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The Discipline of NanoEthics Needs to Exercise Some Discipline

My patience with ethicists who apply themselves to the subject of nanotechnology has worn pretty thin already.

So I was not really in the mood for another of these articles. But alas, let me point you in the direction of this latest piece entitled â''The Wild West of Nanotechnologyâ''.

Before addressing this colorfully titled article, let me start by explaining that what is paramount to understanding the nanoethicist is that the ethical issues they are concerned about deal more with genetic research, stem cell research or some other scientific discipline in which the relationship to nanotechnology is tangential at best.

It seems just a tiresome idea to these ethicists that technologies such as genetic profiling can be done without nanotechnologies; nanotech just makes them faster and cheaper. But, of course, putting the ethical dilemma in those terms sort of makes nanotech inconsequential to the whole matter.

No, sir, theyâ''ll have none of that.

So again letâ''s look at the Wild West article. While the author, Summer Johnson, Executive Managing Editor of The American Journal of Bioethics, explains to us that â''Wild Westâ'' is a term that is â''actually a good thing for nanotechnology's image,â'' I strangely conjured up images of lawlessness. How silly of me.

Of course, no article on nanotechnology can go without some kind of description of how huge it is. Whether nanotech is a Gold Rush or the next Industrial Revolution, the idea has to be gotten across that itâ''s some huge money-making, corporate monolith. In this case, to magnify how large nanotech is in medicine we get the following: â''Multiply that times the amount of money being invested by NNI and venture capitalists and other private investment and you begin to grasp the grandiosity of nanomedicine as an endeavor.â''

Really? That is the undetermined factor you want to multiply by? Letâ''s try on some real figures. Estimates have pegged VC funding of nanotech over the last seven years at about $1 billion. And the US government has spent a little less than $8 billion over the last 5 years. Those are the factors but to give you a little comparison, the NASA budget announced for 2009 alone is $17.6 billion.

I am feeling a little less convinced of the â''grandiosityâ'' of nanomedicine or any other nano for that matter.

You know, the real issue that ethicists want to talk about when it comes to nanotechnology is self-replicating nanobots. But in order to do that you have to be both a futurist (with an extremely open mind) and an ethicist. But undeterred, Johnson did not shy away from nanobots in this piece and she does so by using the term as a metaphor for the number of applications popping up for nanotechnology. Well done! I think that marks a first.

Finally, we get to the real crux of the matter for Johnson. It appears that she got duped into giving a presentation for an organization she claims was fraudulent called the Academy of Nanomedicine (AANM).

All I can say is that I am impressed. You drag the entire reputation of the field of nanotechnology through the mud to indict some guy by the name Wei--I really have to look into this whole ethicist business.

Dots and Dashes: Morse Code Returns for a Day

If you used Google today, you saw the search engine's front page adorned with artwork that looked a bit odd. It was a colorful depiction of the Morse Code symbols (--. --- --- --. .-.. .) for the word 'google'. It was used to mark the birthday of the man who made the telegraph one of the greatest technologies of all time.

Samuel Morse was born on 27 April 1791 in Charlestown, Mass. He became a painter by profession as a young man, but in mid-life turned his attention to the exciting new field of electromagnetism. Morse was one of those iconic American inventors who did not create the technology associated with his name but rather found the perfect way to use it.

During a trip to Europe in 1832 to study the latest artistic styles, Morse became interested in the electrical inventions that were causing a sensation in the press of the era. Upon his return, he became fixated on inventing a system of his own that could use electromagnetism to send messages over a copper wire. He suspended his promising painting career and turned his attention to developing a practical telegraph transmitter and receiver.

Morse was apparently unaware that others had already created telegraph schemes, notably Carl Steinhill of Germany and Charles Wheatstone of Britain. Still, with the help of American inventor Joseph Henry, he forged ahead with an independent approach. By 1837, he was able to demonstrate a prototype of his telegraph at the University of the City of New York. Shortly afterward, collaborating with a university student named Alfred Vail, Morse hit upon a plan to use short and long pulses of current to form a code standing for 36 alphanumeric characters. Then he applied for a patent for the system.

