Long Now Research Fellow Stuart Candy brought to our attention this visualization, which shows projections of what sorts of technologies will be available in the future, how soon, and how important they will be. It was created by London-based designer Michell Zappa, who leads a ‘technological trend bureau’ called Envisioning Technology. Their website explains that they seek to describe “where society is inexorably heading in the near future.”

Our research facilitates understanding the field for those who work in technology by painting a bigger picture of where the landscape is heading. In this, we try guide both corporations and public institutions in making better decisions about their (and society’s) future.

Presumably the programmers at Phillips weren’t imagining this sort of patient.

Long Now Board Member David Eagleman recently had a very unusual visitor at his lab. At three thousand years of age, this is by far the oldest person Eagleman has ever put through a scanner. Neshkons is an Egyptian mummy, exhumed from Luxor in the 19th century and recently acquired by an acquaintance of Eagleman’s. It turns out that scanning a mummy presents some interesting problems (and neuroscientific disappointments, such as having had his brain removed through his nostrils with a hook at death). Eagleman described the challenges in a blog post:

First, for those of you who know my lab, you’ll know that we employ magnetic resonance imaging (MRI) when trying to decipher the human brain. So this was my first plan for the mummy.  But there was a big concern here: the possibility that Neskhons had, enfolded in his ancient, never-unwrapped linens, a hunk of metal.  That would spell bad news for the MRI, which is a giant magnet. [...]

And there was a second problem. MRI scanners work, in part, by detecting changes in electron spin in fluids in tissue and bone. Neskhons had no fluid at all.

In the end, Eagleman’s team performed a CT scan, “a series of X-rays taken from all different angles and then reconstructed into a 3-dimensional whole.” The results were fantastic, with high-resolution 3-dimensional images of a body still hidden inside its linen cocoon after three millennia. (Except for its head, which was laid bare at an “unwrapping party” in Cleveland in 1900.) The mummy is currently on display at the Museum of Fine Arts in Houston, Texas.

Neskhons’ sarcophagus [...] is vividly painted with scenes about the afterlife. He presumably wouldn’t have guessed that his body’s afterlife would take place in a transparent case in a foreign land known as Houston, Texas, among tall and long-living people with magical tubes that have the power to peer into hidden dimensions of a body and reconstruct it at 1.5 millimeter resolution.  For this reason and others, we treated the occasion with the respect and solemnity. After all, who knows where our bodies will end up in 3,000 years hence? Who will be looking at our empty hulls, and what technologies will they employ to reconstruct the details of our lives?

Advances in computing technology have led to increasingly powerful devices – a cell phone can now do what early desktop computers did not even approximate. But these developments have largely been in the form of devices, objects made of silicon and plastic. Stanford bioengineering professor Drew Endy imagines, in a New York Times article, another frontier for computing, where computers with even a tiny amount of processing power would be useful.

…what if such computers could be installed inside every cell of your body? What if these computers were used to keep track of how many times each of your cells divided, forming the basis of systems that could track and control aging, development and cancer?

In his 02008 talk in The Long Now Foundation’s SALT series, Endy begins: “I want to develop tools that make biology easy to engineer.” While his article mentions that he and his colleagues have not yet been able to program a “genetically encoded eight-bit counter,” research does suggest that it is possible.

So the future of computing need not only be a question of putting people and things together with ubiquitous silicon computers. The future will be much richer if we can imagine new modes of computing in new places and with new materials — and then find ways to bring those new modes to life.

In 02009, economist Paul Romer presented to the Seminars About Long-term Thinking his idea for Charter Cities. Modeled on Hong Kong but stripped of the colonialism (ideally, anyway), Charter Cities are meant to bring the agility and creativity of start-ups to the world of governance.

The Economist recently published an article about a budding Charter City in Honduras:

In a nutshell, the Honduran government wants to create what amounts to internal start-ups—quasi-independent city-states that begin with a clean slate and are then overseen by outside experts. They will have their own government, write their own laws, manage their own currency and, eventually, hold their own elections.

This year the Honduran legislature has taken the first big steps towards the creation of what it called “special development regions”. It has passed a constitutional amendment making them possible and approved a “constitutional statute” that creates their autonomous legal framework.

A fair share of criticism is already being leveled:

And democracy will be introduced gradually. Only when the transparency commission deems that the time is ripe will citizens be able to elect the members of the “normative councils”—in effect, local parliaments.

