Wednesday, December 15, 2004

Cancer detection within spitting distance


Researchers Use Saliva to Detect Head and Neck Cancer (Newswise)

    In one of the first studies using the RNA in saliva to detect cancer, researchers at UCLA’s Jonsson Cancer Center were able to differentiate head and neck cancer patients from a group of healthy subjects based on biomarkers found in their spittle. The study provides a first proof of principle that may result in new diagnostic and early detection tools and will lead to further studies using saliva to detect other cancers.

    Published in the Dec. 15, 2004, issue of the peer-reviewed journal Clinical Cancer Research, the study used four RNA biomarkers to detect the presence of head and neck cancer with 91 percent sensitivity and accuracy, said Dr. David Wong, professor and chairman of Oral Biology and Medicine, director of the UCLA School of Dentistry, Dental Research Institute, and a Jonsson Cancer Center researcher.

    “This is a new direction, using a non-invasive fluid for disease diagnostics, particularly in cancer,” said Wong. “This is our proof of principle. We now hope to demonstrate the utility of saliva for systemic diagnosis of other diseases such as breast cancer.”

    Typically, cancer researchers use blood serum and urine to look for cancer signatures. Saliva contains the same biomarkers for disease that are found in the blood, but they are present at much lower levels of magnitude. The emergence of nanotechnology allowing scientists to manipulate materials on an atomic or molecular scale helped researchers uncover the components of saliva, Wong said, and “changed the whole scene” for UCLA scientists.

    “It gave us the clue to look at what else is in saliva,” Wong said. More here

NanoBot Backgrounder
Requests for cancer cure
Here's the plain deal on biomedical nanobots

Tuesday, December 14, 2004

Good grief, it's Linus!


Linus

Linus and Lucy are all over our TV this, and every, holiday season. But log onto this site and learn about the "other" Linus -- yes, the guy who figured out how chemicals can come together to weave us all a molecular security blanket. The Valley Library at Oregon State University put together this excellent source of information for researchers, students, image-seekers and the curious. If you're pining for Pauling, happiness is this Web site.

Nanolian Cluster Bucks


All references to "nanotechnology" in the 2005 U.S. budget can be found here, nicely clustered for your convenience thanks to the Vivísimo "clustering engine."

I once was blind, but now I see


The News Journal in Delaware informs us that Nanotech's medical payoff is coming.

I agree. It certainly is. However, it will not come very quickly if practicing physicians aren't let in on the nano secret. The News Journal report is fine, as far as basic-research stories go, but it's missing something crucial -- voices from doctors, or even patients, who could take this research and dream up some real-world applications.

I've long suspected that there is a missing link somewhere between the academic, startup and even corporate worlds that I write about and the real-world problems they're supposed to be solving. My instinct has told me that the nanotech "industry" and research community should stop having this long, self-congratulatory conversation with itself and look outward more. But I did not really have any illustrations to prove why this was important. It wasn't until I gave a talk to a group of glaucoma specialists last week that my eyes were truly opened.

There's a gap between the basic nanotech research going on in private industry and academic labs and the ultimate end user of the technology. This group of glaucoma specialists is only one example. I found myself furiously scribbling notes during their sessions because I kept hearing some very familiar key words. They need smarter materials to get medication to the back of the eye and sustain its release. They need drug-delivery devices that are more precise than eye droppers, which are essentially machine guns employed to hit a target the size of a pinhole. They need better monitoring of patients to make sure they follow through on their meds, they need more precise biomarkers for their glaucoma research, and the list goes on. It all sounds familiar to most followers of the nano world, but not to anybody else.

But what I also saw at last week's meeting was what amounted to a collective shrug, a resignation that none of these developments will come their way for at least another decade.

Well, the nanotech business community -- especially the segment that loves to hate me -- would not have recognized me up there. I was their biggest evangelist, turning the docs on to that ol' time nano religion.

I said, in effect, that it is now up to them to take these basic Tinkertoys out of the academic or startup lab and build whatever they want. Despite the government efforts to commercialize nanotechnology, there is still a disconnect between the well-funded research and specialists like them who could do something with these breakthroughs.

