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'Constant revolutionizing of production, uninterrupted disturbance of all social conditions, everlasting uncertainity and agitation distinquish the bourgeois epoch from all earlier ones ... All that is solid melts into air, all that is holy is profaned.' Marx

preconditions for technology parks#2 « Previous | |Next »
January 6, 2006

It was around the mid-1980s that the big shift towards business and wealth took place in government strong and in society. Under a neo-liberal mode of governance it became not only reputable to be wealthy, but something close to virtuous. There were "winners" and there were "losers," and the winners were rich and deserved to be. The losers deserved to be poor.

But how to create winners when Australian capitalists were so second rate and the wealth of the nation was at stake? One answer was technology parks which signified the translation of tax-supported basic research into useful new products---a process sometimes referred to as technology transfer." The strategy of technology transfer was to create Australian entrepreneurs, and to nurture the start up technology companies into Australian-owned high-tech businesses that would then compete in world markets.

It worked like this. In public universities, where most public funded research work is carried out, researchers can now patent and license their discoveries, and charge royalties. They could also enter into deals with drug companies that would directly transfer their public discoveries to industry. This gave a boost to the nascent biotechnology industry, as well as to big pharma. This article gives a good description of the process:

Small biotech companies, many of them founded by university researchers to exploit their discoveries, proliferated rapidly. They now ring the major academic research institutions and often carry out the initial phases of drug development, hoping for lucrative deals with big drug companies that can market the new drugs. Usually both academic researchers and their institutions own equity in the biotechnology companies they are involved with. Thus, when a patent held by a university or a small biotech company is eventually licensed to a big drug company, all parties cash in on the public investment in research.

Academic capitalism it is called. The talk was of cities of knowledge and the model to emulate was Silicon Valley as Australia's neo-liberal policymakers endeavoured to push and shape universities into trying to create new Silicon Valleys.

In this review by Jane Marceau of Margaret Pugh O'Mara's Cities of Knowledge: Cold War Science and the Search for the Next Silicon Valley helpfully spells out the preconditions for the flowering of Silicon Valleys:

Lesson One, she says, is that, to be successful, you need a lot of money. And money follows money....Lesson Two is that you need a very powerful university. Successful cities of knowledge in the United States have strong research universities at their centre...Lesson three is that you need control over land in the right location; in short you need control over the development of large parcels of land in locations desirable to middle class professionals...Lesson Four is that you need to make high tech development the end, not the means. This somewhat more complex lesson suggests that it is only universities that focus totally on creating science research and high tech industries for themselves will succeed.

As Marceau says that in Australia it is hard to see how these prerequisites are to be achieved. Our public universities seldom own large parcels of undeveloped land and most state governments have increasingly divested themselves of their own land banks. Our federal governments have not given out large amounts of money for research. The funds they provide for new science is almost derisory in most fields and more general federal funding for universities has fallen consistently in recent years. And industry gives little money for research in universities in Australia.

| Posted by Gary Sauer-Thompson at 11:57 AM | | Comments (4)
Comments

Comments

Supposedly UVa has developed a decent biotech industry around it in Charlottesville. That town has room to grow, but MIT in Boston doesnt. Boston is a pretty cramped city.

For money to follow money in Australia, it will have to be defence that hands out the dollars, to private industry and university.

Probably making most of the Universities amalgamate with UNSW was a mistake. Otherwise Universities like Wagga Wagga could leverage the town's large amount of open space to try and create an inland tech haven. It would require the town to be complicit.

But towns and counties get bought off constantly in the US. IIRC that Janelli Park I mentioned in a previous comment, gets a 1 million a year tax break from the county. This is in a county with a 1 billion a year budget and who leverages double digit percentage increases in property taxes on residents each year.

Cameron,
Adelaide had a go with a high tech polis/education city in the 1980s.It was mostly based on Japanese money and Australian hangerson but it was SA dreaming. It was a big fizz.

You write:

For money to follow money in Australia, it will have to be defence that hands out the dollars, to private industry and university.

The solution since the 1990s is to make Adelaide the defence centre of Australia through building submarines and destroyers.That part is succeeding in the new century.

But it hasn't been connected to the universities or to nurturing a local IT industry that spins off consumer goodies from the defence work. Wasn't that the synergy of Silicon Valley?

The Rann state government is mostly thinking in terms of clusters.

Adealide has a good opportunity to be a sustainable or eco-city given the heat and shortage of water and buld up the knowledge and skills around that---that is too radical. Instead it builds junk run by airconditioners fueled by coal fired power stations in the eastern states.

Gary, Yeh shipbuilding was technologically advantageous in the 1880s when steel making, metallurgy and turbine engineering was at the forefront of high tech. These days macro-weaponry, command and control, surveillance and aerospace are at the forefront of high tech.

In those areas we either buy US equipment, or integrate the US technology as black boxes without having actual access to the technology itself. Either because Congress blocks it, or because LM, Boeing, GenDyn and Raytheon are big enough to ignore us.

I reckon aerospace will bring greater technology, economic, trade, defence and diplomatic benefits than anything else atm. That being said, I wouldnt want shipbuilding to leave Australia.

R&D through defence spending is about the only way the economy can be spiked at both the private industry and academic level. In my opinion the federal government should dump about 8 billion a year to start off with straight into R&D. That would up our defence budget into the 24 billion mark, and about 3% GDP (up from 2%). So it is affordable.

Costello regularly finds those amounts under his budget bed which quickly get spent on electoral pork.