This aspect of the plan is just one of those attracting heated criticism. Some find the explicit (if temporary) rejection of democracy repellent. Others detect a whiff of neocolonialism: gimmicks dreamed up in rich countries being foisted on poor ones.

These are early, preliminary steps and it will be many years before major changes take hold, but Mr. Romer and others are paying close attention to the implementation. Listen to Mr. Romer’s Long Now Seminar to see why he thinks it can work.

With thousands of languages and writing systems used all over the world, making computers and the web widely accessible has taken a herculean effort, with much yet to be done.

One of the main tools used in the expansion of the web’s global reach is Unicode – a database of over 193,000 characters from 93 different writing systems and the standards for using and representing them.

Unicode is maintained by The Unicode Consortium, which sponsors a conference each year to share knowledge and discuss the future of Unicode.

This year the Internationalization and Unicode Conference will be held October 17th – 19th in Santa Clara, CA.

Long Now’s Dr. Laura Welcher will be delivering a keynote presentation on Tuesday October 18th of her work on The Rosetta Project, a publicly accessible digital library of human languages, and The Language Commons:

The Rosetta Project shares the Unicode vision of a world where people can use communication technology on their own terms – in their own language.

According to World Internet Statistics, over 80% of all web communication is in about ten languages, with over half in either English or Chinese. The remaining 20% represent “everyone else” including about 400 languages with speaker populations above 1 million, which collectively comprise about 95% of everyone on earth.

Because of essential technologies like Unicode, we are poised to see this breadth of human languages flourish online and on mobile devices, providing for these languages a critical new domain of language use in the modern world. I will present several efforts underway at The Rosetta Project including the “Language Commons” that rely on Unicode as an essential technology in building the multilingual Web.

Long Now encourages a 10,000 year perspective, but if that just isn’t enough zeroes for you, check out FutureTimeline.net, a site that literally goes Beyond 10,000:

Welcome to the future! Here you will find a speculative timeline of future history. Part fact and part fiction, the timeline is based on detailed research that includes analysis of current trends, projected long-term environmental changes, advances in technology such as Moore’s Law, future medical breakthroughs, and the evolving geopolitical landscape. Where possible, references have been provided to support the predictions. FutureTimeline.net is intended to be an ongoing, collaborative project that is open for discussion – we welcome ideas from scientists, futurists, inventors, writers and anyone else interested in the future of our world.

As a resource for science, technology and futures thinking, the site is chockfull of links and ideas. Just as an example, did you know that in about 3,000,000,000 AD, our own Milky Way may begin to merge with Andromeda?

The World Maker Faire opens for the second time this weekend – the 17th and 18th – in Queens at the New York Hall of Science. Maker Faire is organized by O’Reilly Media as a celebration of the spirit that’s been kindled by their Make Magazine.

O’Reilly Co-founder Dale Dougherty sat down recently with New Yorker, blogger and maker, Anil Dash to discuss the DIY movement and ‘making’ as a cultural force.

Anil Dash provided his perspective on the social context of making, the maker movement, and what he calls “the long slow make.” In this conversation, Anil characterizes the “Long Slow Make” as a persistent, flexible, and forward-looking ethos exemplified in the Washington Monument, NASA, cancer research, and New York’s 2nd Avenue Subway.

Brought to our attention by BoingBoing, the Center for PostNatural History specializes in specimens that are unlikely to be on display at, say, the American Museum of Natural History. As its name implies, the Center features organisms that are ‘unnatural,’ in that they were produced or altered by human activity. If we are, as some have suggested, entering a new epoch where the earth is sufficiently affected by humans so as to elicit the name ‘Anthropocene,’ then this museum could be the first of many to exhibit its characteristic life-forms. As its website explains,

The Center for PostNatural History is dedicated to the advancement of knowledge relating to the complex interplay between culture, nature and biotechnology. The PostNatural  refers to living organisms that have been altered through processes such as selective breeding or  genetic engineering. The mission of the Center for PostNatural History is to acquire, interpret and provide access to a collection of living, preserved and documented organisms of postnatural origin.

Every organism in an ecosystem, of course, exists in a network of constantly interacting relationships, so the idea that the effects of our species on other organisms are somehow ‘unnatural’ is debatable. But the idea of the “PostNatural” dovetails nicely with Bill McKibben’s “End of Nature,” referring not to a true absence of nature, but to a world in which human influence reaches ever more deeply into the biology of our planet.