What is important to business opportunists, and their "low-hanging fruits," is not necessarily the most important use for the technology. The biomarkers, drug-delivery devices and other technologies that major pharmaceutical companies and medical practitioners are searching for are already under development by disparate groups toiling in labs and startups, looking for funding and wishing the big companies and medical groups would pay attention to them.

These nanoscale technologies are not being sought out by potential customers because they're perceived as too long-term, expensive or risky. And, more than likely, most medical practitioners have not heard of the various academic labs and startups working on solving their problems. I won't mention any names, but more than a few ophthalmologists affiliated with major universities asked me whether their own campuses had nanotech labs. In some cases, I pointed out that their own institution not only had nanotech research going on but was considered to be among the best in the country.

Obviously, what we have here is a major failure to communicate. It's a situation that hits home with me since I'm supposed to be in the communication business.

So, what I see is the nanotech "industry," and the media that cover them, busy holding conferences and promoting one another within the same small circle of friends. Ultimately, having a conversation with yourself turns dull, and even you lose interest in your own company. From my point of view as a journalist, it seems downright silly to continue to try and earn a living writing to please a nonexistent industry that cannot even support itself, much less an industry-insider publication.

So, satisfied that my gut instinct was correct, I'm energized in my mission to bring the nanotech message to as broad an audience as possible. What I did in New York last weekend was what I apparently do best -- irritate people, but with the goal of forcing them to question some of their base assumptions. In this case, I think it worked. Judging from the ophthalmologists' reaction to my talk, I think I opened their eyes as well.

NanoBot Backgrounder
NanoCommerce: Take it Literally
Nano and Commerce: Part 2
Buckyball at 79th and Central Park West

A good omen for nano's future


Feynman Distinguished Student Award winner Damian Allis, Ph.D., contemplates the meaning of the extra three letters recently tacked on to the end of his name. Well, for one thing, he can now pack a more powerful academic punch in his bouts with Attobuoy, although I suspect Damian needs no post-Allis alphabet soup to reduce his opponents to incoherent mumbling. Speaking of alphabet soup, here's a pdf of his thesis TOC.

NanoBot Backgrounder
Foresight insight outta-sight

Monday, December 13, 2004

Vive le nanotechnology libre


Nanotechnology: Quebec in a Leadership Position of a Market Forecast at Several Billion Dollars (Canada NewsWire)

    Canadian leader in nanotechnology, Quebec can even lay claim to belonging to the international avant-garde, alongside American, European and Asian giants.' This statement is from Jean Gaulin, renowned industrialist and chairman of the board of directors of NanoQuebec, a non-profit organization committed to the development and commercial application of nanotechnology. He delivered this message at the organization's press conference, attended by federal and provincial ministers, representatives of the Montreal Metropolitan Community as well as members of industry and academia.

    Quebec has carved out an enviable place in nanotechnology. Some $400 million has already been invested in research infrastructure devoted in whole or in part to nanotechnology. "But there is more," Gaulin added, "a true dialogue has progressively been established among all the players involved, ensuring a solid network from basic research to commercial applications in industry." In parallel, training centres are taking up the challenge and equipping themselves with innovative programs, while some forty young SMEs are already operating in the nanotechnology sector in Quebec. More here

NanoBot Backgrounder
Work in the Great White Nano
Mars Needs NanoMoney
Nano knowledge going south? Blame Canada!

Nanotechnology: Le Québec en position de conduite d'une prévision du marché à plusieurs milliard de dollars (Le Canada NewsWire)

    Chef canadien dans la réclamation de configuration de nanotechnology, de bidon du Québec même à appartenir aux géants d'avant-garde, à côté d'Américain, européens et asiatiques internationaux.' Ce rapport est de Jean Gaulin, industriel renommé et président du conseil d'administration des directeurs de NanoQuebec, une organisation à but non lucratif investie dans le développement et l'application commerciale du nanotechnology. Il a fourni ce message à la conférence de la presse de l'organisation, suivie par les ministres fédéraux et provinciaux, aux représentants de la Communauté métropolitaine de Montréal aussi bien que des membres d'industrie et au milieu universitaire.

