India, turkey, across europe and kansas city. He most recently finished the coeditor of the coeditor of First World War. And doctor t keller is a National Certified instructor. When you ask those questions, make sure they have a question mark at the end of them. Now, please help me welcome him. [applause] good evening. I am thrilled to be here and happy you could join me. I will talk about my current research, a Global Environmental history of the First World War. I am interested in Energy Geopolitics that link the battle lines on the home fronts with agricultural and industry in ways that fundamentally shaped the 20th century. So i will talk about the main battlefield many of us are familiar with, then hop, skip, and jump around the globe to point out areas that had an incredibly profound Environmental Impact. Now, few human endeavors have altered the Natural World as much as agriculture industry and warfare. In 1914, these came together in ways that were incredibly destructive. When
Speaker, he is a certified instructor. When you ask those questions, make sure they have a question mark at the end of them. , please help me welcome him. [applause] good evening. I am thrilled to be here and happy you could join me. I will talk about my current research, a Global Environmental history of the First World War. I am interested in Energy Geopolitics that link the battle lines on the home fronts with agricultural and industry in ways that fundamentally shaped the 20th century. So i will talk about the main battlefield many of us are familiar with, then hop, skip, and jump around the globe to point out areas that had an incredibly profound Environmental Impact. , few human endeavors have altered the Natural World as and as agriculture industry warfare. Together inse came ways that were incredibly destructive. War, theyne mentions think battlefields, and soldiers did change environment on every battlefront. Military planners took the environment into account, considering cli
Digestion. Well be looking at these topics and more on this edition of tomorrow today. To begin with we go on a fantastic voyage it recalls the 1966 film of the same name in which to me. The shrunken human crew sets off on a Perilous Mission within the body of a sick man to save him in the nick of time. Well tiny nano subs are now for real they can navigate the eyeballs of dead pigs and one day they will deliver meds to humans our eyes if all goes according to plan. With modern technology taking a look at the retina on the back wall of an eye is easy and routine but actually going in there to treat disease is much harder i drops on. Arent enough to tackle serious issues. Corkscrew shape nano robots might be the solution theyre 200. 00 times smaller than the diameter of a human hair this is a computer animation. The idea is to send such nano propellers through the vitreous humor of the eye to deliver medicine to the retina professor pier fisher at the Max Planck Institute for Intelligen
Where to put all our data floppy disks magnetic tape all that belongs to the past the amount of data we produce is ever grabbing forecast say in a few years it will amount to 175 is this of bytes thats 175. 00 trillion gigabytes and our normal storage media only lasts around 30 years well it all end up in the cloud theres another idea of storing data in d. N. A. Then apply for tyler d. N. A. Has 2 advantages 1st the data in d. N. A. Is extremely durable under the right conditions it 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. Sir. University. Together with a team of researchers hes developed 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 artificial d. N
Where to put all our data floppy disks magnetic tape all that belongs to the past the amount of data we produce is ever grabbing focus say in a few years it will amount to 170 fives this of bytes thats 175. 00 trillion gigabytes and our normal storage media only lasts around 30 years well it all end up in the cloud theres another idea of storing data in d. N. A. Then ill try for tyler d. N. A. Has 2 advantages 1st the data in d. N. A. Is extremely durable under the right conditions it can last around a 1000 years the 2nd d. N. A. Is very compact you can store vast amounts of data in a tiny space by. Robert grosss a chemistry professor at e. T. H. Searched. University. Together with a team of researchers hes 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 nuclear bases abbreviated to a c. T. And. The computer signs a binary code of zeros and ones to each. Be d. N. A. Synthesised creates a strand of official d. N.