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Gaming the Future: The Book!

Category: Energy

Solar cells with nanocrystal ink reach 18 percent efficiency

Josh Hall, on his way to catch a plane, sends us this news from Technology Review’s Katherine Bourzac: A California company is using silicon ink patterned on top of silicon wafers to boost the efficiency of solar cells. The Sunnyvale, CA, firm Innovalight says that the inkjet process is a cheaper route to more-efficient solar power.… Continue reading Solar cells with nanocrystal ink reach 18 percent efficiency

Flying Cars: how close are we?

Previous in series: VTOL So, how close are we to flying cars? For specificity, let’s pick a technological bar to hurdle that answers most of the objections to the concept we’ve seen as comments on the previous posts: It should be relatively high-powered compared to current light craft. It should be STOVL for safety and… Continue reading Flying Cars: how close are we?

The Fuel of the Future

What will your car run on in 2020 or 2030? What form of energy storage and transmission will allow intermittent energy sources, such as wind and solar, to be a viable input to the economy? There’s a good chance, of course, that cars will still run on gasoline — its demise has been predicted early… Continue reading The Fuel of the Future

Darker = Brighter?

Here’s a University of Rochester press release from 2006: Scientists at the University of Rochester have created a way to change the properties of almost any metal to render it, literally, black. The process, using an incredibly intense burst of laser light, holds the promise of making everything from fuel cells to a space telescope’s… Continue reading Darker = Brighter?

Negative resistance

If you connect a 12-volt battery to a 4-ohm lamp, 3 amps of current will flow through the circuit by Ohm’s Law, V=IR. Power = VI = 36 watts will be dissipated by the lamp. If you add a 2-ohm resistor in series with the lamp, the resistances add to 6 ohms, the current is… Continue reading Negative resistance

Solar progress

Two new items that are follow-ons to the Moore’s Law for Energy thread: A story at Technology Review about new electronics that improve the usable power from existing solar panels by 5-25%. The advance is new smarter electronics that allows for an inverter for each panel instead of one big one for the whole system.… Continue reading Solar progress

More on Limits to Growth

There was a gratifyingly large response to last Friday’s post Acolytes of neo-Malthusian Apocalypticism. Several of the commenters seemed to think I was trying to refute the LtG model, but that would require a whole book instead of one blog post. I consider LtG to have been demolished in detail by people with a lot… Continue reading More on Limits to Growth

Acolytes of neo-Malthusian Apocalypticism

When I was in college 35 years ago, there was a major fad of neo-Malthusian doom-mongering, led by the “Limits to Growth” book and movement. A retreat was organized from the college, and some concerned, environmentally conscious professors and students, myself included, went off for a concentrated seminar in which we educated each other about… Continue reading Acolytes of neo-Malthusian Apocalypticism

Ink-jet wires for solar cells

Another step along the Moore’s Law-like trend line for solar power: Ink-Jet Printing for Cheaper Solar Cells at Technology Review. (see also Nanoscale Inkjet Printing)

Cool energy

In this post I pointed out that in the foreseeable future, nanotech devices are likely to be energy-starved. Chris Peterson asks in a comment whether there would be a problem from the heat dissipation from this energy use. The analysis is worth a post of its own, so here goes: About 100 thousand terawatts of… Continue reading Cool energy

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