    Le Québec a découpé hors d'un endroit enviable dans le nanotechnology. Quelques $400 millions ont été déjà investis dans l'infrastructure de recherches consacrée entièrement ou partiellement au nanotechnology. "mais il y a plus," Gaulin supplémentaire, "un dialogue vrai a été progressivement établi parmi tous les joueurs impliqués, assurant un réseau plein de recherche fondamentale aux applications commerciales dans l'industrie." En parallèle, les centres de formation relèvent le défi et s'équipent des programmes innovateurs, alors qu'environ quarante jeunes PME fonctionnent déjà dans le secteur de nanotechnology au Québec.Plus ici

NanoBot Backgrounder
Travail dans le grand Nano blanc
Mars A besoin De NanoMoney
La connaissance de Nano allant au sud? Blâme Canada!

(Traduction par Google)

Sweet sensor


Selective coatings create biological sensors from carbon nanotubes (PhysOrg)

    Protein-encapsulated single-walled carbon nanotubes that alter their fluorescence in the presence of specific biomolecules could generate many new types of implantable biological sensors, say researchers from the University of Illinois at Urbana-Champaign who developed the encapsulation technique.

    In a paper accepted for publication in the journal Nature Materials, and posted on its Web site, the researchers showed the viability of their technique by creating a near-infrared nanoscale sensor that detects glucose. The sensor could be inserted into tissue, excited with a laser pointer, and provide real-time, continuous monitoring of blood glucose level. More here

NanoBot Backgrounder
Achieving the 'impossible'
Amazing avoidance of double entendre headline

Nanotech a ramblin' wreck at Georgia Tech


Nanotech center is in limbo (MSNBC)

    "Nearly two years after a donor pledged $36 million to Georgia Tech to build a new nanotechnology center on campus, the university still has not received the money."

    Georgia Tech President G. Wayne Clough hopes the money will still come. But he acknowledges the university is committed to the endeavor regardless and is checking "other options" for funding after so much time has passed. Clough said the donor has held up the process to assess his own financial situation.

    "I don't know," Clough said when asked if the donor has the funds. "I don't know if anyone knows. All I know is the gentleman swears to everyone up and down he has the gift. He says he's close but he has said that before." More here

Update: Daniel Moore, Georgia Tech nano researcher and blogger, had wondered why they hadn't broken ground yet. Now, it all makes sense. Daniel puts it all in context here.

NanoBot Backgrounder
Georgia Tech's Ambassador of Nano

Sunday, December 12, 2004

Philippines to launch NanoPower Revolution

INQ7 in Manila is reporting that the Philippines Department of Energy is seeking "US technology to turn coal into gasoline," but energy officials in that country are not naming the company. I'm going to make an educated guess and say Headwaters Inc. or Air Products and Chemicals Inc. Since both of these are public companies, I should make it clear that I own stock in neither and have no personal interest in whether either one, or neither one, has the Philippines deal.

Here's an excerpt from the report:

    THE DEPARTMENT of Energy is currently convincing a large American energy firm to bring to the Philippines its technology to convert coal into gasoline.

    Energy officials said the technology would ease the country's dependence on imported crude and refined petroleum products.

    Energy Undersecretary Peter Anthony Abaya revealed that negotiations were now ongoing with the American company, although there were still no firm commitments on whether the US firm would be investing in the country.

    He declined to name the company, saying it would be more appropriate to do so once something concrete had been forged.

    All he said was that the firm was involved in nanotechnology and coal-to-gasoline transformation. More here.

It is, by the way, fairly easy to point out the irony in the fact that the U.S. Department of Energy spent millions of dollars over a couple of decades to develop coal-to-liquid and gas-to-liquid technologies. Then, sometime in the late '90s, the DoE just simply dropped it, or made it less of a priority. That left a few U.S. companies with some great, half-finished R&D with nowhere to go. So, many companies found a better reception in China, India and Nigeria. Now, it looks like the Philippines will make gains, as well. Essentially, these countries are going to benefit from U.S. Department of Energy spending.

