Blog Archive for the ‘Seminars’ Category

navigateleft Older Articles   

Larry Harvey Seminar Media

Posted on Monday, October 27th, 02014 by Andrew Warner
link   Categories: Announcements, Seminars   chat 0 Comments

This lecture was presented as part of The Long Now Foundation’s monthly Seminars About Long-term Thinking.

Why The Man Keeps Burning

Monday October 20, 02014 – San Francisco

Audio is up on the Harvey Seminar page, or you can subscribe to our podcast.

*********************

The Hundred Year Burn – a summary by Paul Saffo

Stewart Brand’s flight from London was delayed causing him to miss this talk, so this months Seminar was hosted by Long Now executive director Alexander Rose, and the write up is by board member Paul Saffo.

Burning Man is like one of those birthday candles you can’t blow out,” observed Burning Man’s primary founder and Chief Philosophical Officer. Indeed, Burning Man has thrived in the face of Burners and skeptics alike declaring it dead after each of its first 25 years. Too big, too fashionable, too many rich people, too hard to get in: each year the rationale changes, and Burning Man continues to thrive.

Half of the secret is simplicity. Consider the Man. Before anything exists on the playa, Burning Man begins with a single stake pounded into the ground marking the spot where the Man will stand. This is the axis mundi of Burning Man, the point on which everything converges, from the radiating streets to the final ritual of the burn. The stake itself is the object of a spontaneous ritual: as it is placed each year, each crew-member gives the stake a few hammer-blows to drive it in.

The other half of Burning Man’s secret is transformation. “Just when you are done with one existential challenge, then you encounter another.” For example, in recent years, forty percent of Burning Man’s population are newcomers. “I am pretty comfortable with that – it is new energy that keeps things very much alive,” observed Harvey.

Burning Man is now setting on a course to thrive for another 75 years. Its Ten Principles are the compass and the newly established Philosophical Center is the think tank and “collective memory and conscience” helping guide Burning Man on this 100-year journey. Harvey observed that, “Corporations have a remarkably short life-span, while cities have a remarkably long life-span – drop an atom bomb on it and it comes right back. We will find our way. It always looks dubious when we set out because we are setting out in the dark. But your faith always guides you.” Our advice: mark your calendar for the last Monday of August 02090 and sign up early; the tickets are certain to sell out fast.

Subscribe to our Seminar email list for updates and summaries.

Mark Lynas: 9 Planetary Boundaries, Finessing the Anthropocene — Seminar Flashback

Posted on Friday, October 17th, 02014 by Mikl Em
link   Categories: Long Term Science, Seminars   chat 0 Comments

“The Holocene is over and welcome to the Anthropocene our very uniquely human geological era.” In March 02012 environmental activist and author Mark Lynas gave a sobering assessment of Earth in the Anthropocene.

Lynas offers a framework for tracking the health of our planet, outlining nine measurable “boundaries” that if crossed threaten the well-being of humans on Earth. And some already had been crossed in 02012. These systems go beyond climate and biodiversity to measures like ocean acidification, atmospheric aerosols, and excess nitrogen in agriculture.

Long Now members can watch this video here. The audio is free for everyone on the Seminar page and via podcastLong Now members can see all Seminar videos in HD. Video of the 12 most recent Seminars is also free for all to view.

From Stewart Brand’s summary of the talk (in full here):

We’ve raised the temperature of the Earth system, reduced the alkalinity of the oceans, altered the chemistry of the atmosphere, changed the reflectivity of the planet, hugely affected the distribution of freshwater, and killed off many of the species that share the planet with us. [...] Some of those global alterations made by humans may be approaching tipping points—thresholds—that could destabilize the whole Earth system.

Mark Lynas‘ books include Six Degrees (which Stewart Brand called one of the finest books written on climate), The God Species: How the Planet Can Survive the Age of Humans, and most recently Nuclear 2.0: Why a Green Future Needs Nuclear Power (02014). He is a member of the World Economic Forum’s Global Agenda Council on Decarbonising Energy, which focuses on sustainable energy to mitigate climate change.

Mark Lynas: Nine Planetary Boundaries, Finessing the Anthropocene

The Seminars About Long-term Thinking series began in 02003 and is presented each month live in San Francisco. It is curated and hosted by Long Now’s President Stewart Brand. Seminar audio is available to all via podcast.

