Ok, this may be completely off the wall but I am curious of others input. Let's say you have a simple memory card which is empty of any data....not a byte to be found on it. Let's say it weighs in at about one ounce for sake of conversation. This card has a capacity of 16 gigs...again for conversation sake... If you were to take this empty card at one ounce and fill it to capacity, 16 gigs, does the card now weigh, even minutely more than an ounce as it's maxed out........ Or is it all just data and this question is ridiculous....?
Originally posted by Margheim Or is it all just data and this question is ridiculous....?
What he said.
Removed
Joined
10 Dec '06
Moves
8528
20 Dec '13 04:03>
Originally posted by Margheim Ok, this may be completely off the wall but I am curious of others input. Let's say you have a simple memory card which is empty of any data....not a byte to be found on it. Let's say it weighs in at about one ounce for sake of conversation. This card has a capacity of 16 gigs...again for conversation sake... If you were to take this empty card at one ounce ...[text shortened]... n an ounce as it's maxed out........ Or is it all just data and this question is ridiculous....?
I think its a pretty cool question. Pretty deep if you are trying to relate the fundamental units of information and mass. I guess its like asking if a thought has a mass, and what is fundamentally different from a thought and a physical object. I say that all physical objects are just a thought, so yes, it has a mass of sorts.
I believe there will be not even a minute gain in mass. But, if ever a quantum dot memory card is developed where the bits are represented by the present or absence of single electrons in a quantum dot so that single electrons are stored, there may be a minute change in mass due to changes in the number of electrons stored because electrons have a tiny mass.
It depends what kind of mass you mean, rest mass or relativistic mass. The latter will change with energy, which probably does have a weak dependence on what data you store on the disk, although certainly not necessarily a monotonously increasing one.