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I tracked Ben Goertzel down at the Virtual Worlds conference on October 11, 2007. Ben's company, Biomind, attempts to address the current disconnect between three different scientific communities that really need to work together in order to find answers: biologists, bioinformaticists and the artificial intelligence community. As a result of this disconnect, biologists are not making the most out of their research data. |
After talking to him an hour about the Novamente Cognition Engine that will soon be used in conjunction with Second Life avatars and an HTTP proxy created by the Electric Sheep Company to train dogs in Second Life, Ben casually mentioned a couple of examples of the technology of his other company, Biomind, that "blew my little (bio)mind" when I learned about what its software has been learning.
We'll get to training dogs in Second Life soon, I promise. But this, arguably, is a little more time sensitive, so I wanted to tell you about it first.
Ben: Well here's my vision - the vision I had in 2001 and 2002 when I got the idea to start Biomind. I could see that experimental biology technology was advancing like crazy, but biologists' ability to understand the data produced by their machines just wasn't keeping up. To put it simply, "What if we could feed all this data into an AI and have the AI really understand it, and produce the biological and medical answers we need?"
By this time, biologists have discovered an incredible amount of data that's barely understood, and a decent fraction of it is online. Talking just about the data that's already there online, right now - my feeling is that if you were to feed it all into a big database, and let the AI analyze it, and see what discoveries it comes up with, you could discover all sorts of cures to diseases. - Ben Goertzel, Biomind/Novamente
Biologists are great at running experiments, but typically they'll gather a huge mass of data from an experiment and then analyze it in a fairly simplistic way, one that only mines 1% of the information available within the data they've gathered. Then they'll take this 1% of information and use it to design another experiment. What they're doing works, but not as fast as would be possible with more intelligence applied to interpreting the data the machines spit out.
There are also some specific shortcomings in the standard data analysis procedures they use - especially in regard to the understanding of biological systems as whole systems. The standard data analysis methods biologists use are biased toward zooming in on one gene, one protein, one mutation that makes a difference. AI methods have a lot more capability to understand the interactions between different parts of a biological systems - and it is these interactions that really make life LIFE!
But these interactions are complicated to understand - if I look at the spreadsheet of data coming out of some modern biological equipment (say a microarrayer) I can't see the biological system dynamics in all those numbers ... and conventional data analysis methods can't usually see them either. But AI methods can look at the reams of messy, noisy data and pick out some really important glimmers of the holistic biological system underneath.
Lisa: Isn't this the same problem that bioinformatics is trying solve?
Ben: Yeah, bioinformatics is the discipline that deals with crunching bio data. And it has obviously made huge advances in the last decade. But when you really get into it, almost everyone trained in bioinformatics recently is really trained in very specific stuff - for instance, gene sequence analysis. However, bioinformatics training doesn't include much about data mining, mathematics, or advanced statistics. So the bioinformaticists' training isn't much more advanced than that of the biologists, by and large, in terms of mining the complex interactions and dynamics out of reams of experimental data.
I mean, at Biomind we've been doing specific work along these lines for a while. In a recent experiment, we took three data sets off the web, which are about mice under calorie restriction diets, fed those three data sets into our AI system, and then analyzed them to find out what genes are most important for distinguishing calorie restriction from control. We were able to pinpoint a couple of genes that no one has ever thought were important for calorie restriction before, but I'm quite certain they are. And this is just from three data sets! I mean, if you could feed in tens of thousands of data sets. Even those related to varios aspects of aging and aging-related diseases...
Now, if Biomind was richer, we'd follow this analytic work up with some wet lab work. Mutate those genes in mice. Make some mutant mice. Give some of them a calorie restriction diet, and see what happens. As it is, Biomind is not rich. So we'll just publish a paper and hope that somebody else picks up on it, or maybe partners with us in the future.
On another note, when we worked with the CDC a couple years ago, our AI crunched some of their mutation data gathered from people with Chronic Fatigue Syndrome, and what came out of it was the first-ever evidence that there is some sort of basis for CFS. That paper made a pretty big hit in the CFS community.
And we've done some great work with Davis Parker from the University of Virginia, on understanding Parkinsons and Alzheimer's disease based on heteroplasmic mutations in mitochondrial DNA..
Lisa: When did you do that work?
Ben: The Parkinson's work was in 2004. The Alzheimer's work is current research, but the preliminary results are pretty exciting, and the preliminary indications are that Alzheimers works basically the same way as Parkinsons, but with different genes and mutations involved.
Part One of Two
References for Ben Goertzel Articles and Interviews
This list of references goes with this post, so far...