Discovering an obscure government award of US $30 000 to anyone who could build a practical signaling system over a thousand miles along the Eastern Seaboard, Morse set out to win the prize. He took his equipment to Washington, D.C., to display its workings to the government. However, the nation was in the midst of a recession, and Morse found little support for his seemingly far-fetched idea. In 1843, though, the Congress granted Morse funding to build a working demonstration of his telegraph to be operated between Washington and Baltimore.

On 24 May 1844, the telegraph line stretched 40 miles to its planned destination; and Morse, sitting in a chamber at the Capitol Building, keyed the signals for the words "What hath God wrought."

It was the beginning of a new era featuring a new field that would revolutionize the world: telecommunications.

For more than a century, Morse's code would be used to transmit messages both profound and mundane, but it would eventually be supplanted by newer means, from the telephone to the Internet. And the dots and dashes of Morse's language would fade into obscurity. Yet, today, on his 218th birthday, we celebrate the ingenious idea embodied by Morse Code, developed by a man who had set out to become a famous painter and became a famous inventor.

Semiconductor upswing?

Can a company survive an 80 percent drop in sales? Apparently it can, at least if the drop doesnâ''t last too long.

ASML, which makes the lithography tools that chipmakers need to make chips, had Q1 sales this year of just $184 million, compared to $919 million in 2008.

But back on April 15th, Aaron Hand reported in Semiconductor International that things should start to pick up.

Second-quarter sales are expected to fall in the range of â'¬210-230 million, but more considerable pick-up in demand is figured for the second half of the year, when ASML expects quarterly revenues to reach â'¬400-500 million to enable customersâ'' shrink roadmaps.

Transitions to new nodes are forcing installed base upgrades, [CEO Eric] Meurice said. â''As of last year, only the leaders had invested a bit of capacity in 45 nm flash, 55 nm DRAM, or 45 nm foundry logic. The rest of market is now organizing their conversions during this year, 2009. And during this year, the leaders themselves, who had already started these conversions, are now involved in even more aggressive conversion â'' namely 35 nm flash and 45 nm DRAM development. And these things will materialize also this year.â'' Improved foundry capacity utilization and Taiwanese DRAM consolidation are also enabling the current level of activity, Meurice said.

(By the way, if you get all confused about flash versus DRAM node sizes, as it happens, Bill Arnold, ASMLâ''s chief scientist, sorted it all out in this monthâ''s Spectrum in Shrinking Possibilities.)

Anyway sure enough, the Wall Street Journal reported on Friday that

European semiconductor companies will be hoping the worst of the slump may be over after Intel Corp. (INTC), the world's largest chip maker, recently indicated that sales of personal computers bottomed out during the first quarter.

Apple Inc. (AAPL) also reported a surprise gain in net income for its second fiscal quarter Wednesday, as sales of the company's iPod and iPhone products came in ahead of expectations.

Still, chip companies may have some time to wait for a full recovery. Microsoft Corp.'s (MSFT) chief financial officer Chris Liddell said Thursday he sees no immediate letup in the difficult trading environment, warning that it will persist through this quarter and "potentially through the calendar year."

The view from Microsoft may a bit misleading, though, and thereâ''s no contradiction in the disparate fortunes of Apple and Microsoft. In fact, on Saturday Daniweb columnist Ron Miller commented on that very thing.

The quarterly numbers are in the books for Google, Apple and Microsoft , and while Apple and Google made money, Microsoft failed to report a profit for the first time in 23 years as a public company.

It seems unfathomable that Apple continued to do well in this recession, but as I wrote on Thursday in Apple Earnings Continue to Defy Logic, while Apple's computer sales dipped, and iPod revenue (as opposed to sales) remained flat, the iPhone and the App Store carried the day. Meanwhile, the National Business Review reports that at a recent earnings call Google reported a very respectable 8.9 percent increase in profits.

Microsoft on the other hand had a devastatingly bad quarter compared to its biggest rivals. Microsoft's reported 32 percent profit plunge was all the more shocking since they had never reported a loss as a public company.

Ron shouldnâ''t be entirely surprised. Last July, Francis McInerney, corporate analyst and investor extraordinaire, explained exactly why Appleâ''s star was on the rise, and Microsoftâ''s was falling.

