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  • September16th

    juan enriquez

    It’s a rollercoaster. Today I meet Juan Enriquez, described by himself as a ‘quasi-catholic in a Jesuit tradition’ and as a ‘renaissance futurist’ by his wife (whom I’m lucky enough to meet later). To be honest it’s hard to pigeon-hole Juan. His CV includes ‘peace negotiator’, ‘Harvard professor’, ‘urban development Tsar’ and ‘biotech investor’. During our conversation he says, “there’s only two things that matter: Nike and Nissan”. This strikes me as rather a trivial observation for one of America’s leading thinkers. He explains: ‘Just Do It and Enjoy the Ride’.

    He’s a surprisingly reserved and gentle man in person, for someone who says quite remarkable and often strikingly important things. Voted best teacher at Harvard he’s regularly called upon to speak on how the future might pan out. This year he opened the mighty TED talks. His address was typically powerful, thought-provoking and very funny. He has an ability to synthesise and distil difficult and interweaved concepts into something you can get hold of. His book As the Future Catches You is one of the best attempts to make sense of how biology and silicon are combining in extraordinary ways and is an essential read (I think that’s the first book I’ve ever said that about). It’ll take you two hours. “It started off as 3,000 pages and took me six years to condense,” he tells me, reminding me of one of my favourite quotes, from George Bernard Shaw, who once wrote to a friend, “Sorry I wrote a long letter, I did not have time to write a short one”. You can see some of the themes in it discussed in this TED talk:

    Juan describes his life as “a series of strange accidents”. ‘Strange accidents’ is rather a self-effacing way of describing an impressively eclectic powerhouse of a CV. Those “accidents” arguably started rolling off the conveyor belt when as a young man living in Mexico Juan walked into his parent’s room and said, ‘I’m not learning enough here, so I’m going to go to school in the US’. “I applied late, I had no idea it was hard to get into these places and even though I spoke English (my mother’s American) I’d never studied and written in English. I have no idea why I was admitted. I mean during the admission exam I was asked to write a paragraph and I asked ‘what’s a paragraph?’. I had no idea.”

    He describes feeling “utterly stupid” for his first semester but obviously caught up fast and maintained that accelerated intellectual velocity, being admitted to Harvard to study Government and Economics, after which he returned home to ‘change Mexico’ – a childhood ambition borne out a belief that his home nation too readily disadvantaged those not in the ruling class. “I always thought I would work in and change Mexico. I was bothered by the poverty I saw there.” He became the youngest Budget Director ever (in the Ministry of Planning and Budget), then returned to Harvard before being offered “a dream job” back in Mexico as head of the Urban development Corporation. So far, so impressive (especially when you consider that during his time in Mexico Juan was also part of the team that negotiated peace with the Chiapas Indians). And then Juan discovered something more important. A revolution that would not only affect Mexico but the entire world. And all because of some lonely looking geeky guy at a New Year’s Eve party.

    “I’m at a New Years party and there’s this guy is sitting over on a corner table by himself and I think ‘poor bastard, it’s New Years’ and I walk over and sit down and talk to him for the rest of the night. By the end of the evening we decided to sail across the Atlantic together in 2 weeks. By the end of that trip I had decided that I was going to change my entire career and learn biology.”

    The guy in question was a young Craig Venter, who went from being an obscure scientist to sequencing the first human genome. Juan recalls, “That conversation was so interesting, all of a sudden I thought ‘I want to leant about this.’ I wondered, who gets affected by this stuff? What does it do? What does it matter?” In fact, Juan was so interested in these questions, he set up the Life Sciences Project at Harvard Business School.

    "Poor bastard" - Juan Enriquez

    "Poor bastard" - Juan Enriquez

    In As the Future Catches You Juan writes:

    “Your future, that of your children, and that of your country depend on understanding a global economy driven by technology. Understanding code, particularly genetic code, is today’s most powerful technology”.

    We talk about this in the context of a society that actually doesn’t seem to be engaging with the implications of the genomics revolution (as I wasn’t before researching my own book). Juan says, “I worry that if you’re not educated in this stuff, you’re toast.” He’s very clear that new technologies quickly change the fate of nations, especially as knowledge becomes ever more accessible.

    “You don’t have to own a large piece of land or a lot of resources to get rich very quickly, but you do need to go to school. That didn’t use to be true. It used to be that it didn’t matter how smart you were, if you weren’t the king or part of the noble classes you were toast” (Juan likes the word ‘toast’).

