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Joined 1 year ago
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Cake day: June 24th, 2023

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  • Switched to tidal as got fedup with Spotify shit app quality, constant breaking when usieng Android auto, and glitching out when playing between pc/android. Tidal is better but missing things. My wife loves alexa integration…so she sticking with Spotify. I am enjoying tidal though. It just works evey time. Its clear why it stops playinga song, and so on. I would rather miss featurs then use buggy product. Spotify is full of random featurs and crap but its buggier then ever…

    One other stark difference is the qulaity of of mixes and radio stations tidal puts together…spotify plays same stuff on loop basically, i rarely got anything good thats new and not promoted artist…with tidal i get a huge mix of artists in mymixes and radios, both new and old stuff…its been better for discovery then Spotify.






  • It’s not really a sensor issue, as much as having software that can interpret the sensor data and act on it. Cameras and lidar effectively provide same thing, distance to objects in 2d/3d. But u need software to process that data and identify where the road is, where little jonny is, and what to do…arguably, the distance measuring problem has been solved for a while with lidar or with cameras, it’s object identification and reaction to that info that’s not solved. You can’t really solve it with traditional if/else programming, while AI gives you only a probability of what something is or what action to do…so the problem is hard.

    But ntsb/dmv whatever needs to come up with a way to test and classify autonomous driving software…probably doing real world test and identifying edge cases where it fails.


  • This a really bad take. Seawater deal with RO is a marvel of efficiency, only 2-3 times above the thermodynamic limit of demixing water from salt. It does not really generate toxic waste like coal fired power plants, but does produce lots of brine with various organics (antiscalants, surfactants etc.) that are not that great. The key issue is water is very cheap from traditional sources (surface water and groundwater) and requires rather crude treatment to be usable, resulting in very low cost. Hence why desal is used in areas where they have no choice. If you don’t have surface/ground water source or brackish water source you are doing seawater deal or leave the area…not many choices. At least RO is electrified so it can use renewables but that does not really solve the much higher cost…or issue of brine generation, with zld have a set of it’s own issues costs…



  • CO2 to syngas to hydrocarbon fuels is probably a better carbon zero process, considering we will need to do a ton of cdr anyway…although doubt energetics and economics would be great. Hydrogen, just like biofuels today are anything but carbon neutral, and efficient electrolysis might never happen. Hydrogen production will also face water shortage issues and in general electrolysis requires pretty low tds water which is not trivial to source…not sure what’s best way to get carbon zero airplanes honestly…