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CRAIG VENTER believes science is the answer and needs political and personal will: " There are many problems confronting humanity including providing enough food, water, housing, medicine and fuel for our ever-expanding population. I firmly believe that only science can provide solutions for these challenges, but the adoption of these ideas will depend on the will of governments and individuals." View in LinkedIn

CRAIG VENTER ON THE SOFTWARE OF LIFE: "For the first time now we can actually design life in a computer, make the DNA software and create new life forms that have never existed before." View in LinkedIn

THOUGHTS TO SYNTHETIC SPOKEN WORDS. Brain Implants: to thought-talk, control machines, enhance memory http://lnkd.in/gmitQY View in LinkedIn

CRAIG VENTER: "we are close to creating synthetic life from scratch." View in LinkedIn

FROM THOUGHTS TO WORDS: brain-machine interface has crossed the bridge with first few steps: with enough vocabulary of correlations between thoughts and brain electrical activity, it will be possible to read a mind. Unintended thoughts jumbled with suppressed thoughts and then those destined for publication! A truly new canvas. Next, try your cat and find out what she really thinks! " "(Mind-reading program translates brain activity into words http://lnkd.in/YxYPkH). View in LinkedIn

DNA Pioneer Craig Venter Developing a 3D Printer for Vaccines http://lnkd.in/krQN2A via @onswipe View in LinkedIn

MCKINSEY REPORT ON DISRUPTIVE TECHNOLOGIES MAY 2013. The link (apologies!). http://lnkd.in/UA77iV View in LinkedIn

CRAIG VENTER on 3D printing molecules and vaccines is enthusiastic about the possibilities. His own work is focused on converting biological information into digital information, just different formats for coding. View in LinkedIn

MCKINSEY REPORT. Disruptive technologies: Advances that will transform life, business, and the global economy. May 2013. View in LinkedIn

DNA SAMPLE TO 3D FACE: although very crude, an interesting beginning. DNA samples from discarded objects are PCR amplified and sequenced, and after aligning SNPs allows allele identification. This graduate student wrote a program focusibg on physical characteristic alleles like sex, eye and hair color, and used 3D printing to print a model of the face. "A work in progress.". View in LinkedIn