A Tale of Two Innovators

New York â'' Here is an intriguing tale of two innovators. Apple gets a NORTH RIVER MANAGEMENT GRADE A+ and Microsoft gets an A-. Since 1999, Apple has seen sales grow by four times and stock by fifteen times. Microsoft, by contrast, has seen sales grow 2.7 times and its stock fall 40%. The big difference: how they innovate.

Apple has a well-defined brand message: we manage your entertainment. Microsoft once had a clear message: we manage your work experience. But, once the company attacked Netscape with its Explorer web browser in 1995, the company lost its way and fell into a â''Let a thousand flowers bloomâ'' strategy. The latest thing is to be in the search and advertising businesses. Why? Who knows. But it is what it is.

The results are startling. Apple will overtake Microsoft in sales in about 24 months. If current sales multiples hold â'' no sure thing â'' the company would be worth $417 billion. Microsoft would be worth $343 billion, though probably less because its market cap to sales ratio is falling with its stock price. Either way, it is likely that Apple will be worth more than Microsoft in the foreseeable future.

Microsoft still has the higher market cap, but the Q1 results make clear that McInerney had spotted the key trend correctly. Itâ''s not clear what the lesson is in all this, but well-managed companies, like Apple, Google, and ASML seem to be pulling through the economic crisis.

Sun/Oracle Deal: The Hardware Implications

The blockbuster US $7.4 billion deal bringing Sun Microsystems into Oracle Corp.'s big tent (please see Bolt from the Blue: Oracle, Not IBM, Captures Sun Micro) has more than a few wondering what the world's largest business software company will do with a firm best known for its hardware offerings.

After the merger was announced Monday, Oracle CEO Larry Ellison said the acquisition of Sun would enable his company to offer customers applications and data-storage hardware in a bundle that will be tuned to help solve their business computing needs. Yet, some industry analysts speculated that by entering the hardware field Oracle could hurt long-standing partnerships with other computer vendors (especially Dell and Hewlett-Packard), as well as challenge Oracle's management to profitably run a new unit in the notoriously competitive hardware sector, where margins are historically thin even in good times.

"We have a track record of integrating acquisitions very quickly, and this will be no different," said Safra Catz, one of two Oracle presidents under Ellison, on Monday. Catz said Oracle intends to quickly make Sun's hardware operations a profitable operating unit inside the company.

The Oracle executives said its management could wring profitability out of Sun by integrating hardware and software services synergistically in the lucrative corporate marketplace as the global economy improves in the years ahead. They noted that this systems approach to providing business solutions could generate an additional $1.5 billion a year in operating profit.

"Oracle is transforming itself into a soup-to-nuts information technology vendor," Gordon Haff, an analyst at Illuminata, a technology industry research firm, told The New York Times in the wake of the announcement. "This deal promises to revitalize a systems competitor [Sun] that IBM and H-P were writing off as dead," Haff noted in a Times article.

Yet, Catz carefully mentioned that Sun "outsources nearly all the manufacturing, assembly, and servicing of its hardware." This remark did not go unnoticed by industry pundits. In a commentary typical of computer press reaction to news of the deal, Larry Dignan at ZDNet wrote that Oracle can now "pick and choose its hardware spots, unwind some systems and sell others."

The Dignan column went on to speculate that Oracle may have deemed Sun's hardware units as insignificant and Ellison's team may have few if any plans to try to turn them around. "Look for Oracle to do a little pruning before it blows any dough on Sunâ''s hardware business," Dignan concluded generously.

However, that outlook most likely underestimates Ellison's ambitions by light years.

Ellison is a person not unlike Bill Gates and Steve Jobs in his determination to leave a profound mark on the computer industry. As most observers have gathered over the years, Ellison is fiercely determined to battle it out with the giants of the industry at whatever cost is necessary, and that means going directly after the H-Ps and the IBMs and the Microsofts of the world.

When it comes to the hardware units he will be acquiring from Sun, look for Ellison to pursue new opportunities to grow Oracle into a general computing powerhouse.

Past history will only tend to goad Ellison into being even more determined to prove successful in any future foray into the world of chips and metal. In the late Nineties, Oracle moved into the hardware sector with a stripped down microcomputer that used a network connection for all its information tools. It was called the NC (for Network Computer), and it was supposed to revolutionize low-end computing for businesses.

