Have you tried Ashville? Maybe Costa Rica...or I'll be a snow bird and move from one economically depressed city in the north to one in the south..(plan on buying two small homes for under 100k total) Have a roomie in both locations to maintain the place whilst I'm not around.Hi wil,
hey, when you find this place pm me. I will not tell anyone else, promise. Thought it was here in NC but it's still too cold in the winter and too hot in the summer.
Joe
Ashville might be a bit too cold. looking for a place that has a max low of maybe 40 F and max high of 90 F with avg winter high 55 F and avg summer high 85 F.Have you tried Ashville? Maybe Costa Rica...or I'll be a snow bird and move from one economically depressed city in the north to one in the south..(plan on buying two small homes for under 100k total) Have a roomie in both locations to maintain the place whilst I'm not around.
Or maybe schoolbus and a motorbike. The home moves when it has to and the bike gets me around.
Hi wil,
Ashville might be a bit too cold. looking for a place that has a max low of maybe 40 F and max high of 90 F with avg winter high 55 F and avg summer high 85 F.Keeping with the thought of this thread, you could get away without air in the summer and maybe have a small heat system for winter. ..
I think the economy needs a lower startup cost for small businesses -- not too low but much lower. Innovation should be a risk, not an impossibility. Much of the problem is that the rules aren't very simple. You need a lawyer to figure out the laws, certified people to do every thing else, health insurance for workers, monthly tax returns for IRS, blah blah. Worse, real estate prices are super inflated. Somehow the market has not corrected them. No wonder everybody is looking for a job.
Oh, yeah.But the startup costs couldn`t get any lower in the US, fyi.
Keep in mind that new tech opens but also closes doors. A hydrogen/electric tech infrastructure would be good, but you'd need something else for your new job creating industry.
I would like to see small scale open source automated manufacturing. Move most manufacturing back into communities or even individual homes, and bring back the artisan and agricultural economy. Get away from all the centralized production.
I would like to see small scale open source automated manufacturing. Move most manufacturing back into communities or even individual homes, and bring back the artisan and agricultural economy. Get away from all the centralized production.
.. I think it would be a great day when (if) strip malls and big-box stores are converted to community centers, gardens, farmers' markets, etc.
We need to revitalize small farms. I think that is absolutely crucial for our economy. ..
I think a lot of folks are looking for that thing that hasn't been done yet. You need to be the first (or second) to the party to be a profitable business. This is nothing new. One of the other ways to be profitable is to get something for cheep, like a natural resource, which we can see has been the way of choice since the beginning of time. We have been talking about farming, but to start a farm today you would need a "HUGE" amount of cash to get the land. Most of the farms here have been owned by families down through generations. You could even look back to when the "settlers" came to this country, they took or stole the land from the Indians and hence got it on the cheep to start.But more so, I believe that we need to force a root technology to appear so that startups can happen. This sort of technology will most likely change our lifestyles.
For example with the invention of electricity, swarms of technologies developed. Another example would be cars revolutionized our life styles. With the introduction of the Internet that was initially government funded, we now see multiple industries formed.
In the same manner, I think we need something drastic like the Internet to revolutionize our lifestyle that likely is needed to be government funded. To give us a kick start.
The roof deck of the abandoned malls could be strengthened and that would be the place to farm...quote=Joedjr;179705]Hi TheKhan,Malls converted to farms is a realistic idea, but would it be enough space?
Neurophilosophy
A micro-motor powered by bacteria & a microscopic ion pump
with one comment
Researchers at the National Institute of Advanced Industrial Science and Technology near Tokyo have created the first micromechanical device with living components incorporated into them.
Nanobiotechnologist Yuichi Hiratsuka, now at the University of Tokyo, and his colleagues, have built a microscopic motor powered by bacteria.
The bacterium used in the device, Mycoplasma mobile is one of nature’s fastest moving microbes; it is able to glide over surfaces at speeds of up to seven-tenths of an inch per hour, the equivalent of a person moving at 20 miles per hour.
Hiratsuka and his team etched circular tracks, coated with glycoproteins, into tiny cogs. M. mobile needs these sugary proteins to adhere to a surface. The bacteria were genetically engineered, and coated with vitamin B7, to make them more adhesive. A rotor (left) was then added to the device, so that it moved when the bacteria slid along the pathways on the cog, which can hold 100 bacteria. The researchers were able to place 20,000 such rotors onto the surface of a silicon chip, with each cog rotating at an average of 2 revolutions per minute:
The system can repair itself and needs only glucose as a source of fuel. It contains no wires and, unlike electronic motors, can work in a wet environment. The system could be improved by adding more bacteria to the cogs.![]()
“We would like to make micro-robots driven by biological motors,” says Hiratsuka, adding that “we may be able to construct electronic generator systems, which generate electric energy from an abundant chemical source - glucose in the body”.
The microbe-powered motor may possibly be used to propel micropumps, perhaps like the one developed by researchers at the University of Washington.
Alexander Mamishev, an associate professor of electrical engineering, led a team which has developed a microscopic ion pump small enough to fit on a silicon chip. The device uses an electrical charge to produce a jet of air on the surface of the chip.![]()
The ion pump consists of two basic components, an emitter and a collector. The emitter, which has a diameter of 2 micrometers, generates ions, which travel along an electrical field to the collector, creating a cool jet of air that cools the chip surface. The infrared images on the right show the changes in surface temerature of a chip when the pump is switched off (top) and on (bottom).
“With this pump, we are able to integrate the entire cooling system right onto a chip,” says Mamishev. “That allows for cooling in applications and spaces where it just wasn’t realistic to do before.”
The University of Washington researchers, together with collaborators from Kronos Advanced Technologies and Intel, have received a $100,000 grant from the Washington Technology Center to take the project into the second phase.
The ultimate aim of the project is to develop cooling systems which can be built into the next generation of microchips and microelectromechanical devices. Researchers involved in the work are looking into incorporating carbon nanotubes and other nano-structures to improve the performance of the ion pumps.
I don`t quite understand why? can anyone clarify, because I thought the US was doing fine agriculturally, although seems very mass-produced. Organically grown vegetables at small gardens are doing pretty good in Japan, fyi (so in theory would do good in any city).
Silkworm eggs are injected with the genes of Nephila clavata, the golden orb spider, known in Japanese as the courtesan spider because its striking yellow, black and red colouring resembles the gorgeous kimono of an up-market prostitute. The silkworm caterpillars that emerge from the eggs weave cocoons, of which 10 per cent consist of spider proteins. These are spun into silk.
As I mentioned in my previous post, it is agribusiness that is doing fine. Joe mentioned family farmers. Most family farmers have been either bought out and pushed off of their land or have been what amounts to conscripted to the agribusiness firms.