    “Now you can get wealthy, and you can do it very quickly, but you have to do it through education. You see, the consequences of not being educated today are far different from what they were. You know, in the 1950s you had a high school diploma, you went to Detroit you did fine. That’s not true anymore.” So, it’s no pleasure for Juan to recount a meeting he attended along with the governor of Michigan three years ago with GM workers, where “60% didn’t consider it necessary for their kids to go to college. There are consequences of that decision.”

    Don't become this - go to school

    Don't become this - go to school

    This is one example of what Juan calls an ‘anti-intellectual backlash’. I wonder, given that today more and more people have access to knowledge, why he perceives a rejection of engaging with it, applying it, or understanding it in some quarters? It’s something Mark Bedau talked about when I was in Denmark and it’s something I see too. I call it ‘aspirations to mediocrity’ and it worries me, because if you’re not informed you’re out of the loop, and you can get left behind. And people who get left behind tend to get angry at some point.

    Juan argues that to succeed as a nation, a corporation, an individual you have to be agile, to adapt. “It took me a damn long time to figure out. It’s Darwin. It’s the ability to adapt and adopt. It’s not the most powerful who survive, it those who best adapt to change.”

    “In the US there’s powerful anti-intellectual tradition that battles against the aspirations of the founding fathers. One of the most important things that people keep forgetting about America and the reason why I think America became truly a world power is because so many of the founders were adamant about education and science. Just look at Franklin, or Jefferson and you’ll see people deeply committed to critical thinking and education. There was a huge tradition of science and technology education, freedom of inquiry and that’s powered this country in an extraordinary way. But there’s a backlash to that.”

    Juan believes the backlash is born of (reasonable) fear. “If you look at and a lot of the things that we’re building, they’re scary as hell to some people. You talk about programming cells or sentient robots or evolution of the species using technology – that is profoundly disturbing to some people because this stuff is very powerful. It upends industries, it changes how long we live, it changes what our kids may look like. I look at that stuff and say, ‘OK, it allows people who couldn’t have children to have children. We’re going to do away with some of the diseases, and so on’. Other people look at that in absolute horror. They say, ‘Stop the world. This isn’t natural. This isn’t what God ordered. I want to get off.’ They’re looking for an element of stability and certainty. This desire tends to manifest most during the periods of fastest change, like now. You want something to hold on to. And if you’re not part of that ride, if you don’t think you can play in that game then you get this anti-intellectual counterpoint.”

    Hello creationism.

    It strikes me that maybe one of the implicit drivers behind the creationism renaissance is so profound a fear of the possibility of us deliberately evolving into something else (Juan dubs this next technology-enhanced hominid homo evolutis) that one line of defence is to deny evolution’s central role in the world. In the Edge Foundation’s lovely book What are you optimistic about? Juan wrote an essay in which he said that our change as a species “will involve an ever-faster accumulation of small, useful improvements that eventually turn homo sapiens into a new hominid. We will likely see glimpses of this long-lived, partly mechanical, partly regrown creature that continues to rapidly drive its own evolution. …many of our grandchildren will likely engineer themselves into what we would consider a new species, one with extraordinary capabilities”. Intelligent design indeed. If you’re religious (or even if you’re not) it’s no surprise that the ‘Man playing God’ argument is strongly attractive. It’s a worry for a lot of people, and, I’d say, not an unreasonable one.

    Juan isn’t worried about our self-directed evolution. “The notion of evolving into something else is terrifying until you consider the question ‘Are Russ Limbaugh and Howard Stern the be all and end all of evolution?’ If that’s all she wrote, then I’m scared. I look at this stuff and say, ‘if my kids could live 200 years with a good quality of life, if they could see a lot further than I could, if the could re-grow their joints, if they can hear a lot better than I can, if they could have brains that were 50 times as powerful as mine? Good for them. Cool. I’d rather things carry on.’ ”

    Evolutionary work-in-progress 1

    Evolutionary work-in-progress 1

    Evolutionary work-in-progress 2

    Evolutionary work-in-progress 2

    But can our moral frameworks keep up? (Einstein famously said “It has become appallingly obvious that out technology has exceeded our humanity”.) Juan has an interesting observation. “To me religion looks like an evolutionary tree. Every civilisation has to a greater or lesser extent some religious moral background. There has to be some evolutionary advantage to having that kind of moral backbone and that kind of belief system, and I think it’s because it traces how you move from a hunter-gatherer society, where everybody knows each other and watches each other all day, into a town, into a city, into an empire… And just like most animals almost every religion and God has gone extinct. The interesting question is which ones survive and how do they survive and how do those moral backbones evolve? And what does a moral ethical background look like, should you start to speciate, should you start to alter fundamental characteristics of what we consider human?”

