What scientific milestones have shaped humanity?
Adam Bly is the founder and editor-in-chief of Seed Magazine and the Chairman/CEO of Seed Media Group. Seed is a bi-monthly science magazine based out of New York and is distributed internationally. The magazine looks at issues located at the intersection of science and society. In 2007, Seed was nominated for two National Magazine Awards.
At 16, Bly was the youngest researcher at the National Research Council of Cancer, where he spent three years studying cell adhesion and cancer. Bly has received many international prizes, including being selected as a Young Global Leader by the World Economic Forum in 2007, and has also received the Jubilee Medal. Bly lives in New York City.
Question: What scientific milestones have shaped humanity?
Adam Bly: I think, you know, there are far too many because I think that . . . You know they are obviously the highlights of the 20th century. And certainly the highlight scientific discoveries of the 20th century have been an important ending with, you know . . . starting with Einstein and ending with the human genome project. And each one in between has obviously had, by now we know, great material value on our economies, societies, lives. We’ve cured disease as a certain landmark of the 20th century. So to, you know, reintroduce them into our thinking into the 21st century, to me they’re proven. To me they are . . . They have achieved great social value. I think that we’re kind of at a point now where there are some leftover questions from the 20th century that are carrying forward into the 21st that arise as a result of some great discoveries in the 20th century that have caused us to rethink many things at this cusp of, you know, we’re at this 21st century. And those are like Einstein and Newton both having really good ideas, but their really good idea is not kind of jiving when you put them together. And Einstein really believing in the pursuit of a unified theory of something that would marry the very, very big and the very, very, very small and move towards a theory of everything. And that was one of Einstein’s . . . What is one of Einstein’s intellectual legacies is the absence of the unified theory that he attempted to conceive of. And so it is one of the major thrusts of modern science now, and it does shape a lot of our discourse and the way we think about science to move in this direction of a kind of big unification in physics. I think that we now have the human genome mapped. We’re accelerating the mapping of the human genome. We’re mapping more things. We’re seeing how similar or dissimilar we are to each other and other species. We’re seeing the importance of R&A versus DNA as a . . . maybe something that might change a little bit our notions of some of the central paradigms of biology. And that’s gonna force us to start thinking in a kind of post-genomic way of what we do with all of this. And so I think the human genome project at the end of the 20th century has led us now with data, with comparisons, with tools, with new insights. And so it can spur a new way of thinking in a more systems way of how do we bring all of these different pieces together. And this is where . . . And again in neuroscience, we’re seeing starting . . . We’re starting to see the incorporation of greater computer science and computational neuroscience . . . computational biology mashing up with neuroscience. We’re seeing biologists turn to physicists for their skills in creating bigger theories. We’re seeing ecologists working with computer sciences to create more comprehensive technological tools to survey the planet and look at biodiversity. So I think probably the most interesting force at play in science right now where we are is that the promise of interdisciplinary research is proving true. When you map, as we’ve done at Seed, all of the papers published over a given time – I think we did over a year or two years, looked at hundreds of thousands of research papers – and start to see what paradigms have been identified, and then map them by discipline and see what relationships they have, it’s in fact the new bridges between disciplines; the new mash ups that are taking shape today that I think are going to define our . . . the way we tackle problems. We’re starting to build institutes in science today that are less organized by discipline as they were in the 20th century by biology, physics, chemistry, but by the question we’re trying to solve; so an institute for infectious diseases that may bring together physicists, mathematicians, biologists, infectious disease people, and sociologists. Or we’re looking at, you know, behavior. And it may bring together neuroscientists, economists, and psychologists, and you know linguists. And so I think that . . . I think that this is an interesting reform that’s taking place as a result of some of the sort of big institutions, and big amounts of data, and big projects that got completed in the second half of the 20th century. And now we’re kind of looking at it all and saying, you know, “Well what next?” And the coming together of disciplines to advance our understanding is really, I think, one of the most exciting hallmarks of where we are right now in science.
Recorded on: 10/17/07
Bly looks forward to more mapping, more cross-fertilization among the scientific disciplines.
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