Jason Jorjani

What was it when it was inside the computer? Mass, right? It was mass. So it's been proposed that we could weigh a hard drive before data is encoded on it, and then again after data is encoded on it. Or take a hard drive that has data encoded on it, weigh it, erase the data, and then weigh it again. Right. There will be a mass differential. Right.

What was it when it was inside the computer? Mass, right? It was mass. So it's been proposed that we could weigh a hard drive before data is encoded on it, and then again after data is encoded on it. Or take a hard drive that has data encoded on it, weigh it, erase the data, and then weigh it again. Right. There will be a mass differential. Right.

So there's mass inside a computer that's not anything to do with the microchips or the transistors or magnetic tapes or anything. It's a hidden mass. This has been done? This weighing? No. Here's why. Because currently, according to Landauer's equation, if you were to...

So there's mass inside a computer that's not anything to do with the microchips or the transistors or magnetic tapes or anything. It's a hidden mass. This has been done? This weighing? No. Here's why. Because currently, according to Landauer's equation, if you were to...

So there's mass inside a computer that's not anything to do with the microchips or the transistors or magnetic tapes or anything. It's a hidden mass. This has been done? This weighing? No. Here's why. Because currently, according to Landauer's equation, if you were to...

calculate the mass of all of the information in the world today, on all of the largest server farms that we have here and that AI is being run off of in China, the total mass, according to that equation, comes to one kilogram. Less than one kilogram. Less than one kilogram.

calculate the mass of all of the information in the world today, on all of the largest server farms that we have here and that AI is being run off of in China, the total mass, according to that equation, comes to one kilogram. Less than one kilogram. Less than one kilogram.

calculate the mass of all of the information in the world today, on all of the largest server farms that we have here and that AI is being run off of in China, the total mass, according to that equation, comes to one kilogram. Less than one kilogram. Less than one kilogram.

meaning that we don't have sensitive enough weighing equipment to weigh a hard drive let alone even a server right i mean we couldn't even weigh a server let alone a hard drive because the mass currently is too little however the rate of data increase per year the the rate at which we're accumulating information per year is approximately 25 percent okay

meaning that we don't have sensitive enough weighing equipment to weigh a hard drive let alone even a server right i mean we couldn't even weigh a server let alone a hard drive because the mass currently is too little however the rate of data increase per year the the rate at which we're accumulating information per year is approximately 25 percent okay

meaning that we don't have sensitive enough weighing equipment to weigh a hard drive let alone even a server right i mean we couldn't even weigh a server let alone a hard drive because the mass currently is too little however the rate of data increase per year the the rate at which we're accumulating information per year is approximately 25 percent okay

and if you think about where we're going technologically we're headed toward this technological singularity where we're going to have artificial intelligence artificial intelligence inside of robots like the tesla robots we're going to have these systems constantly accumulating all kinds of data right and so it stands to reason that as we approach the technological singularity

and if you think about where we're going technologically we're headed toward this technological singularity where we're going to have artificial intelligence artificial intelligence inside of robots like the tesla robots we're going to have these systems constantly accumulating all kinds of data right and so it stands to reason that as we approach the technological singularity

and if you think about where we're going technologically we're headed toward this technological singularity where we're going to have artificial intelligence artificial intelligence inside of robots like the tesla robots we're going to have these systems constantly accumulating all kinds of data right and so it stands to reason that as we approach the technological singularity

The rate of data increase per year is going to exponentially take off way beyond 25%, maybe close to 100%. But get this, even if it were to stay 25%, which it won't, but even if it were, I did the calculations. They're in my book, Citanion. In something like 340 years...

The rate of data increase per year is going to exponentially take off way beyond 25%, maybe close to 100%. But get this, even if it were to stay 25%, which it won't, but even if it were, I did the calculations. They're in my book, Citanion. In something like 340 years...

The rate of data increase per year is going to exponentially take off way beyond 25%, maybe close to 100%. But get this, even if it were to stay 25%, which it won't, but even if it were, I did the calculations. They're in my book, Citanion. In something like 340 years...

the amount of information that will exist in the world, at the current rate of data production, will equal the mass of the moon. Now go back to our conversation about the moon. The moon was brought here to terraform the planet potentially. In other words, the moon has massive gravitational effects on the earth. Massive. It took us from having eight hour days to having 24 hour days.

the amount of information that will exist in the world, at the current rate of data production, will equal the mass of the moon. Now go back to our conversation about the moon. The moon was brought here to terraform the planet potentially. In other words, the moon has massive gravitational effects on the earth. Massive. It took us from having eight hour days to having 24 hour days.

the amount of information that will exist in the world, at the current rate of data production, will equal the mass of the moon. Now go back to our conversation about the moon. The moon was brought here to terraform the planet potentially. In other words, the moon has massive gravitational effects on the earth. Massive. It took us from having eight hour days to having 24 hour days.