If this is real and can be commercialized it could lead to some pretty devastating fallout for the entertainment industry. You've got to know that there are a few obsessive archivists out there with pretty comprehensive collections of films spread across rooms of RAID arrays. When they can start backing those collections up for friends onto a single disc, ie a single disc that has more films than you could possibly w…
Books are small enough that this has pretty much already happened (search for "library genesis").
An Australian researcher has worked out how to store 1000TB on a CD
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Re: An Australian researcher has worked out how to store 1000TB on a CD
#102If this is real and can be commercialized it could lead to some pretty devastating fallout for the entertainment industry. You've got to know that there are a few obsessive archivists out there with pretty comprehensive collections of films spread across rooms of RAID arrays. When they can start backing those collections up for friends onto a single disc, ie a single disc that has more films than you could possibly w…
Books are small enough that this has pretty much already happened (search for "library genesis").
Re: An Australian researcher has worked out how to store 1000TB on a CD
#103Re: An Australian researcher has worked out how to store 1000TB on a CD
#104If this is real and can be commercialized it could lead to some pretty devastating fallout for the entertainment industry. You've got to know that there are a few obsessive archivists out there with pretty comprehensive collections of films spread across rooms of RAID arrays. When they can start backing those collections up for friends onto a single disc, ie a single disc that has more films than you could possibly w…
> more films than you could possibly watch in your lifetime I was curious if this statement was true... So assuming, 4.4 GB her HD film & 2 hrs long each, you can fit roughly 232 films per TB or 232,000 films total (for 1000 TB), that's 464,000 hours of HD content or 53 years (!) back to back. So, yes, that statement is true. Now the next logical question: Has the human race produced 464,000 hours of video content? L…
The US is supposedly the only other country with similarly high number of channels, but I don't think it's unreasonable to assume that there are more than 10,000 channels worldwide.
Re: An Australian researcher has worked out how to store 1000TB on a CD
#105Earlier quoted context omitted.
Everything I find related to that seems to have been shut down, are you getting better luck?
gen.lib.rus.ec and bookfi.org both work for me, some time ago I investigated the origin of those collections and apparently they began as a set of 30+ dvds that have been distributed presumably primarily in russia for quite some time. Especially in math and physics they are every poor graduate students dream. Even large libraries have only one copy of some of those books stuffed away in some underground vault.
Re: An Australian researcher has worked out how to store 1000TB on a CD
#106> Every day, humans are producing more data than ever before - around 90% of the world’s data was generated in the past two years alone - and there will come a point when our data storage centres and the cloud can no longer keep up. Is this true? Can anyone point to a some kind of study showing convergence of storage capacity and data production over time? I was under the impression that we've got far more storage th…
Re: An Australian researcher has worked out how to store 1000TB on a CD
#107Expect Amazon Glacier price to drop dramatically in a couple of years :)
Re: An Australian researcher has worked out how to store 1000TB on a CD
#108Awesome tech. I wonder how data will be written and read from such a disk? How long will it take? The transfer of 1000TB will be an interesting problem indeed. At current theoretical blu ray writing speed of 12x or 400Mbps [1] the time to read/write such a disk would be: 1000 terabytes = 8,000,000,000 megabits 8,000,000,000 / 400 = 20,000,000 seconds (7.6053 months) [1] http://www.blu-ray.com/faq/#bluray_speed
Re: An Australian researcher has worked out how to store 1000TB on a CD
#109The idea to break the diffraction limit by using the this doughnut-shaped excitation spot comes from the STED microscopy ( http://en.wikipedia.org/wiki/STED_microscopy ) developed by Stefan Hell (Max Planck Institute for Biophysical Chemistry in Goettingen, Germany). He actually showed that an additional intensity-dependent term can be added to Abbe's diffraction limit allowing sub 100um resolution with light. I thin…
Re: An Australian researcher has worked out how to store 1000TB on a CD
#110If this is real and can be commercialized it could lead to some pretty devastating fallout for the entertainment industry. You've got to know that there are a few obsessive archivists out there with pretty comprehensive collections of films spread across rooms of RAID arrays. When they can start backing those collections up for friends onto a single disc, ie a single disc that has more films than you could possibly w…