Nor do I.
I was chastised earlier on the thread for ignoring the OP, so I went back to it, to argue from "assume that self is stored information" as a given. I think the argument can be made that even under the OP assumptions, Darat2 is a different person from Darat1, and that one can still be opposed to stepping into the machine for the same reasons one may be opposed to killing any other person.
Emphasis mine.
If Darat1 and Darat2 ever exist at the same time, I agree with you.
If Darat1 ceases to exist at the same moment Darat2 (an exact copy as of the last moment of Darat1's existence) is put together, then I disagree with you.
The technology that does this would have to scan the original extremely fast, each atom in parallel; it would have to create each atom in parallel at the smallest unit of time available between destruction and creation.
If we succeed in taking an accurate snapshot, we still have to worry about transmission errors - one flipped bit of information will result in a corrupted copy. If the flipped bit affects the copy irreversibly (however minuscule,) we may have affected the copy in ways that conflict with the original's expectations/aims.
In order to avoid corrupted transmissions, there are a few things that can be done, such as pre-scanning the original before the final snapshot is taken, to ensure the integrity of the final snapshot. If a statistical anomaly is found between a series of snapshots (via Bayesian statistics), then the computer in charge of the transmission may correct the flipped bits.
But if the computer had to rely on statistics to determine the integrity of the copy, we risk making a corrupted copy out of perfect data (through improper "corrections") at least some of the time.
A good solution may be to accept corrupted copies as close enough. (And consequentially it may be the case that some flipped bits have zero effect on the behavior, outward appearance, and self regard of the copy. Other flipped bits could result in DNA aberrations).*
Nevertheless, I won't step into a transporter for at least another 100 years, when the concept has been proven and we understand consciousness better.
* This level of technology, however, could
erase cancer and many genetic illnesses by comparing DNA strands and
generating a model of what should be there, instead of
what is.
For 400 dollars, part of your genome can be sequenced today (albeit only a few thousand snps). For about a 1,000,000 dollars you might be able to get a full genome in the course of about a month.
If we could take an atomic level snapshot of a single cell in one second, today, it would probably cost 2,592,000,000,000 dollars; In 30 years it might cost 2,592 dollars, in 40 years $2.59; in 50 years, this level of technology may become practical. This assumes no technological singularities prior to 2049.