Okay, if I make the following (probably erroneous) logical information lifecycle assumptions:
1. Assume the theory that we have short term memories feeding long term memories,
2. We have five senses that effectively record terabytes of information with near analog frequency (for example, you feel sensations, or no sensations, from the entire surface area of your skin as well as any internal nerves, and that can be recorded).
3. The short term pushes the most pronounced sensory data into long-term memory, and that long term memory is persistent..
4. Long term memory is persistent, but may not be completely accessible.
5. Memories of accessing those long term memories are persistent, and can be accessed, effectively creating copies.
6. Multiple access/copy loops in short periods of time are more likely to persist that memory copy more accurately, and fewer accesses increases likeliehood of loss/alteration.
7. The incredibly large vector of sensory data, for which no two humans will have identical experiences, coupled with differences in memory storage capacity, physiological differences, chemical exposure differences, and plain luck lead to effectively a chaotic system that cannot be computed because you're dealing with n>1e8 vectors expanding factorially over time leads to this still incredibly difficult to define concept of 'consciousness,'
So I guess I agree with the thesis that we can't compute consciousness, it's a chaotic system, but I wouldn't be surprised if it could be copied.