@@leif1075 I can't speak for him exactly but for me it's because Seeker made a video 4:16 video about the VERY periphery of human knowledge, when people think of technology we think of practical applications for it and this is soo extra
Things don't defy physics, they expand them. That being said, its been a long-held theory that the 2nd law of thermodynamics only holds any certainty for statistically complicated systems. So for example, a bundle of a million particles may only have 1 or 2 'ordered' states out a quintillion possible chaotic states. For a small system of >20 particles it is reasonable to allow some deviation from the 2nd law of thermodynamics because even if you just let the particles move freely, there is not insignificant chance that they end up in a more ordered state then they started in, just by random chance. This has been demonstrated before.
I guess their argument why this is different is that it's controlled, potentially perpetual and constantly shifting back and forth, not mere Brownian motion (while it lasted anyway). I'm just not at all clear on what "net energy" here means as it wasn't clarified.
@@djayjp I think the net energy he was mentioning was the laser/microwave EM waves hitting a row of particles, thus the particles not absorbing the EM energy, making the net energy 0 in all; since the row of particles energy never changed during the EM hitting them.
@@djayjp think of the light as sound waves, and the particles as a medium. The sound needs the medium to travel, but in this case, as it's light, no medium is needed, but utilized for the time crystal.
They didn’t evade the second law. The second law states that the entropy of a system CAN stay the same. It just can’t go down. Not saying it’s an easy feat at all to get an entire system of entangled particles to switch spins on command, but the results don’t defy the known laws of physics.
Yeah entropy certainly can decrease in an isolated system and it isn't even that unlikely on a very tiny scale. It has been observed by physicists many times. Even on a large scale, albeit EXTREMELY unlikely, it's possible to "unscramble" an egg for example. It's often said that the entropy of an isolated system can never decrease, but this law is probabilistic in nature, not fundamental, so it can be violated. Saying it 'tends' to increase makes it fundamental. So, the wording matters here. And when the system is not isolated, it's even more obvious. Just like it's mass can be changed by adding or taking away stuff.
I read recently about superconductors on Wikipedia and apparently, if you make a loop with a superconducting wire, you can make the electricity flow indefinitely. It's kinda like that silly meme of a Power strip plugged into itself... At first It seems to break the second law of td but you still can't power anything with that, at least, not for too long. It's pretty much just like stars inside a galaxy, they might be in a perpetual motion, but you can't use that motion to extract an infinite amount of energy.
I wish there were better graphics to actually physically display what all of this looks like in real life. Obviously these crystals don't look like diamonds or fractal patterns on a TH-cam video. I wish I could actually see what's going on in real life.
The problem with that is that what this does looks like on a physical level is a meaningless question, to be able to see you need to interact with matter by sending photons in that general direction, but photons are just "too big", it's like trying to get the texture of an ant with fingers the size of a building, the mere act of seeing destroys the system
If the crystal can continuously flip phase when stimulated by a laser without changing the entropy of the system and stops flipping phase when the laser stops, then that sounds like we can now observe a laser without affecting it. This would mean that quantum cryptography is pretty much dead.
Ok, going by a statement that there is an energy difference between up and down spin, if there are equal number of up and down position qbits in the setup, the energy on flipping would move between the neighboring qbits and balance the flip. The open questions are, did the "crystal" change its behavior (because I'd think in an atom, spins could flip concurrently as well as long as the energy levels balance out and the atom remains as the same atom), how much energy does it cost to read that row of qbits, how much energy was spent on the flip through the laser pulse (which is the initial energy cost, unless they were able to recapture the laser pulse 100%) and what was their accuracy of measuring the error (I'm not aware of anything human-made that doesn't have a % of error)? For them to have defied physics, if they lost no energy, there should also be no new information to extract. If they can prove the loss of energy was non-existent and they got new information out of the system they influenced, perhaps new ideas can be derived. What irks me most is that they call this a repeating pattern in time. It is clearly a dependent system. All of the repetitions are defined by the timing of the system that generates the pulses. This type of "sexy" talk tells me that there is some serious bs going on here and its probably just funding they are after.
I've been trying to keep up on these for a few months now, it's interesting to see how it's growing and becoming more and more stable. I think that they could eventually be used in some machinery, but maybe only in space would it be able to fully stabilize I think, perhaps even be used a sort of fuel or energy source if it could be contained in a magnetic field? I'm no physicist or scientist by any means, but I still find this to be a very intriguing phenomena.