    One thing history has taught us is that knowledge advances no matter how hard you try to suppress it. As Septimus Hodge says in Tom Stoppard’s Arcadia “You do not suppose, my lady, that if all of Archimedes had been hiding in the great library of Alexandria, we would be at a loss for a corkscrew?” You can stop knowledge’s advance in some places for a while if you’re brutally draconian or conservative but not for long – and the more technology allows autonomy of the individual (from wireless internet access to the world’s knowledge, to power independence through solar technology) the harder it becomes to suppress the spirit of enquiry that characterises enough of the human race to ensure that the growth of knowledge marches on. It’s harder to stop people discovering stuff when we aim to give a laptop to every child. “When you start putting every MIT course online, when kids start having access to TED talks…” Juan looks into space. “You know, knowledge is the great equaliser”. Knowledge is growing exponentially, and for those who want to engage, access to it is becoming easier.

    I return to my current preoccupation – what moral frameworks are useful in this ever changing world? Well, if we take the evolutionary argument, it’s the ones that adapt and adopt. Those belief systems that are agile enough to keep us kind while embracing change are likely to prevail. If there is an evolutionary advantage to having a moral set of beliefs or a God that embodies them then you can’t keep your God static. Your God better evolve with you. This, I think, doesn’t mean watering down the essential need for compassion, it means helping us work out how to continually keep it central to what we do in a rapidly changing world. This is why Karen Armstrong’s ‘Charter for Compassion’ is so interesting.

    The future won’t be a smooth ride. “Things evolve at different times at different paces, people make different choices and that’s one of the reason countries disappear so often. There really are consequences to your choices. If you choose to shut your doors and not follow technology you will vapourise your sovereignty. So, there are galactically stupid policies as far as individual countries are concerned. The future of the species worries me a lot less”

    One thing Juan is worried about is what happens to those nations that don’t engage with the knowledge revolution. “There’s going to be a great deal more failed states. That’s bad. I mean there used to a restructuring mechanism for failed states – Genghis Khan would come by and install a government. Today, in a knowledge economy, why would you want to go and take over a failed state?”

    I’d argue that a failed state represents an opportunity, an under-utilised platform of potential human innovation. After all, Singapore was a failed state 50 years ago, an example Juan uses regularly to demonstrate how nations can turn themselves around in short order if they invest in education and knowledge creation. Perhaps it won’t be Genghis Kahn coming by looking for natural resources, perhaps it’ll be Craig Venter or Google looking for untapped smarts. Let’s insist they bring Karen Armstrong with them.

    I’ll leave the interview there – if I covered everything we spoke about I’d be writing the book. There’s a lot of ideas here I’m still not pulling together coherently, but it’s a start and I welcome comment.

    By coincidence my interaction with Juan doesn’t end when I say goodbye to him at his office. I bump into him and his wife – a warm and sociable curator – at the airport, flying to New York to celebrate their anniversary. It’s a rare opportunity to discuss things ‘off topic’ and it’s nice to hear them talk warmly of their children and upcoming birthday celebrations. There’s something deeply comforting about hearing one of the most interesting thinkers on the planet discuss what flavour of birthday cake to get.

    It's not just the future I think about...

    It's not just the future I think about...

    I arrive in New York and make my way to Long Island City, where I’m staying with my friend Colin, a neuroscientist that I once shared a house with in London, and a man equally caressed by doubt and genius. He’s actually in San Diego tonight being courted by a biotech research laboratory so I have his place to myself. The apartment is full of papers with titles like: “Hippocampal CA3 output is crucial for ripple-associated reactivation and consolidation of memory”. What’s different about seeing this sort of thing today as compared to coming across similarly titled documents during the time we lived together is that now I want to pick these things up and understand them. Not tonight though, my mind is full of everything I’ve learned in Boston – I feel like a glass of wine.