Biomind ArrayGenius and GeneGenius: Web Services Offering Microarray and SNP Data Analysis via Novel Machine Learning Methods
By Ben Goertzel, Cassio Pennachin, Lucio Coelho, Leonardo Shikida, Murilo Queiroz
IAAI-07 conference, July 2007
http://biomind.com/docs/IAAI01GoertzelB.pdfAI Meets the Metaverse: Teachable AI Agents Living in Virtual Worlds
By Ben Goertzel for Kurzweilai.net
http://www.kurzweilai.net/meme/frame.html?main=/articles/art0710.htmlNovamente Video Presentations
http://www.novamente.net/papers/BioMind Whitepapers (registration required):
Machine Learning Algorithms for Clinical and Research Microarray Data Analysis
Mining Microarray Data to Discover: Disease Biomarkers & Complex Genetic Relationships
January 2006
Enhancement of Gene Ontologies using Analytic Algorithms which Combine
Microarray and DNA Sequence Similarity Data
Mining Microarray and Sequence Data to Enhance Gene Ontologies
January 2006Video: Artificial General Intelligence: Now Is the Time
More information about video here
http://video.google.com/videoplay?docid=4740557046246483319Artificial General Intelligence Research Institute Workshop
http://www.agiri.org/workshop3/Novamente.ppt
HTML version of AGIRI powerpoint:
The Novamente Project
http://72.14.253.104/search?q=cache:kdDMRCuAX8IJ:www.agiri.org/workshop3/Novamente.ppt+Izabela+Goertzel&hl=en&ct=clnk&cd=6&gl=usThe First Conference on Artificial General Intelligence
http://www.agi-08.org/
Prince has been giving his cd away and coordinating it accordingly with his live performances.
Ars Technica article -- BBC
Here's his great new Acoustic song: Love.
Chris Paine gets a mention in the opener of a new Time Magazine article about GM's
Green Motors.
No one would mistake Chris Paine for a General Motors shill. In his 2006 documentary Who Killed the Electric Car?, the filmmaker laid out a damning case against GM for unplugging the EV1, the electric vehicle it manufactured in the 1990s and then discontinued in 2003, preferring instead to produce high-margin but gas-guzzling trucks and SUVs. "They were a technological leader, and they fumbled that leadership away," Paine says. Ask him about the U.S. carmaker now, though, and Paine sounds almost admiring. "Their new hybrids are making a difference, and their plug-in technology is a real advance," he says. "GM is making some really good moves now."
So I've been sitting on these second life movies for months now and I just have to start putting them up!
Here's one from July, that I actually edited when I was in Vancouver, of me flying around for a while, ending up at the Long Now Foundation's Alice Wonderland Exhibit, and walking around a bit.

The music's cool because it's a Dr. GoldKlang remix of my acapella track on cc mixter that rocks too... (And it mixes me with death metal vocals, which I totally dig :-)
This whole thing is now available under an Attribution Non-Commercial 2.5 License...(per the cc mixter song's terms)
ok it's late...but I just *could not believe that i spent like days working on this thing and then just, didn't put it up. (Except on Facebook. And that doesn't count...walled garden and such :-)
ok hope ya like it...
Update 10/07/07 - here's the article in the LA Times:
Court bars removal of Santa Monica trees
By Molly Hennessy-Fiske, Los Angeles Times Staff Writer.
Right on! Chris and the gang called me up last night to let me know that all of our hard work paid off and they have a restraining order to protect the trees for three weeks while everything is re-investigated.
I'll have more up on all this soon -- but I must swim before I start working every day - my new rule! :-)
Okay I just wanted to let everyone know -- those of you who've been asking or following this for the last few weeks -- thanks so much for your concern. It's been a great experience...and whaddaya know...
This time we saved some trees!
Here is the full text of the article in case the link goes bad:
http://www.latimes.com/news/local/la-me-ficus6oct06,1,2585776.story?coll=la-headlines-california&ctrack=1&cset=true
Court bars removal of Santa Monica trees
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By Molly Hennessy-Fiske, Los Angeles Times Staff Writer
October 6, 2007
Protesters obtained a restraining order Friday to stop the destruction of a stand of ficus trees in downtown Santa Monica that the city had planned to remove starting Monday as part of an $8-million downtown development project.
Local activist Jerry Rubin got the order approved by a judge on behalf of Santa Monica Treesavers. The order prevents the city from removing 54 ficus trees on 4th and 2nd streets unless they pose a danger to the public.
The city planned to remove 23 trees that its arborist considered damaged or diseased and to replant 31 of them elsewhere in the city.
Protesters doubt the trees are damaged and want time to get a second opinion.
"If the trees were truly a danger to the public, they would have been removed already," said the group's attorney, Thomas Nitti.
molly.hennessy-fiske @latimes.com
Hey LA-based tree hugger peeps!
Time to come out in full force tomorrow evening in Santa Monica for a
March to Save The Trees in memory of Gandhi's Birthday.
Chris Paine, and old friend of mine, and Director of the awesome film, Who Killed The Electric Car, has been helping to organize a series of Tree Saver meetings that have been going on over the past few weeks to save over 50 Ficus trees scheduled for removal under the guise of being diseased (extreme disagreement over this point by experts in the community).
There's a Tree Saver Blog where you can get more information about it all.
Below: The Tree Savers Crew
This is a few weeks ago. We're a much larger group now, with over
| Here's more about Who Killed The Electric Car too! Lots to talk about on this front in the days - and years, to come: Press/Reviews of Film Why Electric Cars Are Better Cool Scenes From The Film I found on YouTube Trailer Buy The DVD | ![]() |