Everyone can watch full video of the 12 most recent Long Now Seminars. Long Now members can watch this video in full—you must be logged in to the site—and the full ten years of Seminars in HD. Membership levels start at $8/month and include lots of benefits.

You can join Long Now here.

Kevin Kelly Seminar Tickets

Posted on Thursday, October 16th, 02014 by Andrew Warner
link   Categories: Announcements, Seminars   chat 0 Comments

 

The Long Now Foundation’s monthly

Seminars About Long-term Thinking

Kevin Kelly presents Technium Unbound

Kevin Kelly presents “Technium Unbound”

TICKETS

Wednesday November 12, 02014 at 7:30pm SFJAZZ Center

Long Now Members can reserve 2 seats, join today! General Tickets $15

 

About this Seminar:

What comes after the Internet? What is bigger than the web? What will produce more wealth than all the startups to date? The answer is a planetary super-organism comprised of 4 billion mobile phones, 80 quintillion transistor chips, a million miles of fiber optic cables, and 6 billion human minds all wired together. The whole thing acts like a single organism, with its own behavior and character — but at a scale we have little experience with.

This is more than just a metaphor. Kelly takes the idea of a global super-organism seriously by describing what we know about it so far, how it is growing, where its boundaries are, and what it will mean for us as individuals and collectively. Both the smallest one-person enterprises today, and the largest mega-corporations on Earth, will have to learn to how this Technium operates, and how to exploit it.

Larry Harvey Seminar Primer

Posted on Monday, October 13th, 02014 by Andrew Warner
link   Categories: Long Term Art, Seminars   chat 0 Comments

On Monday, October 20th, Larry Harvey speaks for Long Now on “Why The Man Keeps Burning,” as part of our monthly Seminars About Long-term Thinking. Each month the Seminar Primer gives you some background about the speaker, including links to learn even more.

Burning Man started with humble beginnings in 01986 with 20 people on a beach. Twenty-eight years later, it’s one of the premiere arts festival in the country, with over 66,000 people attending annually, dozens of satellite events, and a vibrant international community. In one sense, Burning Man is an event that only happens for one week per year in a remote desert in Nevada. In another sense, it’s a massive global phenomenon that supports thousands of artists, causes, and technologies.

What sets Burning Man apart from other large-scale festivals is its focus on participation. The organizers set up the infrastructure of “Black Rock City” (including roads, portapotties, ice, DMV, medical, post offices, etc.) and then attendees become the citizens and bring life to the desert through hundreds of art pieces, mutant vehicles, and theme camps. This personal investment of time, money and creativity by participants far exceeds what the the festival organizers could do if they were planning the Burning Man event in the traditional sense.

How does something as outrageous as a temporary city of art built in the middle of the desert come about? It all began on a small beach in San Francisco and an “event” organized by Larry Harvey and a group of his artist, prankster friends. In 01986 the first wooden figure they built was only 8-feet tall. The attendees were all members of the San Francisco Cacophony Society, a group of artists and mischief makers also associated with Santarchy, urban exploration, and Art Cars. The beach version of Burning Man became an annual event, but was subsequently shutdown by local authorities.

Harvey and others made the decision to relocate the event to the dramatic but inhospitable environment of the Black Rock Desert in Pershing Country, Nevada. This changed the scale of the event and opened up a world of possibilities for Burning Man to become the festival it is today. It has grown in size, budget, ambition, and notoriety virtually every year since moving to Nevada. Along the way it went legit, fully permitted and coordination with county governments and the Bureau of Land Management.

And through it all Larry Harvey has been a part of steering and scaling up this arts oasis in the desert. He serves as Burning Man’s Chief Philosophical Officer and authored the Ten Principles in 02004, guidelines which reflect “the community’s ethos and culture” and assure Burning Man a reference point as it grows in Black Rock and all over the world. Harvey continues also as founding Board Member of the Burning Man Art Project and Chairman of the Board of the Black Rock Arts Foundation.