To be perfectly Honest when I first herd of 'Time Crystals' the first thought that Ran through my Head was that it sounded like Something from Star Trek
we're on the precipice of discovering something you would never even conceive of possibly the control of matter itself that's basic science fiction but I believe honestly you're on the verge of discovering the key to different Quantum realities the key to literally open doorways
I was wondering could you not only run experiments under vacuum but also v variating temperatures . What if colder atmospheric temperatures help slow any process down.
Indeed! Many types of qubit function on this principle :) They also need to be sheilded from cosmic rays and all other types of interference to prevent decoherence.
Isn’t a “time-crystal” magnetite? It has it own magnetic dipole moment and has its own electrostatic flux field. It’s has self energy and dissipates EMF frequency in specific ranges. And if energized by an external force... it does even more. Isn’t a time crystal just the center of a black-hole? I mean, c’mon... Fe3O4... Quantum Fields up to the Max!
Here at DARPA we use a device that’s sort of like what this video shows however it pulls electrons from surrounding air molecules and replaces the electrons flowing from permanent magnets and some other tech i can’t name to move an armature to generate power. It looks like a real perpetual motion machine and it’s been running since 1992.
This doesn't violate any laws of physics, as they use energy and the 4th dimension in ways we have not thought to use. Also nothing violates the laws of physics if you can do it in our reality. It merely shows that there's something we don't understand about the fundamental building blocks of our reality.
This lowkey proves particularly can acknowledge each other because without the others partials you wouldn’t have the prescription of time passing there not moving because of the particals hitting them there moving because the particals passing through them take up time so but the end of the time it takes to pass through them they are reverting back to there original state changing from one state back to the original
How is this "evading" the second law of thermodynamics? The second law talks about energy in a CLOSED system. The use of microwaves from outside contradicts that.
Well yes, but the energy of the particles before the use of microwaves remained the same as after the microwaves were absorbed/interacted with the particles. So therefore, net energy is zero in regards to the particles.
When lasers came out they were just a strange novelty. Maybe time crystals will be the next game changer. Evading entropy seems like a way heat could be turned into useable power. Imagine using the heat in a room to power your phone!
I highly recommend folks check out any podcasts/lectures done by Frank Wilczek on TH-cam. He's not only a phenomenonal physicist, but a fantastic explainer of complicated topics.
Dating is like quantum physics: There are a certain set of rules, but everything in between is just probability. Nothing is certain, and most of it doesn't make any sense
Your description of a floquet time crystal is indistinguishable from a mechanical clock or a run of the mill crystal oscillator used as a clock source in nearly every computer. They are oscillators that are given just enough of a regular kick to avoid slowing down. Granted, they aren't perfect as they typically drift over long periods unless corrected with an atomic clock. At which point I have to ask what's the difference between an atomic clock and a floquet time crystal? It's quantum and it oscillates between two states at a constant frequency without slowing down.
Atomic is Clock is comprised of an atom. This is crystal. Meaning a collection of atoms. The difference is same as one between a sine wave and a pulse.
Still dependent upon the energy pulses to flip to a different state, seems pretty useless to me as a clock as the timing will be determined by those pulses.
Transistors in computing pretty much do this and since light is a much easier controled medium as electricity it could be used as super efficient super precise computers. However if shielding would be necceseary against other form of electromagnetic waves then cost probably far outwegiht the above benifits.
I mean its not really a perpetual motion machine if you can't pull work out of it and I assume a time crystal, if you did extract any energy from it, would no longer be a time crystal?
The significance of Google creating a time crystal that defies the laws of physics is that it challenges one of the fundamental principles of thermodynamics, the second law. Time crystals are able to cycle between states without losing energy, which goes against the principle that entropy, or disorder, in an isolated system must always increase. This discovery could have profound implications for our understanding of physics and potentially revolutionize fields such as quantum computing.
Wait, I thought perpetual motion requires work. Can't you have a perfectly balanced system in which no energy is lost or gained, but continues perpetually, however, the second you try to put a load on it to get any useful energy out of it, the system fails?
Wow, its breakthroughs like this!, that people cannot predict the future. This is f**king amazing, can you imagine what this technology will unlock in 50 or 100 years. You can't because it is just THAT amazing!
Sorry but I'm calling this bunk. Saying they defied physics 'at least for a few milliseconds' is not defying physics. You also state up front they had to change the definition. So which is it?
