Mesh electronics being injected through sub-100 micrometer inner diameter glass needle into aqueous solution (credit: Lieber Research Group, Harvard University)
Three different DNA nanostructures assembled at room temperature in water-free glycholine (left) and in 75 percent glycholine-water mixture (center and right). The structures are (from left to right) a tall rectangle two-dimensional DNA origami, a triangle made of single-stranded tails, and a six-helix bundle three-dimensional DNA origami (credit: Isaac Gállego).
In my new book BOLD, one of the interviews that I’m most excited about is with my good friend Ray Kurzweil. Bill Gates calls Ray, “the best person I know…
Dr. Victor Reed is a brilliant geneticist who has just achieved a huge scientific breakthrough by successfully cloning the first human being, an adorable baby girl named Elizabeth. This immediately becomes a media spectacle and ignites a firestorm of debate concerning the moral and religious implications of such a discovery. Soon, Dr. Reed and his family lose all sense of privacy and safety as they are swarmed by protesters and the media. Their biggest threat, however, could be Victor’s own secret.
“The most valuable resource we have in the universe is intelligence, which is simply information and computation; however, in order to be effective, technological intelligence has to be communicated in a way that helps humans take advantage of the knowledge gained. The optimal way to solve this problem is a combination of human and machine intelligence working together to solve the problems that matter most.” Read more
“SpaceX just announced an official contest open to university students and independent engineering teams. The company will release detailed rules, criteria, and tube specifications in August. … The challenge will be to build “human-scale pods” to be tested on the Hawthorne, California test track that will be built next to the SpaceX headquarters, but the company is careful to note that no humans will ride in the pods. All the designs submitted must be open source.”
When I hear that the conversation is about an ethical problem I anticipate that right now the people are going to put everything upside down and end with common sense. Appealing to ethics has always been the weapon of conservatism, the last resort of imbecility.
How does it work? At the beginning you have some ideas, but in the end it’s always a “no”. The person speaking on the behalf of ethics or bioethics is always against the progress, because he or she is being based on their own conjectures. What if the GMO foods will crawl out of the garden beds and eat us all? What if there will be inequality when some will use genetic engineering for their kids and some won’t? Let’s then close down the schools and universities – the main source of inequality. What if some will get the education and other won’t?
That’s exactly the position that Elon Musk took by fearing the advances in genetic engineering. Well, first of all, there already is plenty of inequality. It is mediated by social system, limited resources and genetic diversity. First of all, why should we strive for total equality? More precisely, why does the plank of equality has to be based on a low intellectual level? How bad is a world where the majority of people are scientists? How bad is a world where people live thousands of years and explore deep space? It’s actually genetic engineering that gives us these chances. From the #ethics point of view things are visa versa. It’s refusing the very possibility of helping people is a terrible deed. Let’s not improve a person, because if we do what if this person becomes better than everybody else? Let’s not treat this person, because if we do he might live longer than everybody else? Isn’t this complete nonsense?
Continue reading “It is Unethical Not to Use Genetic Engineering” »
