e.t.h. syracuse university. together with a team of researchers he's developed a way of storing digital files like m p 3 s. all to official genetic material. a d.n.a. molecule consists of 4 nuclei faces abbreviated to a c.t. and. the computer assigns a binary code of zeros and ones to. the d.n.a. synthesised creates a strand of artificial d.n.a. that the digital file is stored on and that can be made to be read. the person still very complex and expensive i see companies like microsoft have been investing in d.n.a. storage and further recent. them as you can volunteer data storage is getting better every year computers are getting faster but the physical properties that our computers currently work with can't keep of altering forever at some point will reach a limit it's just a matter of physics so the industry is looking beyond the principles of physics and into things like biology and chemistry and what principles that are out there that could be used to store data and when you think about it d.n.a. is the ans