There have been rough spots along the way, as the man has grown from eight to over 100 feet and a 20 person party on the beach has become 60,000+ paying hundreds of dollars per ticket. Over the years much has changed and many issues have stirred concern in the community that the festival could be destroyed by some new policy or other development: “Scaling up will kill Burning Man.”  “That new rule will kill Burning Man.”  “The Bureau of Land Management will kill Burning Man.”  “Selling tickets that way will kill Burning Man.”  “Board infighting will kill Burning Man.”  “Upscale turnkey camps will kill Burning Man.”

It turns out none of these things killed Burning Man, and Burning Man shows few signs of slowing down. The Black Rock Arts Foundation (BRAF) gives hundreds of thousands of dollars in grants every year to Burning Man projects as well as public art projects in San Francisco and around the world. The “regional burns” have created strong communities globally based around smaller satellite festivals which take cues from the Ten Principles.

A few examples of the art that BRAF has helped make possible:

Raygun Gothic Rocketship photo by David Yu

The Raygun Gothic Rocketship in San Francisco by Five Ton Crane (5TC) photo by David Yu

Soma at Burning Man photo by Scott Hess

Flaming Lotus Girls’ Soma at Burning Man photo by Scott Hess

The Dandelion photo George Post

From Market Street Blooms by Karen Cusolito at UN Plaza, San Francisco photo by George Post

The Bottlecap Gazebo in Fernley, Nevada; photo courtesy of Jerry Mansker

The Bottlecap Gazebo by Max Poynton and Andrew Grinberg in Fernley, Nevada; photo courtesy of Jerry Mansker

Join us on Monday, October 20th at SFJAZZ Center as Larry Harvey, who has been there from the beginning to the present, tells the story of Burning Man and shows us how we can find long-term thinking in a reoccurring temporary city.

This Seminar is sold out, but there will be a walk-up line for released tickets.

 

Drew Endy Seminar Media

Posted on Thursday, October 2nd, 02014 by Andrew Warner
link   Categories: Announcements, Seminars   chat 0 Comments

This lecture was presented as part of The Long Now Foundation’s monthly Seminars About Long-term Thinking.

The iGEM Revolution

Tuesday September 16, 02014 – San Francisco

Video is up on the Endy Seminar page.

*********************

Audio is up on the Endy Seminar page, or you can subscribe to our podcast.

*********************

Massively collaborative synthetic biology – a summary by Stewart Brand

Natural genomes are nearly impossible to figure out, Endy began, because they were evolved, not designed. Everything is context dependent, tangled, and often unique. So most biotech efforts become herculean. It cost $25 million to develop a way to biosynthesize the malaria drug artemisinin, for example. Yet the field has so much promise that most of what biotechnology can do hasn’t even been imagined yet.

How could the nearly-impossible be made easy? Could biology become programmable? Endy asked Lynn Conway, the legendary inventer of efficient chip design and manufacturing, how to proceed. She said, “Go meta.” If the recrafting of DNA is viewed from a meta perspective, the standard engineering cycle—Design, Build, Test, Design better, etc.—requires a framework of DNA Synthesis, using Standards, understood with Abstraction, leading to better Synthesis, etc.

“In 2003 at MIT,” Endy said, “we didn’t know how to teach it, but we thought that maybe working with students we could figure out how to learn it.” It would be learning-by-building. So began a student project to engineer a biological oscillator—a genetic blinker—which led next year to several teams creating new life forms, which led to the burgeoning iGEM phenomenon. Tom Knight came up with the idea of standard genetic parts, like Lego blocks, now called BioBricks. Randy Rettberg declared that cooperation had to be the essence of the work, both within teams (which would compete) and among all the participants to develop the vast collaborative enterprise that became the iGEM universe—students creating new BioBricks (now 10,000+) and meeting at the annual Jamboree in Boston (this year there are 2,500 competitors from 32 countries). “iGEM” stands for International Genetically Engineered Machine.

Playfulness helps, Endy said. Homo faber needs homo ludens—man-the-player makes a better man-the-maker. In 2009 ten teenagers with $25,000 in sixteen weeks developed the ability to create E. coli in a variety of colors. They called it E. chromi. What could you do with pigmented intestinal microbes? “The students were nerding out.” They talked to designers and came up with the idea of using colors in poop for diagnosis. By 2049, they proposed, there could be a “Scatalog” for color matching of various ailments such as colon cancer. “It would be more pleasant than colonoscopy.”