And the nature of that influence is not really clear – what will be its long-term effects? How will people choose to utilize biotechnology? At the very least we can take notes as we go. Given that the vast majority of the species on our planet are not yet described by scientists, it is encouraging that the goals of the Center for PostNatural History include “the maintenance of a unique catalog of living, preserved and documented specimens of postnatural origin.”

Earlier this month author Charles Stross gave a lecture in San Francisco for the USENIX Security Symposium. He called his talk “Network Security in the Medium Term, 2061-2561 AD” and in it he took the concept far beyond keeping your email password private or your WiFi from being hacked.

Network security, according to Stross, will slowly work its way down to a basic need for everyone until it resembles the right to personal safety.

With increasingly pervasive networked sensors, knowledgeable genetic tests, and falling data storage costs, our online identities become more and more just our identities. Trade-offs and double-edged swords abound:

Is losing your genomic privacy an excessive price to pay for surviving cancer and evading plagues?

Is compromising your sensory privacy through lifelogging a reasonable price to pay for preventing malicious impersonation and apprehending criminals?

Is letting your insurance company know exactly how you steer and hit the gas and brake pedals, and where you drive, an acceptable price to pay for cheaper insurance?

But the value in storing and selectively sharing this data is there, as anyone who’s searched for an old email to absolve themselves of some minor (or not so minor) blame can attest. A short story, Nanolaw with Daughter, by Paul Ford hints at this same issue:

Then would come the game. Cameras in the phone of every parent. Sensors on the goals; sensors in the ref’s whistle; in the ball; in the lamps that light the field. Yellow cards, goals, offsides, all recorded from many angles and tagged with time, location, temperature, whether for the memories or to limit liability—the motion of 22 bobbing ponytails transformed into lines of light.

And so, if one is compelled to record as much of their life as possible, even just as a means of refuting those who would accuse them, network security becomes a highly personal long-term archiving project:

But some forms of personal data – medical records, for example, or land title deeds – need to remain accessible over periods of decades to centuries. Lifelogs will be similar; if you want at age ninety to recall events from age nine, then a stable platform for storing your memory is essential, and it needs to be one that isn’t trivially crackable in less than eighty-one years and counting.

Your very assertion of who you are will become dependent on the reliable and secure functioning of a vast infrastructure: “Robustness and durability are going to be at a premium in the future,” Stross emphasizes.

You can view video of the talk or read the full text.

The rapid rate of technological change is a common topic of discussion these days, but only occasionally does someone actually take the time to examine – let alone utilize – the technologies that we so readily leave behind.

A great example of just such an undertaking is a project called All On Paper recently carried out by student journalists at Florida Atlantic University. Under the direction of Michael Koretzky, president of the South Florida Pro Chapter of the Society for Professional Journalists, the staff at the student newspaper University Press produced an entire issue using decades-old newsroom methods. For a week, typewriters, film photography, x-acto knives and rubber cement took the place of Word, Photoshop and InDesign.

Koretzky shared some of the challenges and lessons from the experience on his blog, journoterrorist. As he and other professionals taught the students how to use old technology, they realized that even they had to occasionally reference the user’s manual.

While archaeologists try to recreate what life was like 10,000 years ago, and historians try to recreate what life was like 1,000 years ago, journalists can’t even recreate how they published a newspaper 20 years ago. No one documented the details or saved the old equipment. (I had to buy some of it from creepy old men through Craigslist.)

Journalists may write history’s first draft, but when it comes to covering their own history, they don’t even take notes.

Journalists, of course, aren’t the only ones who have neglected their abandoned methodologies. Neither, however, are they the only ones who have attempted to get back to basics. A previous post on this blog featured an artist who, in fact, specializes in such undertakings, and Long Now executive director Alexander Rose maintains a list of projects that record humanity and technology in ways that could help restart civilization in the event of some sort of collapse.

Koretzky ends his description of All On Paper with a quote from one of the participants. It is a statement of appreciation, and one that highlights a potential benefit of placing our current technologies in their historical context.

Technology hasn’t made us lazier, but it has made it possible to be lazier while still producing the same amount of quality work. Now that I’ve realized this, I know I’ll definitely be working faster to produce more quality news. And unlike the ancient civilizations of the 20th century, I’ve got the technology to do it.