Don't Ions in solution form Crystals and then go back into solution within its equilibrium? When you throw salt into a saucepan and see salt crystals at the bottom it's never static. The crystals you see are in constant transition, constantly dissolving and precipitating/reforming crystals the net result of which demonstrates as no 'apparent' change....so why couldn't a crystal shift between arrangements like a sort of crystalline version of a spring - furthermore it's a stretch to say that nothing is causing this. If it's being observed then then photons (light) are hitting it.
Wow that's like two cool things in one, when a quantum computer also becomes a time crystal. But what also can be really cool is a time memory chip, It's where you write to the time memory chip in the future and can read that now.
You see, one of my problems is that we don't assign any value to errors. If a system is supposed to calculate some value and it produces a value outside expectation, we assign a value of "error" to this and all other values outside expectation.... But that's wrong. Give an error some sort of pathway and it will become meaningful to the calculations the system is producing. Especially in a quantum system.
The machine reminds me of that short series called Devs that came out a while back. Played with deterministic universe theories. Was some pretty janky stuff 🤯
Wow they can point a light and flip things back and forth, congrats they could be helping people who need real help but instead they play with lights and crystals. Our creators would be so proud.
Physicists: You can't just defy the flow of time!
Also physicists: You are already holding my beer.
Nice
Love it lol
tenet 2020
daamn
woah
This is very exciting. Unfortunately, I have no idea why.
but you also do
If you feel excited and then not and then excited periodically please call the number on your screen as you may be a time Crystal.
Why do you say that?
@@leif1075 I can't speak for him exactly but for me it's because Seeker made a video 4:16 video about the VERY periphery of human knowledge, when people think of technology we think of practical applications for it and this is soo extra
Have you ever seen one on...WEED?!😁🤙🎭
Scientists: fail to make a time crystal
Scientists: expand definition of time crystal
Scientists: “We made a time crystal!”
See Google!
ahhahahhahahaa 😲
100% and then don't call it a Casio wrist watch or say it doesn't require Magnets, Super Cooling, lasers, and microwaves to........ JIGGLE.
Things don't defy physics, they expand them. That being said, its been a long-held theory that the 2nd law of thermodynamics only holds any certainty for statistically complicated systems. So for example, a bundle of a million particles may only have 1 or 2 'ordered' states out a quintillion possible chaotic states. For a small system of >20 particles it is reasonable to allow some deviation from the 2nd law of thermodynamics because even if you just let the particles move freely, there is not insignificant chance that they end up in a more ordered state then they started in, just by random chance. This has been demonstrated before.
I guess their argument why this is different is that it's controlled, potentially perpetual and constantly shifting back and forth, not mere Brownian motion (while it lasted anyway). I'm just not at all clear on what "net energy" here means as it wasn't clarified.
"defies physics" draws clicks.
@@djayjp I think the net energy he was mentioning was the laser/microwave EM waves hitting a row of particles, thus the particles not absorbing the EM energy, making the net energy 0 in all; since the row of particles energy never changed during the EM hitting them.
@@georgesaliba8876 I suppose, but who knows. It's as though the energy is somehow used by the particles but not?
@@djayjp think of the light as sound waves, and the particles as a medium. The sound needs the medium to travel, but in this case, as it's light, no medium is needed, but utilized for the time crystal.
They didn’t evade the second law. The second law states that the entropy of a system CAN stay the same. It just can’t go down. Not saying it’s an easy feat at all to get an entire system of entangled particles to switch spins on command, but the results don’t defy the known laws of physics.
Yeah entropy certainly can decrease in an isolated system and it isn't even that unlikely on a very tiny scale. It has been observed by physicists many times. Even on a large scale, albeit EXTREMELY unlikely, it's possible to "unscramble" an egg for example.
It's often said that the entropy of an isolated system can never decrease, but this law is probabilistic in nature, not fundamental, so it can be violated. Saying it 'tends' to increase makes it fundamental. So, the wording matters here.
And when the system is not isolated, it's even more obvious. Just like it's mass can be changed by adding or taking away stuff.
@@FLS96 There is no such thing as isolation, so the problem solves itself. It's magic, yo.
Might hv increased a wee-bit, negligible, so to say😂❤....maybe something of the order of pre-inflation levels
I read recently about superconductors on Wikipedia and apparently, if you make a loop with a superconducting wire, you can make the electricity flow indefinitely. It's kinda like that silly meme of a Power strip plugged into itself... At first It seems to break the second law of td but you still can't power anything with that, at least, not for too long.
It's pretty much just like stars inside a galaxy, they might be in a perpetual motion, but you can't use that motion to extract an infinite amount of energy.
