We traded energy cost for time when we stopped walking, and replaced it with an animal and a cart, and again with cars, and airplanes. We save time, but the energy input is greater.
Who’s to say that teleportation wouldn’t be a trade off between 5x the energy to take a jet, but instantaneous?
Digital goods aren’t physical; teleportation is physical.
If the deconstruction and/or reconstruction phases cost a ton of energy, it doesn’t matter if the sending phase has a high energy bill.
But since you have transmit data on each atom, you will have huge amounts of data to send.
For example, 1kg of carbon has about 5*10^25 atoms. Humans aren’t made entirely of carbon, but the rough order of magnitude will be similar. Let’s go with a 70kg human and we end up with roughly 10^27 atoms.
Let’s say we have good compression techniques and a single byte is enough to store all data of one atom. That means, we need to send about 10^28 bits of data.
In September 2023 the total bandwith of the global internet was about 1.2 Pbps, or 10^15 bits per second.
So to transmit a single human being with the speed of the entire global internet combined it would take 10^13 seconds or about 300 000 years. I think that kind of data transmission could cost a little bit of money.
Compare that to the cost of shipping 70kg of human being anywhere on the planet. By plane, it will cost in the order of a few thousand Euros and it will take one day, two at most, not 300 000 years.
The cost will be comparatively less, and negligible given that digital goods don’t have “energy” fees (and never had, btw)
Why?
We traded energy cost for time when we stopped walking, and replaced it with an animal and a cart, and again with cars, and airplanes. We save time, but the energy input is greater.
Who’s to say that teleportation wouldn’t be a trade off between 5x the energy to take a jet, but instantaneous?
Digital goods aren’t physical; teleportation is physical.
This really depends.
Teleportation consists of three main phases:
If the deconstruction and/or reconstruction phases cost a ton of energy, it doesn’t matter if the sending phase has a high energy bill.
But since you have transmit data on each atom, you will have huge amounts of data to send.
For example, 1kg of carbon has about 5*10^25 atoms. Humans aren’t made entirely of carbon, but the rough order of magnitude will be similar. Let’s go with a 70kg human and we end up with roughly 10^27 atoms.
Let’s say we have good compression techniques and a single byte is enough to store all data of one atom. That means, we need to send about 10^28 bits of data.
In September 2023 the total bandwith of the global internet was about 1.2 Pbps, or 10^15 bits per second.
So to transmit a single human being with the speed of the entire global internet combined it would take 10^13 seconds or about 300 000 years. I think that kind of data transmission could cost a little bit of money.
Compare that to the cost of shipping 70kg of human being anywhere on the planet. By plane, it will cost in the order of a few thousand Euros and it will take one day, two at most, not 300 000 years.