    Round the corner from Colin’s I find a great little wine bar called Domaine where I fall into a long conversation with Johanna, a friend of the owners and a fashion designer originally from Peurto Rico. In the end we talk for about 5 hours, drinking fine wine provided by the establishment and cover every subject from religion to politics to art to relationships. It’s just what I need and a perfect New York kind of evening, the city where you can meet just about anyone if you’re willing to start a conversation…

  • September11th

    Boston13

    Today I meet George Church, professor of genetics at Harvard Medical School, a towering intellect and, as it turns out, a generous, warm and funny guy.

    I’m exhausted before I meet George. I’ve been cramming as much knowledge into my head as I can about the areas he works in. I don’t want to squander my opportunity with one of the fathers of the genetic age. I’m worried that my weariness will affect my concentration during the interview and as I approach 77 Avenue Louis Pasteur I’m almost dead on my feet. I have a splitting headache and feel deeply fatigued. Suddenly travelling, research, a couple of night’s fitful sleep and doing gigs in the evening has caught up with me. Pull it together Mark.

    Despite my tiredness I can’t help but be amused by a sign found all around the Harvard Medical School campus…

    Harvards smoking plan

    Some of the cleverest people on the planet work at Harvard Medical school – but it’s heartening to think that even they may sometimes need some help telling ‘inside’ from ‘outside’. 

    As soon as I sit down with George my tiredness vanishes. We’ve two hours allotted, which is generous given his standing. We talk in the end for four, and get on well. He likes the idea of the book and is a passionate advocate of communicating the implications of the genetic age to wider audiences. I’m a conduit. And really, when it comes to feeling tired, I can hardly complain. George is a narcoleptic.

    Perhaps one of the cornerstones of my book will be trying to convey just how deeply incredible and mind-blowing cells and the genetic apparatus they contain are. We are entering the genetic age where, within my lifetime, I am now convinced children in many nations will have their genome sequenced at birth. In the future you may well be given a user manual for you as your very first birthday present. Your genetic heritage and its implications will be accessible to you.

    If like me, you’ve heard the words ‘gene’, ‘genome’ and ‘DNA’ a lot, but not really understood the implications then you’re in for a shock. A good one I think. As I researched deeper into the subject I had numerous ‘Bugger me!’ moments.

    Imagine if you will that someone plonked a computer into the middle of a society that had never seen one. Imagine they start to examine it, first understanding and making sense of the different components parts, until after long years of study they discover that patterns of material they’ve found at various places throughout the computer are code. Sets of instructions. Then they learn to decipher the code. They can read it. Then they learn to alter it. Now the computer isn’t an impenetrable curio, now they can change it. It becomes a tool.

    Now replace the word ‘computer’ in the last paragraph with ‘human’ and you’ve got an idea of where biology has got to. You’re full of code. Code that we can now read, and potentially ‘fix’ and change. Stop for a second. Think about it. You’re full of code. In fact, every single one of your cells has code in it. Most cells have the entire code that describes you wrapped up inside. A trillion infinitesimal USB sticks of data that define how you are made.

    Some people call DNA a ‘blueprint’ but, as George and I discuss, it’s more a cookbook of recipes for all the different parts of you. Understanding not only the cookbook, but how particular cells choose which recipes to make, in what quantities, and how the external environment affects the chef is the challenge genetic medicine now faces.

    We’re just at the beginning of the genetic age. Juan Enriquez (who I’m seeing on Wednesday) makes the analogy that as explorers we have a genetic continent to discover, and so far we’ve mapped a part of the coast. Whilst the ‘code’ you are given at birth is important to understand, how that code is interpreted as we age, or affected by what we eat, drink and do (or ‘expressed’ in genetic parlance) is not fully understood. Or to put it another way, the interaction between us and our environment is yet to be made of sense of, genetically speaking.

    To this end George has set up the Personal Genome Project (PGP) – which is recruiting 100,000 volunteers who are “willing to share their genome sequence and many types of personal information with the research community” in order to “advance our understanding of genetic and environmental contributions to human traits and to improve our ability to diagnose, treat, and prevent illness”. Or, to put it another way to work out why some people who drink and smoke like crazy don’t get really ill, while most of us would. I’m one of the volunteers (for the PGP, not the drinking and smoking). George has put his money where his mouth is. Want to see his genome? Go here. See, I wasn’t joking about the narcolepsy.