**Black hole enters the chat**
I wish there were better graphics to actually physically display what all of this looks like in real life. Obviously these crystals don't look like diamonds or fractal patterns on a TH-cam video. I wish I could actually see what's going on in real life.
its like peeing supercooled gel with airdryier in hand
@@cheesejuice_ can relate
I thought the name had nothing to do with what it actually is
The problem with that is that what this does looks like on a physical level is a meaningless question, to be able to see you need to interact with matter by sending photons in that general direction, but photons are just "too big", it's like trying to get the texture of an ant with fingers the size of a building, the mere act of seeing destroys the system
@@ericsaul9306 I dont look up circuits
Time crystals eh...hopefully this leads to a sequel to timesplitters: future perfect.
Wauwwww loved that games, with the monkey gun
😂
Timesplitters 2 was my jam back in the day.
You're using a subjunctive, not the future petfect
OMFG! The fact that you made this comment…you deserve everything! I want a remake/sequel to this gem of a game so bad.
Hey!? You're me!
Every time I hear about things that “defy physics” I’m rather underwhelmed than flabbergasted.
click bait headline . Sure important to get views but when doing so to the extent that it compromises with the quality of the content it's not ok.
If the crystal can continuously flip phase when stimulated by a laser without changing the entropy of the system and stops flipping phase when the laser stops, then that sounds like we can now observe a laser without affecting it. This would mean that quantum cryptography is pretty much dead.
Ok, going by a statement that there is an energy difference between up and down spin, if there are equal number of up and down position qbits in the setup, the energy on flipping would move between the neighboring qbits and balance the flip. The open questions are, did the "crystal" change its behavior (because I'd think in an atom, spins could flip concurrently as well as long as the energy levels balance out and the atom remains as the same atom), how much energy does it cost to read that row of qbits, how much energy was spent on the flip through the laser pulse (which is the initial energy cost, unless they were able to recapture the laser pulse 100%) and what was their accuracy of measuring the error (I'm not aware of anything human-made that doesn't have a % of error)?
For them to have defied physics, if they lost no energy, there should also be no new information to extract. If they can prove the loss of energy was non-existent and they got new information out of the system they influenced, perhaps new ideas can be derived.
What irks me most is that they call this a repeating pattern in time. It is clearly a dependent system. All of the repetitions are defined by the timing of the system that generates the pulses. This type of "sexy" talk tells me that there is some serious bs going on here and its probably just funding they are after.
I've been trying to keep up on these for a few months now, it's interesting to see how it's growing and becoming more and more stable. I think that they could eventually be used in some machinery, but maybe only in space would it be able to fully stabilize I think, perhaps even be used a sort of fuel or energy source if it could be contained in a magnetic field? I'm no physicist or scientist by any means, but I still find this to be a very intriguing phenomena.
The qubits are from superconducting Al so probably?
It doesn't defy physics, the title would sound must more awesome as "Google Made a Time Crystal Using a Quantum Computer"
Breaking news: Everything changes when hit with energy.
Even my Starbucks cup can flip states when I add energy to the system with my hand.
To be perfectly Honest when I first herd of 'Time Crystals' the first thought that Ran through my Head was that it sounded like Something from Star Trek
Messing with time never seems to end well
@@carrasco4712 doctor sin?
we're on the precipice of discovering something you would never even conceive of possibly the control of matter itself that's basic science fiction but I believe honestly you're on the verge of discovering the key to different Quantum realities the key to literally open doorways
I was wondering could you not only run experiments under vacuum but also v variating temperatures . What if colder atmospheric temperatures help slow any process down.
Indeed! Many types of qubit function on this principle :) They also need to be sheilded from cosmic rays and all other types of interference to prevent decoherence.
Isn’t a “time-crystal” magnetite? It has it own magnetic dipole moment and has its own electrostatic flux field. It’s has self energy and dissipates EMF frequency in specific ranges. And if energized by an external force... it does even more.
Isn’t a time crystal just the center of a black-hole? I mean, c’mon... Fe3O4... Quantum Fields up to the Max!
Here at DARPA we use a device that’s sort of like what this video shows however it pulls electrons from surrounding air molecules and replaces the electrons flowing from permanent magnets and some other tech i can’t name to move an armature to generate power. It looks like a real perpetual motion machine and it’s been running since 1992.
Isn't this just some form of oscillation of its state？ Why do we need to call it a 'Time Crystal' ？
It doesn't absorb energy to oscillate
wow nice work Julian, very engaging topic and delivery.
I reckon if they could get the crystal to be stable it would be pretty easy to use for storage.