The set-top-box-size device, however, proved to be a flop in the marketplace, as well as an embarrassment to Ellison personally. The NC, which counted on the promise of the network literally being the computer was a product too far ahead of its time to succeed. Oracle's partner a decade ago in the doomed venture was none other than Sun.

Don't look for Ellison to make the same mistake twice. He's got an entire arsenal of weapons at his disposal now to make another assault on the future of the whole industry.

Kieron Murphy is a contributing editor to IEEE Spectrum. He has covered the computer industry for more than 20 years.

Future owners of the Aptera 2e meet that all-electric carâ¿¿finally


The hundreds of people standing patiently in line in a Silicon Valley parking lot last night were not Apple fanboys waiting for that companyâ''s latest product release. Instead, they were future owners of a new electric car, the Aptera 2e, scheduled to start rolling off manufacturing lines this fall. These folks put down deposits a year or more ago, have drooled over artists' conceptions and photos of prototypes for months, and, finally, were getting a chance to look atâ''and briefly sit inâ''working models.

The three cars parked in front of Stanford Shopping Center were not production versions of the Aptera 2e. One was prototype number two, one a preproduction model, and one a development prototype snatched from the engineering lab but not quite done. But the folks in line were happy to have any version of an Aptera in front of them at last. They touched them, they sat in them, they photographed them.

David Sweet, a programmer for Microsoft who is number 429 on the depositers' list for the hybrid, a model expected to follow the electric, told Spectrum that the big attraction, for him, is the operating cost. Because he can plug in at work and let Microsoft pay the electric bill, it will essentially be nothing. He expects to follow through on his deposit and buy the car if it gets to market before the Chevy Volt. â''Basically,â'' he said, â''the first out wins.â''

Tom Driscoll, a design consultant for Akeena Solar and holding a reservation number in the low 700s for the all-electric version, said that he is drawn by the environmental friendliness. He expects to purchase the car as soon as his number comes up.

Russ Hedgpeth, CEO of Unity Electronics and number 60 on the list for the all-electric model, is simply a car buff, and will definitely be adding an Aptera to his collection of cars and motorcycles. Hedgpeth was thrilled to see the vehicle in person. â''Pictures can only go so far,â'' he said.

The Aptera 2e is a three-wheeled all-electric two-seater, capable of driving some 160 km (officially) to 240 km (unofficially) between charges; a later model will include a small gas engine to extend its range. The 2e weighs 770 kg and has a top speed of 145 km/h. It is expected to sell from $25,000 to $40,000. Aptera, founded in 2006, is based in Vista, Calif., near San Diego, but did this first of what will be a series of showings around the country for customers in Silicon Valley, since so many of the folks who put down deposits are clustered here.


The Aptera 2e looks like a white bird, particularly with its gull-wing doors open.


Future electric vehicle owners color pictures of the Aptera 2e.

Photos: Tekla Perry

Imbibing in the Nanotech Kool-Aid

I donâ''t know anything about U.S. Rep. Daniel Lipinski (D-3) of Illinois, but I have to give him credit for providing the wackiest urging to date on why one should invest in nanotechnology: because he has â''drunk the nanotech kool-aidâ''.

Apparently, after drinking this Kool-aid, Rep. Lipinksi believed nanotech would become â''the next Industrial Revolution.â'' Oh dear, I havenâ''t heard that line since 2001.

It seems the rest of the forum held at the University of Chicago had political discussions about â''building the tax baseâ'' and â''immigration restrictionsâ''. And then got into this whole business about maintaining â''Illinoisâ'' position as a leader in the field.â'' Sometimes this stuff just makes we want to weep.

You know, for all of Russiaâ''s odd little news items about their nanotech ventures at least they recognized that they had no idea how they should be measuring the economic impact of nanotechnology, and they were going to bother to figure it out before their second full year into their initiative.

But the US government, or at least some of its officials, seems to think that itâ''s still the next industrial revolution, and some regions of the country are ahead of others, but there donâ''t seem to be any metrics on how itâ''s doing thus far.

Itâ''s sort of like bragging that your car is the solution to the energy crisis because itâ''s so efficient, but youâ''ve never bothered to figure out what its miles-per-gallon figures are.