NanoBot Backgrounder
From Wilkes-Barre to Wolfe
Headwaters Inc. makes nano waves

Pinhead Angels


angels

Last year, the holidays brought us "How the Schmirk Stole Nanotechnology." This season, the role of NanoScrooge is played by Angels Against Nanotech, which recently presented Harry Swan, an ex-Monsanto official and now a nano-evangelist, with its "Can of Worms Award."

Regular NanoBot readers already know how I believe that true nanotech is actually the ultimate in "organic" and environmentally friendly solutions to pollution and disease, so I won't repeat it here. Remember, I'm just the heavenly messenger, folks. A Nano-hymn: Enjoy.

A Nano-hymn

Hark the throng of angels sing,
nanotech's a dodgy thing
Piece by piece the world defiled
Godlike science running wild
Careful al ye people wise
Nano could be your demise
We will not cooperate
With your corporate nano-state
Hark the throng of angels sing,
nanotech's a dodgy thing

NanoBot Backgrounder
Nano industry hits bottom
'Nano? We don't need no stinking nano'
'All we have is speculation on toxicity'

Buckyball at 79th and Central Park West


buckyhoward

This was my first trip back to New York since I crossed the George Washington Bridge in a U-Haul four years ago, Michigan-bound. I couldn't go back without hitting my old stomping grounds on the Upper West Side. Bought some knishes at Zabar's (my wife is trying to figure out how to stuff them in the suitcase now) and, of course, I had to visit the Hayden Planetarium to walk around the giant sphere. The exhibits start with the tiny at the top and works its way to universal proportions at the bottom. Here, at the 1 nanometer level, I kneel in proper respect before the buckyball.

Saturday, December 11, 2004

'All we have is speculation on toxicity'


Analysis: Nano needs research before rules (By Dee Ann Divis, UPI)

    Concerns are rising over the possible toxicity of nanomaterials and the safety of nanoscale manufacturing, but experts say the field is so new there is not enough research in hand to know what regulations are needed or even if there actually is a safety issue.

    "For the most part, all we have is speculation on toxicity," said Mark Wiesner, an expert on the environmental implications of nanotechnology. "Some (nano)materials are likely to be toxic and some are likely to be completely benign, but we don't know."

    ... In fact, suggested Nancy Monteiro-Riviere, a toxicologist specializing in nanomaterials at North Carolina State University, the size of a nanomaterial may have to be considered separately from the raw material itself and the planned application when regulations are drafted for nano-derived products.

    "The use of cosmetics and sunscreens has been heavily tested in the past," Monteiro-Riviere said. "Most of the nanomaterials that are in these cosmetics are zinc- or titanium-based. They have been tested using classic toxicity screens. They have been regulated based on their chemical composition, not on their size. I have been talking with some of the FDA people who are reevaluating this at the current time." More here

NanoBot Backgrounder
Wanted: Independent nano watchdog - Part II
Show your face, Procter & Gamble
Apocalypse Nano

Friday, December 10, 2004

Nano and Commerce: Part 2


Picking up where we left off in this thread: Thanks for the reporting lesson, Alan. I've been doing this professionally since my late teens, but refresher courses in journalism and clarity are always welcome. Remember, though, that this is a blog and it's the nature of blogs to draw attention to other people's reporting as a basis for your own comments.

I'd like to think that my blog serves as a catalyst for readers to go out and seek their own information, chuckle a little, call me all sorts of names and hopefully take a look at some of the traditional journalism work I'm doing. The nature of a blog is that it is not necessarily very thoughtful (although it can be), but a reflection of my thinking of the moment and the general themes in the news of the day -- it's an outline of a rough draft of the first rough draft of history.

I think they should be seen in the context of who's doing the writing, and why. What I say about nanotech, for example, might contribute a tiny drop into overall public perception, but what, say Steve Jurvetson or Josh Wolfe say on their blogs can make real money change real hands. Blogs are a challenge for the reader, as well as the writer. Who's writing this? What do they know? What's the agenda? Where do they get their information?