4min and 15 sec of a cool name and dramatic music. Nice one Seeker.
This doesn't violate any laws of physics, as they use energy and the 4th dimension in ways we have not thought to use.
Also nothing violates the laws of physics if you can do it in our reality. It merely shows that there's something we don't understand about the fundamental building blocks of our reality.
It's exciting because it's sounds like doing a calculation without expending energy. And it sort of is.
This lowkey proves particularly can acknowledge each other because without the others partials you wouldn’t have the prescription of time passing there not moving because of the particals hitting them there moving because the particals passing through them take up time so but the end of the time it takes to pass through them they are reverting back to there original state changing from one state back to the original
"Humans are at their most endearing when they attempt to understand subjects beyond their reasoning skills." -Anon
That would be absolutely everything we have ever thought about… so I agree ☝️
Well done Seeker!!
Properly explained and Incredibly inspiring!! Where will the next steps take us!!
Let's just smoke it n see what's really 😏 going on!🎭
How is this "evading" the second law of thermodynamics? The second law talks about energy in a CLOSED system. The use of microwaves from outside contradicts that.
Well yes, but the energy of the particles before the use of microwaves remained the same as after the microwaves were absorbed/interacted with the particles. So therefore, net energy is zero in regards to the particles.
Microwaving crystals in a microwave should do the trick.
*Perpetual motion is a big no no*
Edge of the Universe scowls.
When lasers came out they were just a strange novelty. Maybe time crystals will be the next game changer. Evading entropy seems like a way heat could be turned into useable power. Imagine using the heat in a room to power your phone!
There's a bit of title in you clickbait.
The mention of time crystals reminds me of a short story by J.G.Ballard. Charming little things, they were kind of flowers in the story.
Ok physics getting some movie level fancy.
Also this can provide quantum memory
I highly recommend folks check out any podcasts/lectures done by Frank Wilczek on TH-cam. He's not only a phenomenonal physicist, but a fantastic explainer of complicated topics.
Dating is like quantum physics:
There are a certain set of rules, but everything in between is just probability. Nothing is certain, and most of it doesn't make any sense
Dropping truth bombs...
Your mother
The only thing that's certain is when you measure the quantum date probability the results always end up as smashing her jealous friend.
@@spacecowboy07723 That's another way of explaining the wavefunction collaps 😁
Would locking these qubits in pairs, and entangling two pairs, make them stabler and thus less error prone?
Regarding the initial statements, complete sentences would be nice.
This technology will help my build my space empire nicely
Physicists: You just can't defy the flow of time!!
Also Physicist: You're already holding my beer.. 🍻🍺
Last time i heard about a chemist making some blue crystals, wondering what's up with the physicists lately
time crystals are energy for time machines!
The most powerful magnetic computer
Our campus/ professor, helped create that Sycamore processor!
I will read second law of thermodynamics in my coaching class today
Believe it or not but this is been in the process for a while
Makes me think about the tic tac bouncing back and forth like a ping pong ball in a glass
Biological computers (super computers) are the future.
Can we time travel or space travel in a time crystal like Interdimesiomal and Multidimensional places
You can't just combine a car word and a science word and hope it means something
Autobiographies are meaningless
You know I remember a show called code lyoko and I talked about cubits and things in that show pretty interesting to me
Physics : Noone can defy me
Physists : Hold my clock
I like the phrase "conventional super computer". Its already obsolete before i even saw one 😅🤣. We're moving too fast.. too fast!
Dr. Who will be giving a lecture on Time Crystals in the near future, the recent past, and now?
If the qubits changed orientation wasn’t energy absorbed to induce the change in position?
Your description of a floquet time crystal is indistinguishable from a mechanical clock or a run of the mill crystal oscillator used as a clock source in nearly every computer. They are oscillators that are given just enough of a regular kick to avoid slowing down. Granted, they aren't perfect as they typically drift over long periods unless corrected with an atomic clock. At which point I have to ask what's the difference between an atomic clock and a floquet time crystal? It's quantum and it oscillates between two states at a constant frequency without slowing down.
Atomic is Clock is comprised of an atom.
This is crystal. Meaning a collection of atoms.
The difference is same as one between a sine wave and a pulse.
This..does put a smile on my face
Humble question can one of those crystals heal metaphysical properties?
Still dependent upon the energy pulses to flip to a different state, seems pretty useless to me as a clock as the timing will be determined by those pulses.