The rationale for BioBricks is that “standardization enables coordination of labor among parties and over time.” For the system to work well depends on total access to the tools. “I want free-to-use language for programming life,” said Endy. The stated goal of the iGEM revolutionaries is “to benefit all people and the planet.” After ten years there are now over 20,000 of them all over the world guiding the leading edges of biotechnology in that direction.

During the Q&A, Endy told a story from his graduate engineering seminar at Dartmouth. The students were excited that the famed engineer and scientist Arthur Kantrowitz was going to lead a session on sustainability. They were shocked when he told them, “‘Sustainability‘ is the most dangerous thing I’ve ever encountered. My job today is to explain two things to you. One, pessimism is a self-fulfilling prophecy. Two, optimism is a self-fulfilling prophecy.”

Subscribe to our Seminar email list for updates and summaries.

Adam Steltzner: Beyond Mars, Earth— A Seminar Flashback

Posted on Saturday, September 27th, 02014 by Mikl Em
link   Categories: Seminars, Technology   chat 0 Comments

In October 02013 NASA engineer Adam Steltzner spoke for Long Now about landing Curiosity on Mars. In Beyond Mars, Earth, Steltzner gives an insiders view of previous Mars missions leading up to his team’s incredible feat of landing the Curiosity rover safely on the planet’s surface. More broadly he ponders why humans have the need to explore and where we may go next.

Video of the 12 most recent Seminars is free for all to view. Beyond Mars, Earth is a recent SALT talk, free for public viewing until September 02014. Listen to SALT audio free on our Seminar pages and via podcastLong Now members can see all Seminar videos in HD.

This month our Seminar About Long-term Thinking (SALT) ”flashbacks” highlight Space-themed talks, as we lead up to Ariel Waldman’s The Future of Human Space Flight at The Interval, September 30th, 02014.

From Stewart Brand’s summary of Beyond Mars, Earth (in full here):

“With this kind of exploration,“ Steltzner said, “we’re really asking questions about ourselves. How great is our reach? How grand are we? Exploration of this kind is not practical, but it is essential.” He quoted Theodore Roosevelt: “Far better it is to dare mighty things, to win glorious triumphs even though checkered by failure, than to rank with those timid spirits who neither enjoy nor suffer much because they live in the gray twilight that knows neither victory nor defeat.”

After the epic subjects of his talk, Steltzner’s Q&A with Stewart Brand gets quite personal. A late-comer to science and engineering, one night he looked up at the stars, asked himself a question, and that lead him to a whole new life.

Adam Steltzner is an engineer at NASA’s Jet Propulsion Laboratory (JPL) who has worked on the the Galileo, Cassini, and Mars Pathfinder missions as well as the Shuttle-Mir Program. He was the lead engineer of Curiosity rover’s “Entry, Descent, and Landing“ phase.

Adam Steltzner at Long Now

The Seminars About Long-term Thinking series began in 02003 and is presented each month live in San Francisco. It is curated and hosted by Long Now’s President Stewart Brand. Seminar audio is available to all via podcast.

Everyone can watch full video of the last 12 Long Now Seminars (including this Seminar video until late June 02014). Long Now members can watch the full ten years of Seminars in HD. Membership levels start at $8/month and include lots of benefits.

You can join Long Now here.

Larry Harvey Seminar Tickets

Posted on Thursday, September 25th, 02014 by Andrew Warner
link   Categories: Announcements, Seminars   chat 0 Comments

 

The Long Now Foundation’s monthly

Seminars About Long-term Thinking

Larry Harvey presents Why The Man Keeps Burning

Larry Harvey presents “Why The Man Keeps Burning”

TICKETS

Monday October 20, 02014 at 7:30pm SFJAZZ Center

Long Now Members can reserve 2 seats, join today! General Tickets $15

 

About this Seminar:

“Scaling up will kill Burning Man.” “That new rule will kill Burning Man.” “The Bureau of Land Management will kill Burning Man.” “Selling tickets that way will kill Burning Man.” “Board infighting will kill Burning Man.” “Upscale turnkey camps will kill Burning Man.”