The same principle can and should be applied to research reports written by Lux or for anybody else. Check your source, and then take into consideration what interests the source has in the outcome.

But, just for clarity's sake, again, let me repeat my original point. It's not that I do not believe that the nanomaterials commodities business like that described by Keith Blakely (a nanomaterials businessman) and Alan Shalleck (who runs a competing news and commentary site, but charges a premium price) will eventually turn into a lucrative business for a few players.

However, the issue for me always comes back to whether the materials business in which the hard-working Blakely (for whom I have much respect) toils is really all there is to this new "nanotechnology industry." My feeling is that it is not. Blakely's business supplies the raw materials on which the first phase of a nanotech industry will someday be based. The broader story still needs to be told, and told in an understandable way, to those outside this closed group of nanomaterials insiders if this new way of doing business is going to gain mainstream acceptance and truly support itself.

I'm in New York now, preparing to talk tomorrow to a group of glaucoma specialists about nanotechnology. These researchers are the best in their field, so there is nothing new that I can tell them about the latest in glaucoma research. What I will do, though, is give them an overview of where nanotechnology is right now in a range of areas. But they should remember that I'm only showing them what groups of scientists are doing with these basic materials, properties or processes. What they need to do is filter this information, and any piece of information they read about nanotechnology, through their own priorities and goals. So, they won't see too many ophthalmological examples here. It's their job to come up with those.

The doctors in my family always asked me to explain the medical applications to nanotechnology. What I should do is turn the question back on them. "You're the expert. Tell me what you can do with this new set of tools. The folks tinkering in the labs don't necessarily know."

So, I have no doubt that Keith Blakely and NanoDynamics, along with the other makers of nanosize Tinker Toys, will perfect the process and deliver quality building blocks. But the "story" of nanotechnology does not end there. That's only the beginning. Organic light emitting diodes (OLEDS) for flat-panel displays, lighter stronger materials for the military (I'm doing separate research now on those applications) are all still only the beginnings of what will eventually become not a single nanotech industry, but embedded within all industries.

To paraphrase a point I made in a white paper I wrote for NanoMarkets earlier this year, to think of nanotech within the framework of existing applications is to severely limit the possibilities of this technology.

I have not, as Alan suggests, jumped "from booster to blaster in response to one research report." My position on nanotech has remained the same since I began covering this beat. I cannot wait for the true age of nanotech to begin. What we're doing now is discovering new kinds of raw materials and seeing how they work. We're witnessing the launch of raw materials companies and incorporation of crude nanomaterials into a few existing products. But we should not mistake these important preliminary steps for an actual leap into the new era.

Before that can begin, the nanobusiness, nanoscience and nanomedia communities are going to have to let the rest of the world in on our vision of a better world -- and better profits -- through nanotechnology. To do that, you cannot disingenuously (through design or self-deception) declare that the revolution has already begun. That will take you only so far -- will be self-sustaining for only so long -- before we're forced to show the rest of the world the man behind the curtain, and teach them how to operate the buttons and levers that control the Great and Powerful Nano. If we fail to open the curtain ourselves, it will be opened for us amid cries of "humbug" and swinging Luddite hammers.

Tell the truth, don't believe your own hype and keep ever-broader segments of the public informed. I'm doing my best on this end.

NanoBot Backgrounder
NanoCommerce: Take it Literally

Thursday, December 09, 2004

Pardon my smart dust

Traveling today and experimenting with mobile phone blogging.

Nanotech protest


From: angel nanotech
Sent: December 9, 2004 9:31:15 AM GMT
Subject: NEWS: Nanotech protest

ATTN: News, Environment, Science, Technology, picture desk

Angels Disrupt Nanotech Conference and Present 'Can of Worms' Award to former Monsanto Man.

Buckinghamshire, UK, 9th Dec 2004

A host of heavenly angels from THRONG (The Heavenly Righteous Opposed toNanotech Greed) appeared today unto a nanotechnology businessconference in order to bestow a "Can of Worms" Award on arepresentative of the Nanotechnology Industry. Chosen to receive the award was Mr Harry Swan, formerly of Monsanto, who is Nanotechnologymanager of Britain's leading producer of carbon nanotubes, Thomas Swan & Co.

