d.n.a. the data storage solution of the future. we visit a crime scene what can the tiniest traces of d.n.a. tell investigators. and it's not all in our genes exercise makes cells grow. and. data data and more data it used to be kept on magnetic tape and floppy disks today the world produces more than 30 zettabytes of digital information per year that's 30 trillion gigabytes and that number is rising each year how come we store it on c.d.'s hard drives and flash drives have expected lifespans of around 30 years. but there's a special medium that could do the trick one that has proved itself over billions of years d.n.a. . life or tyler d.n.a. has 2 advantages for us to get the data in d.n.a. is extremely durable under the right conditions that can last around a 1000 years and the 2nd d.n.a. is very compact you can store vast amounts of data in a tiny space by. robert gross is a chemistry professor at e.t.h. there rick you know versity. together with a team of researchers he's developed a way of storing digital files like m p 3 s. al

d.n.a. the data storage solution of the future. we visit a crime scene what can the tiniest traces of d.n.a. tell investigators. and it's not all in our genes exercise makes cells grow.

d.n.a. the data storage solution of the future. we visit a crime scene what can the tiniest trace.

d.n.a. the data storage solution of the future. we visit a crime scene what can the tiniest traces of d.n.a. tell investigators. and it's not all in our genes how exercise makes cells grow.

d.n.a. the data storage solution of the future. we visit a crime scene what can the tiniest traces of d.n.a. tell investigators. and it's not all in our genes how exercise makes cells grow.