Ha.

What if Burning Man is too fragile to be killed? What if celebrating ephemerality is the best guarantee of continuity? What if every year’s brand new suspension of disbelief has deep-down durability? What if conservatively radical principles and evolving rules are more robust over time than anything merely physical?

What really keeps the Man burning? If anyone knows, it should be the event’s primary founder, author of The Principles, and ongoing Chief Philosophical Officer, artist Larry Harvey.

Peter Schwartz: The Starships ARE Coming — A Seminar Flashback

Posted on Friday, September 12th, 02014 by Mikl Em
link   Categories: Futures, Long Term Science, Seminars   chat 0 Comments

In September 02013 futurist Peter Schwartz spoke for Long Now about realistic scenarios for human interstellar travel. Peter, a founding Long Now Board member, participated in “The 100-year Starship” project and contributed to the book Starship Century (Edited by Gregory Benford and James Benford) with scientists and science fiction authors positing realistic ways humanity could voyage beyond our Solar System.

Our September Seminar About Long-term Thinking (SALT) ”flashbacks” highlight Space-themed talks, as we lead up to Ariel Waldman’s The Future of Human Space Flight at The Interval, September 30th, 02014.

Video of the 12 most recent Seminars is free for all to view. The Starships ARE Coming is a recent SALT talk, free for public viewing until September 02014. Listen to SALT audio free on our Seminar pages and via podcastLong Now members can see all Seminar videos in HD.

From Stewart Brand’s summary of this Seminar (in full here):

Standard-physics travel will require extremely long voyages, much longer than a human lifetime. Schwartz suggested four options.

  1. Generational ships: whole mini-societies commit to voyages that only their descendants will complete.
  2. Sleep ships: like in the movie “Avatar,” travelers go into hibernation
  3. Relativistic ships: at near the speed of light, time compresses, so that travelers may experience only 10 years while 100 years pass back on Earth.
  4. Download ships: “Suppose we learn how to copy human consciousness into some machine-like device.

Peter Schwartz is a futurist, scenario planning  expert, and author of The Art of the Long View. Currently he serves as Senior Vice President for Global Government Relations and Strategic Planning at Salesforce.com. In 01988 Peter co-founded Global Business Network and served as their chairman until 02011. He is a co-founding Board Member of The Long Now Foundation and has spoken in our SALT series on four occasions.

Peter Schwartz

The Seminars About Long-term Thinking series began in 02003 and is presented each month live in San Francisco. It is curated and hosted by Long Now’s President Stewart Brand. Seminar audio is available to all via podcast.

Everyone can watch full video of the last 12 Long Now Seminars (including this Seminar video until late June 02014). Long Now members can watch the full ten years of Seminars in HD. Membership levels start at $8/month and include lots of benefits.

You can join Long Now here.

Drew Endy Seminar Primer

Posted on Wednesday, September 3rd, 02014 by Charlotte Hajer
link   Categories: Long Term Science, Seminars   chat 0 Comments

On Tuesday, September 16th, Drew Endy presents “The iGEM Revolution“ as part of our monthly Seminars About Long-term Thinking. Each month, our Seminar Primer gives you some background about the speaker, including links to explore even more.

adventures-in2
From Adventures in Synthetic Biology, by Drew Endy

Biotechnology is a young science, but it’s already proven its (potential) benefit to civilization. We can now engineer bacteria to manufacture life-saving drugs, we have new ways to diagnose disease, and we know how to modify the genome of plants so they become resistant to certain pests. Yet so far, says Stanford synthetic biologist Drew Endy, biotech has only realized a few of the grand promises it made in the 01970s, after scientists first succeeded in the synthesis of recombinant DNA. How can we realize these promises? How can we make biology easier to engineer? Endy’s answer to these questions is the growing field of synthetic biology, and an open-source, collaborative approach to the development of new bio-engineering tools.

Synthetic biology is built on the technologies of genetic engineering that were developed during the 20th century, but takes them a few steps further. Genetic engineers can isolate blocks of a cell’s genetic material, extract it from its nucleus, and splice it into another cell’s DNA to create a recombinant genome. Synthetic biologists, on the other hand, splice in pieces of DNA that they’ve built from scratch. It’s like the difference between composing an essay by cutting and pasting word sequences from existing texts, or doing so by putting individual letters in sequence in order to create words of your own.