Nanotechnology, the manipulation of matter at thelevels of atoms and molecules (a million nano-angels can dance on thehead of a pin), is being touted to Industry as "the next big thing" despite major concerns over its safety and disruptive societal impacts.

NanoCommerce: Take it Literally


My compliments to Lux Research for coming out with what appears to be a report that's somewhat critical of nanotech industry players. Glad to see a nanotech research company that doesn't feel the need to be an industry booster at all costs. Needless to say, I'm of the opinion that the industry benefits from constructive, independent criticism. One simple thought just occurred to me after reading: Corporate Nanomaterials Buyers Fail To Get What They Pay For.

Despite the best attempts by a great many talented people in the media, venture capital community and government, nanotechnology is still not ready to hang its "Open, Come on In!" sign. Good PR people and journalists -- and I admit my guilt in this, too -- have pumped nanotech up beyond its current capacity. The small group of nanotech tinkerers out there are the victims of their own hype, having bought into this concept of "nanobusiness," then fooled themselves into believing it's all true.

The NanoBot difference? I know that most of these companies are not yet ready for Wall Street, or even Main Street, and have no interest in promoting them as such. I've often repeated that nanotech is so young that it is more of a concept that reflects the world view of the beholder. To me, that makes it even more interesting because it is ripe for the "bottom-up" approach.

Now is the time to fire up the imagination and challenge the young and young at heart to mold and shape nanotech into whatever they want it to be. That's the model that works -- not putting out the word from on high, dictating what nanotech is and is not, and then pushing that concept onto a closed group of people who, ultimately, are not ready to sustain one another as an industry.

But you know who is just hungering for nanotech information? A much larger group of students, entrepreneurs and concerned citizens who just can't get themselves excited about nano-enhanced pants, sunscreen and tennis rackets. They are citizens who ask not what nanotech can do for them, but what they can do for nanotech.

I'm betting that there are creative people outside the laboratory and entrepreneur community -- even those who have never even paid much attention to nanotech -- who want to learn more about nanotechnology as it could apply to their own interests. What is important to scientists and business opportunists is not necessarily what is important to the rest of us, from eye surgeons to nanotech virgins.

Most of the "breakthroughs" you read about are still a few steps removed from actual application. Most will ultimately be used in a way that hadn't even occurred to the inventor. That's why it's up to you, specialists in your field or just the curious browser, to take nanotech research to its next phase. Use your expertise and your imagination to put the pieces together. New ways of thinking do not rise magically from new enabling technologies. They come from practitioners who can look at the pieces and see what nobody else can see: a new opportunity.

What can you do now to help NanoBot's mission? Make a donation through Amazon or the PayPal "Make a donation" button on the left, or why not buy an ad?

Meanwhile, I'm hard at work in this end, creating a more-useful nanotech information service. I think most of you will like the results. As always, your thoughts are welcome, either through the "comments" button below or by e-mailing me directly.

NanoBot Backgrounder
Images of the possible
VC: Don't follow the baloney
Wanted: Independent nano watchdog

Wednesday, December 08, 2004

Doc Lovy gets his Bronze Star 36 years later


Not a nano story, but something much bigger. I wanted to make sure my father receives the recognition he deserves. I was 2 years old when he went to Vietnam, and cannot even imagine how different my life would have been had he not returned. Happy Hanukkah, Dad. I'm proud of you!

    It took Walter Price 36 years, but he made sure a battalion surgeon got the recognition — a Bronze Star — he deserved.

    It was 1968, and Walter Price, a lieutenant colonel, assumed command of the 3rd Battalion 506th Airborne Infantry 101st Airborne Division in Vietnam. When he took command, he met Capt. Andrew Lovy, D.O., the battalion surgeon.

    Their paths intersected for only a short time, he said, since tours in Vietnam rotated quickly.

