voice: he was inspired by the way the human eye fills in missing information. tush: and we also have a vr experience, where we ve got one of dali s paintings called the archaeological reminiscence of millet s angelus, and you can actually walk around inside of the painting. it s absolutely amazing, and it s a way that we keep developing our collection using technology. we see it in different ways. behind us, we have the building designed by yann weymouth, the architect, and then this remarkable geodesic structure that s asymmetrical, it seems to ooze out of the building, very much like dali s paintings. inside there is a very unique spiral staircase that was actually made in place almost as sculpture. and it s a reference to dali s obsession with spirals. dali was one of the first artists who became inspired by the structure of the dna molecule. so, there s a lot of spirals that show up in his paintings, and we ve been able to pay tribute to that with the spiral staircase holding the
a way of storing digital files like m p 3 s. all to official genetic material. the d.n.a. molecule consists of 4 nuclear bases abbreviated to a c.t. and. the computer assigns a binary code of zeros and ones to. the d.n.a. synthesizer creates a strand of d.n.a. that the digital file is stored on and that can later be read. the person is still very complex and expensive i see companies like microsoft have been investing in d.n.a. storage and 1st off recent. time 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 valving forever at some point will reach
laboratory a d.n.a. molecule decays after just a few months then using the new the solution we have is a kind of artificial fossil we re basically trying to create the equivalent of a bone. a bone is a piece of calcium phosphate with d.n.a. inside it what we re working on is a small glass beads with strands of d.n.a. inside. in austria and parked in. the d.n.a. should last up to a 1000 years preserved in glass beads a so small they can only be seen under an electron microscope each beat contains about 10 killer bytes of data about 2 pages of a book. and you can almost see the truth of what you can see in this image is about 20 or 30 pages of a book of beauty but remember these particles are a 200000 times magnification long and if they really are incredibly small. so if
the first x. ray picture of the d.n.a. molecule vital for identifying its structure. since the introduction of the nobel prize is one hundred eighteen years ago only three percent of the awards for science have gone to women. and only one has gone to a german woman christiane on this line fall hard with the prize in physiology or medicine for her research on the genetics of fruit flies. most recently twenty eight teams are counted as donna strickland become the first woman in fifty five years to secure the nobel prize in physics for her pioneering work on pulse lasers because. many female scientists are sharing their stories under the hash tag women in science day they talking about their work and telling others why they chose to
a string physicist liza might know was crucially involved in the discovery of nuclear fusion but was not honored with a nobel prize. the same is true of british chemistry rosalind franklin who produced the first x. ray picture of the d.n.a. molecule vital for identifying its structure. since the introduction of the nobel prize is one hundred eighteen years ago only three percent of the awards for science have gone to women. and only one has gone to a german woman christiane in this line fall hard with a prize in physiology or medicine for her research. on the genetics of fruit flies . most recently twenty eight teams are counted as donna strickland become the first woman in fifty five years to secure the nobel prize in physics for her pioneering work on pulse lasers.