An implementation of Aqueous memory molecules with light responsive DNAs

Early explosion of DNA computing to solve combinatorial problems is now shrinking by three hardness; (1) code set design, (2) scalability and (3) speed and reliability. This paper proposes an implementation of aqueous memory molecules by using light responsive modification of DNAs and show a series of feasibility experiments. We expect to overcome three difficulties since aqueous computing is code design free, DNA sequence provides arbitrary size of address space, and light responsive reaction is fast and reliable.