    But he admired the young man. First, Lovy took a lot of grief from other doctors. Lovy was a doctor of osteopathic medicine. He was one of the first D.O.s commissioned into the medical corps and to serve as a battalion surgeon.

    Price said before Lovy’s commission, most osteopathic physicians were commissioned into the medical service corps to be medics.

    But overcoming the scrutiny was just one impression. Lovy was more than willing to risk his life to save another’s life. Price said the doctor jumped on several helicopters to get to wounded on the battlefield.

    Such action was discouraged because physicians needed to stay at the aid station, he said; many times Lovy made the decision to go after getting a call from one of his medics already in the field.

    Lovy didn’t see it that way and went to the battlefield to begin treatment sooner, and hopefully save a life, Price said.

    Upon completing his tour in Vietnam, Lovy wrote a letter to Price thanking him for the honor to serve with the battalion.

    “Many of them (members of the battalion) are alive because of him,” Price said. More here

Related Story
Dec. 8, 1967 (Kirksville Daily Express)

NanoBot Backgrounder
My old man's on the run
Military, Media and Mishpucha
Journalism from the bottom up

Monday, December 06, 2004

Absolutely, positively nano


The FedEx Institute of Technology at the University of Memphis will present an interactive Webcast on nanotechnology and business tomorrow at 3:30 p.m. Keynote speaker Meyya Meyyappan, a senior scientist at NASA Ames Research Center and the director of the Center for Nanotechnology, will outline the impact nanotechnology is expected to have on the world and the challenges to its commercialization. More in the Memphis Business Journal.

Northward up to Oregon to gather your pork?


Oregon senators bring home the bacon (By Andy Giegerich, The Business Journal of Portland)

    After some lean times, Oregon's U.S. senators have begun securing federal financing for an array of statewide projects.

    Opinions vary as to whether that's a good thing. Taxpayer watchdog groups say some of the money collected by Sens. Gordon Smith, a Republican, and Democrat Ron Wyden could qualify as "pork."

    Opinions vary as to whether that's a good thing. Taxpayer watchdog groups say some of the money collected by Sens. Gordon Smith, a Republican, and Democrat Ron Wyden could qualify as "pork."

    ... Often, the mere names of projects spur much chuckling. In Oregon, spending bill recipients include the National Laboratory for Molluscan Research and researchers of barley gene mapping and meadowfoam.

    The Oregon legislative team could also catch flack for its ability to obtain federal funds for seemingly private projects. Smith and Wyden secured $3.2 million for initiatives related to development in the North Macadam area. The money is earmarked as cash for "nanotech research"; the city hopes to attract several nanotech and biotech firms to the riverfront property. More here

Related News
Federal budget wheel of fortune awards cash prizes to lucky few (Houston Business Journal)

NanoBot Backgrounder
Nano Bacon Brought Home
Oregon Trail and the Holy Grail
It's the nano economy, stupid


'When Will Jesus Bring the Pork Chops?' By George Carlin


Sunday, December 05, 2004

Friday, December 03, 2004

The Sounds of Media Silence


An anonymous reader, reacting to my Tech Central Station piece on the new assembler animation, writes:

    Has anyone actually run a *Gasp* molecular simulation of these devices to study how or if they might work. The technology is there and the fact that none of the major proponents have performed these computational experiments is dismaying: it means that they either are not smart enough to perform the simulations or they have performed them and found the results proving their beliefs wrong.
I'm glad you mention that, Mr. or Ms. Anonymous. You hit on an important point. Remember, I'm a journalist, not a scientist, so I will address this issue as a journalist. If you pan the camera back, you might see that the nanotech niche media are being easily influenced by government officials, business leaders and a few high-profile researchers who appeal to the new "nanocommerce" climate. With this government/business/media partnership pushing unquestioningly ahead to redefine nanotechnology as nanobusiness, large chunks of the nanotech "story" are not being told. I'm just arrogant enough to believe that the media can have a huge influence on national priorities, so I believe it's nothing short of irresponsible for the media to march ahead without questioning the assumptions of those they cover.

