not the country or the triangle :)

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Joined 1 year ago
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Cake day: June 13th, 2023

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  • In my recent research, published in AIP Advances, I used information theory to propose a new law of physics, which I call the second law of infodynamics. And importantly, it appears to support the simulated universe theory.

    At the heart of the second law of infodynamics is the concept of entropy—a measure of disorder, which always rises over time in an isolated system. When a hot cup of coffee is left on the table, after a while it will achieve equilibrium, having the same temperature with the environment. The entropy of the system is at maximum at this point, and its energy is minimum.

    The second law of infodynamics states that the “information entropy” (the average amount of information conveyed by an event), must remain constant or decrease over time—up to a minimum value at equilibrium.

    Okay maybe I’m just not smart enough to get this, and I think that’s probably the case, but isn’t this more in the realm of social science? Is information quantifiable in physics? I know you can quantify data, but information?

    I’m not doubting it but I’m just… confused. I don’t feel like article really explained what “information” means in this instance. They said “genetic information,” but that’s also not measured by the term information. I just need like a really dumbed down guide for this…

    Also this article just feels like an ad for the author’s study :/








  • Leaded gasoline has a really crazy story. People have known that lead is highly toxic since the mid 1800s, and when tetraethyl lead was invented by Thomas midgley Jr in the 1910s, pretty much everybody at GM knew how toxic it was. Dozens of workers died from exposure, and Thomas himself was sick with lead poisoning when it was unveiled to the public. GM even went as far as naming it “ethyl” to avoid public backlash.

    The reason it wasn’t banned until the 90s was because health officials in the 20s thought that exposure to drivers was so low that it wouldn’t reach toxic levels until decades down the line. Like, the 1970s. This wasn’t reviewed until the mid 70s and by that point the consequences were disastrous.There were some studies between the 20s and 70s, but most didn’t gain much traction. Many adults and children had increased levels of lead in their blood and lead has contaminated the groundwater and polluted the air. For instance, there is NO safe level of lead in blood, and Herbert needleman in the early 70s found some American schoolchildren had as much as 14 micrograms per deciliter This is the reason it wasn’t banned until the 90s in most countries. One could say we’re still recovering from that in some ways.

    And the worst part? They could have used ethanol, an organic substance that’s a major additive in alcoholic beverages. It also prevents engine knocking and is highly flammable, but otherwise not even close to as toxic as TEL was. You still woudlnt want to breathe it in, but it probably wouldn’t have polluted our air and ground so much. GM refused to use ethanol though because it couldn’t be patented (being naturally produced?) and it wouldn’t be very profitable to use it to prevent knocking. TEL was far more profitable.