Itâ''s time to stop drinking the Kool-aid, roll up our sleeves and figure out why the billions of dollars poured into nanotech funding have garnered us little more than strong, lightweight tennis racquets and stain-resistant pants. These things are fine, but they are long way from even hinting at the next Industrial Revolution.

Russia Plans to Track Its Own Nanotechnology

I really love the story of nanotechnology in Russia thus far. You have intrigue. You have fantasy. And now we have internal conflict (or should I say internal contradiction).

The Moscow Times is reporting that Anatoly Chubais, RusNano's chief, has said, "Right now, no one in Russia even knows how much nanotechnology production there is." But then in the same article Chubais explains that last year the country produced 4 billion rubles ($120 million) to 20 billion rubles worth of nanotechnology equipment and materials.

Okay in his defense, he acknowledges that these numbers are probably pretty fuzzy and the idea is to start figuring out what they should be counting as nanotechnology. But couldnâ''t this point be made without trotting out the self-acknowledged â''fuzzyâ'' numbers.

I do enjoy making jokes about some of the funny press releases that come out about Russiaâ''s nanotechnology initiative. But I think their basic premise of dealing with government funding of nanotech in part through funding academic research and the other part through a fund that would lead to commercialized products is looking like it makes a lot more sense. Especially in light of all the government funding that has been poured into academic research and governments now wondering whether there is any economic impact to show for it.

Blurring Nanotechnology Definitions Ushers It into Discussions of Agriculture

I just finished listening to a podcast interview with Jennifer Kuzma, who is a science and policy expert at the University of Minnesota.

I was struck by the interviewers persistent questioning on the role of nanotechnology in agriculture. While Kuzma was able to readily provide a list of nanotechnologies used in specific food applications, she never really did the same for agriculture. Maybe because, like me, Kuzma is not aware of any applications for nanotechnology in agriculture.

Okay, a lot of agriculture science is based on molecular and cellular biology that operates on the nanoscale, but is anyone really calling this nanotechnology? I think they call it molecular and cellular biology. And if there is some growing desire to get better regulations around nanotechnology, why not the same for molecular and cellular biology?

There seems to have been a long-standing wish to somehow tie genetically-modified crops (the so-called GM foods debate) to nanotechnology, that somehow they are one and the same or just a continuation of evil science morphing our foods.

Maybe itâ''s time to nudge this talking point into the realm of reason rather than hysteria. I hope the next time Kuzma does one of these podcast interviews she decides that it is better to make it clear that the role nanotechnology plays in agriculture is tangential at best.

Bolt from the Blue: Oracle, Not IBM, Captures Sun Micro

Just days after rumors circulated that IBM Corp. had pulled out of a multi-billion dollar deal to acquire Sun Microsystems, the maverick CEO of Oracle Corp. has stepped into the picture to take over the ailing workstation maker with an offer that, ironically, nearly matches the original proposition from IBM.

Sun, the Santa Clara, Calif., hardware and software vendor, famed for its motto "The Network Is the Computer," unexpectedly announced today that it has agreed to terms with Oracle, of Redwood City, Calif., for a purchase price of US $9.50 per share in cash, or $7.4 billion (including assumption of debt).

Sun's management had entered into talks with IBM in March, in which industry analysts had said that the Armonk, N.Y., computer giant had offered to pay close to $10.00 per share to gain control of Sun (please see For IBM, the Allure of Sun Lies in Next-Gen Software Services in this space for more). In subsequent, negotiations, though, IBM lowered its bid to $9.50 after performing due diligence on Sun's accounting, according to published reports. Further wrangling over the purchase price and internal squabbling within Sun's boardroom (between factions aligned between Chairman Scott McNealy and Chief Executive Officer Jonathan Schwartz) led to IBM lowering its offer once again to somewhere between $9.10 and $9.40. That caused the prospective deal to collapse entirely only two weeks ago (see IBM Talks Teeter as Sun Board Splits in The Wall Street Journal).