    Anyway, if I started now on everything we discussed I’d have no time to prepare for my interviews next week. Suffice to say we covered ethics, engineering, gene therapy, synthetic biology, sociology and politics. And then he took me for a beer.

    I’ll return to the subject of genetics in future posts… for now, I need a brain rest.

  • September9th

    Boston7

    Cynthia Breazeal

    Met with Cynthia Breazeal today… and it was great. But, before I headed over to the MIT Personal Robotics Lab I headed to Harvard Square to buy the chocolates that were a condition of my interview. You see, Cynthia doesn’t talk to that many people. As her formidable PA, Polly Guggenheim keeps telling me every time we speak ‘Do you know how many people I turn down?’ reminding me of my special and precarious position… At one point during my negotiations with Polly she says, “I’m maybe of a mind to grant you an interview…” to which I reply, “So, what does it take?”. “Honestly?” she says. “Chocolate. Good dark chocolate”. 

    Therefore my first trip of the day is to L.A. Burdick, fine chocolatiers with a store in Harvard Square. On my walk there I pass an aggressively drunk tramp shouting vigourously to no-one in particular. As I draw closer to him I realise that, like most of the aggressive drunk tramps I’ve witnessed, he has a broad Scottish accent. Does Scotland export these globally then? I thought it was just a UK thing. Then a theory strikes me. Maybe most of them aren’t Scottish. Perhaps something about the itinerant alcoholic lifestyle alters the vocal chords to makes one sound Scottish, giving that proud nation an unfortunate cadre of fake ambassadors around the planet. I have a short fantasy about asking him where he’s from and receiving the reply ‘Rio de Janeiro, pal!’ Or maybe, after all, the Scots are just better at producing drunken tramps than other nations… I’d like to see a study.

    I deliver the chocolates to the Personal Robotics lab and they are received first with detailed inspection, then approval. I’ve done well, getting the interview off to a good start. In fact I’m invited to share the chocolates, being told that the antioxidants within will do me good. I decline. I want all that chocolate goodwill going into the interview.

    Cynthia is a generous interviewee, but clearly has no time for waffle. She speaks voluminously in response to my questions but with great efficiency. Our talk ranges from robot architectures, to machine intelligence, to the economic impacts of robotics, to the ethics of sociable machines – taking in learning and developmental psychology along the way. Early on in our conversation she says she’s driven by a vision of robots “as interesting personalities in their own right, robots crossing over into what we would consider living systems that relate to us” – not what robots are now, but what they could be. She’s very clear to draw a distinction between robot personalities and human personalities. A constant refrain in our talk is that she is not trying to, and indeed sees little value in creating artificial humans. She talks of human-robot relations as a new kind of relationship. She talks of robot emotions, not human emotions. “Robots aren’t humans, right?”

    Cynthia operates in a world that is both interdisciplanary (bringing together mechanics, computing, artificial intelligence, animation, cognitive and development psychology) and dogged by ‘definitional problems’. How for instance do you know if your robot is ‘alive’ or ‘conscious’ when no definition of what ‘life’ of ‘consciousness’ can be agreed on? Indeed, one of the contributions social robotics may make to our knowledge is helping us to define those terms, another driver behind Cynthia’s work. “We’re starting to see sociable robots as a very intriguing way to learn about people”.

    The full interview, of course, will be in the book, along with, I hope, a new term to replace ‘robot’ which Cynthia and I discussed as being a loaded term, and no longer representative of the sociable machines she imagines will share our future. She’s tasked me with coming up with that term… and I think I’ve got it, but will sit with it for a while…

    Following our interview I ‘meet’ the world’s most famous sociable robot, Leonardo, although he’s sadly, switched off. But I urge you to watch this video of Leo in action – and glimpse something of the future of sociable machines…

  • September7th

    I arrive in Boston tired after a long journey from Guildford, via Woking, Heathrow and a nice chat on the plane with Ryan, a undergraduate physics student at Brown University (which has recently entered the public consciousness in the UK, it being the choice of Harry Potter actress Emma Watson). We have a long chat about genetics (he’s reading Dawkins’ The Selfish Gene) the Large Hadron Collider (he’s not a big fan, saying that the money spent on it could have funded thousands of other labs globally) and what to call meals when your flying between timezones. We can’t decide whether it’s ‘Linner’ or ‘Dunch’. Thinking about the LHC, its current ‘out of operation’ status is something of an embarassment all round, not least I suspect for the person who had to make the phonecall to all the funders… ‘What do you mean it’s the parts and the labour?!’

