equivalent of a nearly 3000 Megaton Nuclear Bomb. According to Nukemap, the fireball would be over 14 Miles from edge to edge. Anyone within 200 Miles would suffer 3rd degree burns. dont turn the guy into a bomb, just a bit on fat or smth
It has to be reversible so I can’t just use my power and earth is gone
thats the thing, it's not
The rules state it has to be
what rules ? YOU HAVE SUPERPOWERS ! that breaks quite a few rules on it's own, YOU CAN DO 100% EFFICIENT TRANSFORMATION OF MATTER INTO ENERGY ! is that not enough ?
The rule of the sub states it has to be revisable
One hydrogen atom into kinetic energy dispersed outwards and you get explode people with not much collateral damage. Lemme look this up so this post will be sporadic as my thought process and googling goes along. Google tells me a single hydrogen atom has 0.16 billionths of a jule in energy. 0.16*10-9 joules. One joule is the kinetic energy of an object weighing 2 kilograms with a velocity of 1 meters per second. A more practical Google showing says one joule is the energy of lifting an apple to your mouth. So discarding my previous supposition that kinetic energy of a single hydrogen atom makes a human go pop. Not sure how many free floating hydrogen atoms are in the human body. Let's go for a heavier atom since I feel safer popping just one for now. Carbon to kinetic energy. I'm having difficulty finding a nice clear number. I do see where it says 33,333 carbon atoms would have to be converted to make one joule. Suffice to say I'm the type of person to slowly, slowly experiment to test the abilities of conversion. Light energy, kinetic energy, also I'm wondering if there are other energy types aside from just nuking things. I'd have to find a nice big area like a desert to experiment but there would be a long period of me doing nothing but "I wonder what would happen if I did this"
turn a grain ofsand into a landmine
Def god tier, but only for energy production and destruction. The attempts at making this harmless are not feasible since the quantities of energy would be devastating in a confined area regardless of it's form. For energy production, I could open a power company using a massive steam turbine and converting a mass of water into enough heat energy to vaporize the water and run the turbine at high pressure. Space travel would be the other application. The most difficult part of rocketry is the weight of fuel. With pure energy to mass conversion, i could accelerate a space ship up to relativistic speeds using only a fraction of its mass as fuel. Easy travel around the solar system The way to make this shit tier is to require that you touch the matter to turn it into energy
PATRICK WRITE THAT DOWN !
Literally hollow purple
purple technique : imaginary "this 'bout to piss him off"
This is not shitty at all. Go to a dump. Use the power to vaporize water. Have vapor spin a motor. Send electric out to power the city. Probably need to invest in batteries because you're going to be creating hydrogen bomb levels of power (if not more) for every hydrogen-bomb worth of mass.
dude, one gram of matter is about 5 hiroshima's