Transistors in computing pretty much do this and since light is a much easier controled medium as electricity it could be used as super efficient super precise computers. However if shielding would be necceseary against other form of electromagnetic waves then cost probably far outwegiht the above benifits.
How does a particle "spin" when (microwave) light passes through it if the particle doesn't absorb some energy from it?
If you talk to Normies of time crystal they say it's fiction and come back to reality
Google: developing time crystals
Apple: still figuring out how to remove their phone’s notch.
Guessing a bit but this technology seems like it could eventually be, for the holder, the equivalent of a super power. No?
It could very well have applications in improved atomic clocks.
I'm telling you, within the next 10 years this new quantum computing is going to reveal some absolute groundbreaking theories and new technologies. 🤔❤
Hopefully Inertial Dampening, Artificial Gravity, and Anti-gravity....
Its like the LED. It's used in almost all our products today. Once we figure it out it's applications could be endless.
Can't really comprehend what they actually doing here, but it's sounds great
I have been waiting for this time crystal for so long i want to a physical thing large enough to hold in my hand made of time crystal.
Oohhhh, I like where this is headed 😃
"AAAH!!! Keep back, you weak-minded fool! Avert your gaze, or you'll go CRYSTAL CRAZY!!"
I mean its not really a perpetual motion machine if you can't pull work out of it and I assume a time crystal, if you did extract any energy from it, would no longer be a time crystal?
The significance of Google creating a time crystal that defies the laws of physics is that it challenges one of the fundamental principles of thermodynamics, the second law. Time crystals are able to cycle between states without losing energy, which goes against the principle that entropy, or disorder, in an isolated system must always increase. This discovery could have profound implications for our understanding of physics and potentially revolutionize fields such as quantum computing.
I'm very curios about it's application in vary sistems
Wait, I thought perpetual motion requires work. Can't you have a perfectly balanced system in which no energy is lost or gained, but continues perpetually, however, the second you try to put a load on it to get any useful energy out of it, the system fails?
exactly why he said it could be a computer simulation and no one would know the difference.
Wow, its breakthroughs like this!, that people cannot predict the future. This is f**king amazing, can you imagine what this technology will unlock in 50 or 100 years. You can't because it is just THAT amazing!
Dear lord, the Wheel of Time Age of Wonders is happening.
Nice video.
So the qubits of the processor's data are.... Non-thermal? No dissipating fans or cooling systems required? 👀
Sorry but I'm calling this bunk. Saying they defied physics 'at least for a few milliseconds' is not defying physics. You also state up front they had to change the definition. So which is it?
Nothing ever defies physics, It only defies our Current understanding of physics!
Don't Ions in solution form Crystals and then go back into solution within its equilibrium? When you throw salt into a saucepan and see salt crystals at the bottom it's never static. The crystals you see are in constant transition, constantly dissolving and precipitating/reforming crystals the net result of which demonstrates as no 'apparent' change....so why couldn't a crystal shift between arrangements like a sort of crystalline version of a spring - furthermore it's a stretch to say that nothing is causing this. If it's being observed then then photons (light) are hitting it.
This can be used for energy-lossless computation
closer and closer to assignable magnet crystals leading to gravity manipulation
What about systems of life that's is that a perpetual motion machine
Dr strange : Oh no they are closing the gap
Thank - you .
Wow that's like two cool things in one, when a quantum computer also becomes a time crystal. But what also can be really cool is a time memory chip, It's where you write to the time memory chip in the future and can read that now.
I'd break reality
You see, one of my problems is that we don't assign any value to errors. If a system is supposed to calculate some value and it produces a value outside expectation, we assign a value of "error" to this and all other values outside expectation.... But that's wrong. Give an error some sort of pathway and it will become meaningful to the calculations the system is producing. Especially in a quantum system.
I'm trying to answer a question. Is this non-zero sigma for sigma real Laplace frequency?
So what energy is consumed ? I think I missed it
What's the role of magnons
Amazing and countless possibilities !!
Is this not just the piezoelectric effect? When you run electricity through a crystal, the oscillate.
Sounds like it
I can see Linda Hamilton reading about this and pouring another shot of rye.
The machine reminds me of that short series called Devs that came out a while back. Played with deterministic universe theories. Was some pretty janky stuff 🤯
Wow they can point a light and flip things back and forth, congrats they could be helping people who need real help but instead they play with lights and crystals. Our creators would be so proud.
Time cube?
Heard u can get quazicrystals by letting molten bismuth solidify in a strong magnetic field.
Its simply the breaking of continuous time translational symmetry.Thats it.
Sir
Excellent