I spent three years helping to lead the charge in bringing these disparate business efforts together and calling them a nanotech "industry." But, ultimately, this kind of business-boosting coverage falls short. Uncritical coverage is not only bad journalism, but it's also bad for the industry. The stories NOT being told are screaming on the sidelines. So, circumstances pushed me into returning to what I wanted to do from the beginning -- cover nanotechnology as a broader business, political, cultural and societal story, regardless of whether there's a five-year profit plan involved. For that matter, regardless of whether it fits neatly into the U.S. government's nano plans or those of the few star researchers who have the government's ear.

This is a long-winded way of answering the criticism, I know, but I thought it was important to spell out some of my base assumptions when I cover these stories. I'll sit back and enjoy the debate over what is physically possible and what is not. I'm not qualified to decide who is correct. My job is to draw attention to different points of view. Despite the negative PR generated by various interests against molecular manufacturing, I've spoken to enough, and varied, sources to realize that this vision of nanotech is being painted as physically impossible not because there is any proof that it is, but rather because it is politically and economically convenient for a few people to say that it is. And if you want to get in on all this government nanotech funding (other research projects might be up on the chopping block, but nanotech is certainly not), you'd better stay silent on "nanofactories" and forget about getting it funded, no matter what you really believe.

However, like I write in Tech Central Station, there is a nanotech "network-in-exile" working on this vision, including the molecular simulations that the reader describes. You simply haven't heard about them because they're doing it quietly, without fanfare, with very little government funding and with no media coverage.

Stay tuned to NanoBot. That situation is about to change.


Introduction to Online Journalism: Publishing News and Information


Thursday, December 02, 2004

Requests for cancer cure


The National Cancer Institute Alliance for Nanotechnology in Cancer has announced a number of Requests for Applications, including its planned Centers of Cancer Nanotechnology Excellence, Multidisciplinary Career Development in Cancer Nanotechnology Research and Cancer Nanotechnology Platform Partnerships. The NCI is planning a pre-application meeting Dec. 14 in Bethesda.

NanoBot Backgrounder
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nanotechnology books


Mass. nano marriage


Small-scale technology grant brings big things (University of Massachusetts Lowell)

    A center for nanoscale science and engineering could lead to highly skilled jobs in the Merrimack Valley as scientists develop new ways to mass produce devices a thousand times smaller than the diameter of a human hair.

    The University of Massachusetts Lowell, Northeastern University and the University of New Hampshire won a five-year, $12.4 million grant from the National Science Foundation for nanotechnology research.

    The money will fuse the efforts of the three universities in a Center for High-Rate Nanomanufacturing.

    The aim is to bring nanotechnology products out of the lab to be produced in factories for commercial use. Each institution will receive about $4 million.

    "That scale up is going to require new manufacturing processes. It's going to require new manufacturing equipment and worker training," said UMass Lowell Chancellor William T. Hogan.

    "It's good for us," Hogan said. "It's good for the region. It's good news." More here

NanoBot Backgrounder
Nano-Economics in Lowell, Mass.
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Technology Development and Transfer: The Transactional and Legal Environment


Images of the possible

nanofactory

Tech Central Station is running a piece I wrote about how proponents of molecular manufacturing, their image battered by nanocommerce usurpers, are fighting back with images of their own. Here's an excerpt:

    John Burch, who runs Lizard Fire Studios in Austin, Texas, says he fully expects his animation to be ridiculed by those who believe that he's merely producing a fanciful cartoon. That's OK, he says. Throw potshots at it. But while the argument rages over what is not possible, somebody had to "put this stake in the ground" and make the first move toward creating "a clear image of what we think is possible."

    Burch, 57, also reflects the ultimate appeal of this and other technologies that promise to lengthen human life, with aging baby boomers screaming for an end to this horrible thing called aging. Self-indulgent in almost every other phase of life, the boomers cannot be expected to go gently into that good night.

    "I want to make this thing happen," Burch says. "Everybody I know has medical problems that could be fixed or improved through technology based on this machine. There's too much pain in this world to just sit here and watch it."

    Where would he like to see it shown? "I think most anyplace where it's not ridiculed will be a good place." More here


animation software