The Human Genome Project gave us the ability to read nature’s instructional manual – DNA – like words in a book. But the real opportunities, scientists say, lie in our ability to not only read genetic code, but to write it, then build it using off-the-shelf chemical ingredients, strung together like holiday lights. It is the creation of new genomes – and a new frontier in bioengineering. (San Jose Mercury News)

Drew Endy was trained as an engineer, but found his way to biology when a senior-year college class made him realize that living matter holds great potential as building material. “I like to build stuff, and biology is the best technology we have for making stuff – trees, people, computing devices, food, chemicals, you name it,” Endy explains in an Edge conversation. He went on to obtain a graduate degree in biochemical engineering. But in his postdoctoral research, Endy began to grow frustrated with the existing cut-and-paste methods of DNA engineering. It’s an inexact science that often produces unexpected side effects: evolution has turned DNA into a complex library of information, and simply splicing in a new gene may not always lead the host cell to express it in the way you had expected. As a feature in The Economist explains,

No intelligent designer would have put the genomes of living organisms together in the way that evolution has. Some parts overlap, meaning that they cannot change jobs independently of one another. Others have lost their function but have not been removed, so they simply clutter things up. And there is no sense of organization or hierarchy. That is because, unlike an engineer, evolution cannot go back to the drawing board, it can merely play with what already exists. Biologists, who seek merely to understand how life works, accept this. Engineers such as Endy, who wish to change the way it works, do not. They want to start again.

Image by Peter and Maria Hoey

The only way to fully control – and understand – what a cell does, Endy realized, is to build its DNA from scratch. We should think of cells a bit more like we think of computers: as hardware that can be fully programmed – by DNA, the perfect software language. In an interview for the Stanford Alumni Magazine, Endy proposes,

Let’s look at biology not as a science, but as a technology platform … Biology is the most compelling technology platform anybody has ever seen. It’s the stuff of life and it’s a reproducing machine! It’s a nanotechnology that actually works. You can program it with DNA – sort of. We’re learning how to do that. It’s the most overwhelmingly cool, impressive technology platform any engineer is ever going to encounter if they’re alive today.

Endy’s mission is to help the world learn this new technology – to make biology easier (and thereby faster, more accessible, and finally more productive) to engineer. And in order to do that, Endy identifies two crucial tools.

The first is standardization: rather than having to build pieces of DNA from scratch every time they want to create a new gene, synthetic biologists should be able to pick and choose ‘parts’ from a standard, universal toolkit of genetic material. Forbes explains:

The Industrial Revolution got a serious boost in 1864 when a machinist standardized screws. Henceforth someone trying to build an engine could pluck a standard 8-gauge, 32-threads-per-inch machine screw off the shelf. Endy aims for similar standardization in the new field of synthetic biology, and embraces the radical approach of creating a free registry of building blocks. In 2002 MIT professors started a not-for-profit called BioBricks that has collected 2,000 biological components, including gene sequences that sense light, produce light, send messages between cells and switch cell functions on and off.

We can think of BioBricks as the biological equivalent of Legos: they’re pieces of genetic material with universal connectors on each end, so they can be combined with any other piece to create novel strings of DNA. BioBricks make DNA easier to engineer because they create a certain level of abstraction. Rather than having to put the individual As, Cs, T’s and G’s of DNA together when building a synthetic gene, engineers can use BioBricks as a kind of genetic shorthand – just as software programmers make use of languages like Java to spare them the work of writing out their code in bits (Stanford Alumni Magazine). Endy imagines that these BioBricks will be manufactured in so-called BioFabs (International Open Facility Advancing Biotechnology) – a “biological design-build facility.” In fact, he helped launch the first one in Emeryville, in 02009.


Image from the European Molecular Biology Organization

The idea of facilities dedicated entirely to building BioBricks suggests that standardization also leads to a productive division of labor. In his interview with the Stanford Alumni Magazine, Endy explains, “Separation of design and fabrication can allow people to specialize, becoming experts in each area … We’ve seen this with microprocessors. Someone designs the chip and somebody else builds it.” It’s led to more sophisticated processors – by allowing people to specialize, greater complexity can be developed.