In today's announcement, Sun pointed to its flagship software properties as being key to the merger with Oracle, the world's leader in business management software. Sun's press release stated that the acquisition would give Oracle control over an operating system and a development language that have come to underlie much of the most lucrative software products Oracle sells. Sun's Solaris operating system is the leading platform for Oracle's database offerings, and Sun's Java programming language provides the foundation for powerful computing tools such as Oracle's Fusion middleware, the company's fastest growing business.

"The acquisition of Sun transforms the IT industry, combining best-in-class enterprise software and mission-critical computing systems," Oracle CEO Larry Ellison said today. "Oracle will be the only company that can engineer an integrated system -- applications to disk -- where all the pieces fit and work together so customers do not have to do it themselves. Our customers benefit as their systems integration costs go down while system performance, reliability, and security go up."

"Oracle and Sun have been industry pioneers and close partners for more than 20 years," said Sun Chairman Scott McNealy. "This combination is a natural evolution of our relationship and will be an industry-defining event."

Today's announcement came as a surprise to the business world (see Oracle Agrees to Acquire Sun Microsystems in The Wall Street Journal). With two leaders in the software sector as mercurial and tough-minded as Ellison and McNealy, though, the pairing of Oracle and Sun may have coalesced quickly over the weekend, as the latter may have finally realized that the company he co-founded 27 years ago had met its match. Today's statement from Sun noted that the deal had been unanimously approved by the firm's board of directors, settling an internal dispute over Sun's continued independence, in which McNealy had argued for maintaining stewardship of the company through the precipitous downturn in the global economy.

Look for further analysis of today's blockbuster deal in the software field (such as this column by Senior Editor Tekla Perry) in IEEE Spectrum in the days ahead.

The Oracle/Sun acquisition is the culmination of a decades-long dance between company founders Ellison and McNealy


Though Sun Microsystems had four founders, it became, as it grew and prospered, increasingly identified with its longtime CEO and now chairman, Scott McNealy. And McNealy, clearly, considers this company his baby.

Throughout those years, McNealy became an icon of Silicon Valley entrepreneurism and of open source computing; he cast himself as the anti-establishment hero, fighting the forces of evil represented by IBM and Microsoft. He relished this roleâ''heck, he named his first kid Maverick.

Sometimes, along the way, he teamed up with another brash Silicon Valley entrepreneur, Larry Ellison, to shred those corporate behemoths. The two were particularly vehement in their anti-Microsoft rhetoric during the time of the antitrust trial, and also worked together to compete against IBM.

Says John Gage, the fifth employee at Sun who served as head of its science office for decades, â''Scott doesnâ''t go over and drink tea in Larryâ''s house, but theyâ''ve had a mutually respectful semi combative relationship over a long time.â''

And McNealy has more than once when speaking about Ellison, â''the enemy of my enemy is my friend.â''

That friend just rode in to the rescue. For Sun, itâ''s been looking like the company had to get acquired or die, but for McNealy, corporate death might have been preferable to handing off the company to IBM; he reportedly was behind Sunâ''s rejection of an offer from IBM a few weeks ago. Today, Sun and Oracle announced that Oracle is acquiring Sun for $9.50 per share, or approximately $7.4 billion.

While Wall St. may have been surprised by the announcement, it makes complete sense to Gage, now a partner at venture firm Kleiner Perkins Caufield and Byers. â''Scott and Larry have had a long long relationship, and Oracle and Sun have always been in a dance. Sun has been Oracleâ''s primary development environment; Sun used Oracleâ''s database. So people at the company would regularly call each other up and say â''Fix this in your operating system, we canâ''t use it this way,â'' or â''Fix this in your database, what were you even thinking?â''

"It is a complementary relationship," Gage says, "because, in the end, the point of computers is to store data."

Gage is looking for good things to come out of an Oracle/Sun union. â''There are remarkable technologies inside of Sun that very few customers of the company understand,â'' he told Spectrum. But he thinks these two Silicon Valley companies indeed understand each other, helped by their proximity. Among the many technologies inside Sun that could bloom inside of Oracle, he cites a file system technology that automatically updates yet lets the user instantly rewind the system to a previous state, and JavaFXâ''a graphical scripting language that could lead to creative rethinking of database interfaces.

The combination of the two companies, Gage says, â''will create new, powerful applications, and, after a period of time of adjustment between the two cultures, inspire innovations.â''

Photo: Sun Microsystems


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