by the meltingpot: Point of use electricity: By Dean Kamen.

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Indeed, what is at work in the recent return of realism is the revenge of geography in the most old-fashioned sense. In the 18th and 19th centuries, before the arrival of political science as an academic specialty, geography was an honored, if not always formalized, discipline in which politics, culture, and economics were often conceived of in reference to the relief map. Thus, in the Victorian and Edwardian eras, mountains and the men who grow out of them were the first order of reality; ideas, however uplifting, were only the second.
And yet, to embrace geography is not to accept it as an implacable force against which humankind is powerless. Rather, it serves to qualify human freedom and choice with a modest acceptance of fate. This is all the more important today, because rather than eliminating the relevance of geography, globalization is reinforcing it. Mass communications and economic integration are weakening many states, exposing a Hobbesian world of small, fractious regions. Within them, local, ethnic, and religious sources of identity are reasserting themselves, and because they are anchored to specific terrains, they are best explained by reference to geography. Like the faults that determine earthquakes, the political future will be defined by conflict and instability with a similar geographic logic. The upheaval spawned by the ongoing economic crisis is increasing the relevance of geography even further, by weakening social orders and other creations of humankind, leaving the natural frontiers of the globe as the only restraint.
So we, too, need to return to the map, and particularly to what I call the “shatter zones” of Eurasia. We need to reclaim those thinkers who knew the landscape best. And we need to update their theories for the revenge of geography in our time.
Here is the link for the whole write up.

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My view is that relations between countries in the coming decades are most likely to reflect their cultural commitments, their cultural ties and antagonism with other countries rather than other factors. Quite obviously, power will continue to play a central role in global politics, as it always does. But usually there is something else behind conflicts. In the 18th century in Europe, the issues to a large extent involved questions of monarchy versus the emerging republican movements, first in America and then in France. In the 19th century, it involved states identifying themselves through nationalism. In the 20th century, ideology came to the fore, largely, but not exclusively, as a result of the Russian Revolution. We had fascism, communism and liberal democracy competing with each other. Well, that’s pretty much over. Liberal democracy has come to be accepted, in theory at least, around the world, if not always in practice. So the question really is what will be the central focus of global politics in the coming decades? My argument remains that cultural identities, antagonisms and affiliations will not only play a role, but play a major role in relations between states. The full interview is here.

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Every citizen in the City of Richardson will be able to access 756 Kbps of internet connectivity for free, from anywhere in the city. They will be able to access the internet from their homes, schools, restaurants and parks using standard wi-fi connections which are now installed on almost every notebook computer. That is almost as fast as many so-called high speed broadband connections that one pays dearly for today, and several times faster than the various hotspots at your local coffee shops. And I should note that the tax-payers of the City of Richardson are not paying one penny for this, and in fact are going to see additional revenues as a benefit. ... At the beginning of this letter, I suggested that this would be one of the fastest worldwide rollouts of a technology ever seen. It was just 20 years ago that the first cellular systems were being built. The rollout for mesh wireless systems is going to make that look slow. There are several reasons I make this assertion. But they all center on the facts that installing mesh systems will be cheaper and easier than any previous system and the economics in both the developed and especially the developing world will be so radically compelling. Throw in the fact the any astute politician will want to be at the front of this parade (They will all want to say, "I was the man who helped bring free internet to everyone!") and the groundwork is laid for rapid deployment. In Richardson and elsewhere, MeshLinx is offering the basic infrastructure for free. This avoids all the time consuming, political budget battles in the cities. When a service is offered for free, much of the mandated competitive process is eliminated. Next is the low cost of installation of the system. As noted above, Richardson is a city of roughly 100,000 people living in 27.4 square miles. It will "only" cost about $2,000,000 today to lay the wireless blanket I mentioned above. It will cost a great deal less in the future, as MeshLinx is building the pods at a pace of 100 a month today. The maximum output of the US pilot assembly line is 500 a month. When the demand exceeds this (and it will in a very short time) discussions have been held to move volume production to China. Of course, the world will need tens of millions of pods. The cost for a pod will be a fraction of today's cost, with that installation number for a city like Richardson soon being half (or less) the cost of today. What does that $1 or 2 million get you? The infrastructure to be an internet connection, telephone, security, entertainment provider and a whole lot more company. As noted, it will get cheaper as the number of pods being made each month rises, thus lowering their costs dramatically. This technology does have scale. The cost of physically putting up a pod is not a large part of the equation, as you simply need to run a power line, attach a few bolts to a mount on the side of a building or light pole and then off to the next point. Think about the 40,000 homes and businesses in Richardson. If and (hopefully) over time when 10% decide to pay $50 a month for 10-20 Mbps high speed internet access you could see a revenue of $2.5 million a year just from internet access. Now add in all the other income possibilities (phone, entertainment, security and don't forget advertising revenue on the free service!). Think about your town or country. What would service like this be worth? If you are a small city that does not have high speed connections available, how many businesses that could bring jobs do not come your way because they need reliable communications for their work and their employees? If you are in a developing country, where internet access is difficult and expensive, it will open whole new vistas. Couple that with the various programs which want to give cheap laptops to kids in poor countries, and you could see significant social progress in a generation. Here is the link.

Sunday, August 27, 2006

Point of use electricity: By Dean Kamen.

I got this post and the accompanying image from TIME. I read the piece by RSS feed. So, I lost the link. You go there and search for it!

I'm really thrilled the first image in my blog just happen to be of Dean Kamen. You remember him? Yes, the inventor of Segway.

Though, you may call him a little eccentric, I'm a kind of fan of Dean.

He had just invented a generator, the details of which I extracted from Time below. But the interesting part is they are putting two of the generator in test run in Bangladesh.

I'll be very much thrilled if we can get a user review of the generators because Bangladesh is quite near to us.

On how his generator works...
My engine runs like your refrigerator runs. When's the last time you did some maintenance work on the compressor of your refrigerator? [The refrigerator] is a sealed system. You put electricity into that compressor, the bottom end gets hot and gets blown away, and the top end, because you've put electricity in and it's pumping, gets cold, and you cool down the refrigerator. So let's see, electricity into a sealed system, one end gets cold the other gets hot. Take that sealed system, and make [the bottom] end hot with your methane, and keep [the other] end cold, by cooling it with water — electricity comes out. So we're essentially running your refrigerator backwards, with a sealed system that makes about as much noise a your refrigerator, and will last as many years without maintenance. And it runs on any fuel. Anything that makes the bottom of that sucker hot, will give you electricity.
On a recent trial-run of the generator....
We put two of these machines to test it in two villages, 75 kilometers apart, last year in Bangladesh. And I thought, 'wow, it's going to run on cow dung, there will be all sorts of issues. We'll send engineers, and if we can get any data...'. Any data? Those machines ran flawlessly around the clock. Each village went from never seeing electricity, never having a light bulb at night, to being fully electrified. They're small villages. But they were fully electrified for nearly half year each. And the only fuel — there's no infrastructure for that either-that went into each of these boxes was [methane gas from] cow dung. A pit next to the box and the most basic bio-digester you've ever seen...the pipe comes out of it and into our engine, and it made electricity. And since the power was made locally, we had no transmission lines, and we had no infrastructure issues. And it created in each village three entrepreneurs. It not only wasn't sapping an economy, it was creating an economy. There was a guy now selling dung. If you annualized his 24 week income, he would have made $360 selling something that would not have had value. There was the guy running the generator. He was making a nice living. [And a third entrepreneur, selling things like light bulbs]

by the meltingpot

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