    Hungry, I find a seafood bar near my hotel, where I’m rewarded with a cool beer and the hugest starter I’ve witnessed, well, since the last time I was in the US. Even in these first few hours Boston reveals itself to be a town that values intellect. My waitress is training to be a pychotherapist after quitting her job as a producer at ABC and I chat to senior couple (childhood sweethearts) one of whom worked on Byte magazine, which was something of a sacred text for computer geeks everywhere in the late 70s. Before going to bed I e-mail my article about the psychology of humour to The Telegraph and note with amusement that they’ve let me have my gags about Ed Milliband (Labour) and Lembit Opik (Liberal Democrat) but have removed my suggestion that Tory’s get caught naked more often than representatives of other political parties. Hmmm. I’ll refrain from wondering what this says about The Telegraph’s sense of humour.

    A jet-lagged inspired early rise the next day sees me set of to explore Boston, which is deserted. I put this down to the early hour but it stays ominously quiet. Outside the MIT media lab (where I’ll interview Cynthia Breazeal on Wednesday) I meet a grumpy PhD who explains it’s a national holiday, ‘Labor Day’ (like William Shatner, a Canadian import). He’s not happy, explaining he’s left completing his doctoral dissertation a little late, hence having to work on a holiday that traditionally marks the end of summer for US citizens.

    The day warms into one of pure summery goodness (if this is the last day of summer it’s going out on a high) and I walk and walk and walk. All in all I’m out for 8 hours, and walking for 7 of them. In the Public Gardens I stumble on a large demonstration in support of President Obama’s proposed health reforms. It’s interesting to think that while I’m here I’ll be meeting scientists that may make many of the conditions that these demonstrators believe need legislative reform to provide equitable treatment a thing of the past. Indeed, my research on the genomics revolution shows it has the potential to drastically reduce the healthcare burden in all societies… but as ever politics will need to play its part. Let’s hope it’s an equitable one. Genomics has applications in reducing the cost of health care but also raises the ugly spectre of insurance firms turning you down for cover based on a risk-assessment of your genome.

    I chat to a few of the demonstrators and ask why they think some people are anti-reform. A few mention the worry it’s ‘socialism by the back door’. In America it seems anything that might have the word ‘socialist’ attached to it is treated like one of the ugly tumours genetic medicine may banish. It strikes me as sad that the word has become devalued by misinterpretation, like ‘feminism’ seems to have and, to a certain extent, ‘optimism’. One thing that is bothering me is that everyone I speak to asks me where in Australia I’m from.

    Boston is a city built on learning. You can’t move for college campuses. I wander to Harvard Medical School, where I’ll interview Professor of Genetics George Church on Friday and feel slightly awed by how important the building on 77 Louis Pasteur Avenue is in relation to the future of medicine and synthetic biology.

    Today, by contrast, was a research day, reading up on sociable robots… and comedy clubs in the city. I’ve scored a gig tomorrow night at Mottley’s Comedy Club which should be fun, my first gig in the states…

    I’ve just stayed up to do an interview on BBC Radio Wales about the psychology of humour, it’s 1:40am. Time for bed.

  • August28th

    I’m very happy to have secured Juan Enriquez and an interviewee for the book.

    Don’t know who he is? Juan Enriquez is one of the leading authorities on the impact of ‘the life sciences’ on our economies and philosophy. He’s the CEO of Biotechonomy (a life sciences research and investment firm) and was the founding director of the Life Sciences Project at Harvard Business School. He’s mates with everyone who is anyone in the life sciences field, and spreads his formidable intellect between business, science and international politics. Of the same standing as a thinker as Ray Kurzweil (who I’m meeting, I hope, in January) he’s ‘Mr. Big Picture’ when it comes to genomics. He’s probably got a better view of where the science is leading us than most. I’m quite surprised (but very happy) he agreed to be interviewed. Enriquez believes that humans will be increasingly controlling the code of life and the ‘new maps of life’ will profoundly affect countries, business, religion and ethics. “There is a whole genomic continent to discover, and we’ve just mapped part of the coastline so far.”

    To get a (great) flavour, you might enjoy this (I did):

    And if you haven’t read it, then his ‘As the future catches you’ is compulsive (yet surprisingly easy) reading…