The second crucial tool involves making those standard parts publicly available and encouraging everyone – engineers and students alike – to get creative, share their findings, and help one another learn. The BioBricks Foundation, of which Endy is president and co-founder, works on the premise that “… fundamental scientific knowledge belongs to all of us and must be freely available for ethical, open innovation.” In his Edge conversation, Endy adds,

Biotechnology today derives investments from business models that support the exclusive application of different biological functions for a very small number of problems. For example, there are wonderful companies that have locked up most of the relevant intellectual property around how to engineer proteins to bind DNA. The products that they can deliver are going to be measured in small positive integer numbers, a few diseases. But, the real value associated with being able to engineer proteins that bind DNA are in the uncountable applications people could use the proteins for. It’s like a programming language where it would be a big downstream economic cost if you owned “if/then” and you were the only person who could use it.

Endy considers education a crucial component for fostering this open-source collaboration and innovation. He tries to get high schoolers and college students excited about synthetic biology in several ways – by writing comics about it, for example (and you’ll see several images from his Adventures in Synthetic Biology included in this post).

But Endy’s interest in education is truly epitomized by iGEM – the International Genetically Engineered Machines competition. It began as an undergraduate course that Endy developed while teaching at MIT, and has since evolved into a large annual event that draws thousands of participants from all over the world. Competing teams use BioBricks – which they get from and contribute back to the BioBricks Foundation’s Standard Registry of Parts – to engineer synthetic organisms that perform particular functions. The competition not only gets undergraduates excited about the field of bioengineering; its promotion of creative collaboration also spurs innovation and advances new technologies.

Of course, the widespread accessibility of new DNA-building tools isn’t entirely risk-free. Critics worry about what kinds of dangerous new things might be built if those standard parts fall into the wrong hands. Endy understands that advances in synthetic biology involve important questions about what new technologies might produce, who will control them, what cultural and ethical implications they’ll hold, and what safety issues may arise. He advocates discussion about these issues: in 02008, The Long Now Foundation hosted a debate between Endy and Jim Thomas, Research Programme Manager at the Action Group on Erosion, Technology, and Concentration (ETC), and an outspoken critic of synthetic biology.

Though he sees the value of open discussion about the ethics of bioengineering, Endy hopes we do keep thinking about how synthetic biology might benefit society – and how engineering tools can be leveraged to produce that benefit in an accessible and easy, but also responsible and ethical way. Endy will talk about the promise of synthetic biology, his work with iGEM, and more on Tuesday, September 16 at SFJAZZ Center.

David Eagleman: Six Easy Steps to Avert the Collapse of Civilization — Seminar Flashback

Posted on Friday, August 22nd, 02014 by Mikl Em
link   Categories: Long Term Thinking, Seminars, Technology   chat 0 Comments

In April 02010 author and neuroscientist David Eagleman proposed several internet-enabled ways to avoid the collapse of civilization. Eagleman is a Guggenheim Fellow known for his research on time perception and synesthesia; his books include the best-seller Sum: Forty Tales from the Afterlives. Twice a month we highlight a Seminar About Long-term Thinking (SALT) from our archives. Long Now members can watch this video here. The audio is free for everyone on the Seminar page and via podcastLong Now members can see all Seminar videos in HD. Video of the 12 most recent Seminars is also free for all to view. From Stewart Brand’s summary of the talk (in full here):

Civilizations always think they’re immortal, Eagleman noted, but they nearly always perish, leaving “nothing but ruins and scattered genetics.” It takes luck and new technology to survive. We may be particularly lucky to have Internet technology to help manage the six requirements of a durable civilization

David Eagleman directs the Laboratory for Perception and Action and the Initiative on Neuroscience and Law at Baylor College of Medicine. His latest book is Incognito: The Secret Lives of the Brain. He is also a Long Now Board member David Eagleman The Seminars About Long-term Thinking series began in 02003 and is presented each month live in San Francisco. It is curated and hosted by Long Now’s President Stewart Brand. Seminar audio is available to all via podcast. You can join Long Now to watch full video of this Seminar. Membership levels start at $8/month and include lots of benefits.