241 karma · joined August 21, 2013
The lecture is given by a respected pain research scientist, and it also covers much of modern pain science (including why the biomedical model of pain is outdated and how the biopsychosocial model of pain is more representative of observations of human pain experiences).
So, I went to the website[1] linked in the PDF to learn more, but sadly it appears the domain has been taken over and now just displays a small collection of badly written articles about Windows.
Citation needed.
(Unfortunately I no longer remember the exact problems, but they were not nearly bad enough to deter me from continuing to use it. I have about half a dozen Mac devices in my home, so the net positive of continuous wireless Time Machine backups has far outweighed said small issues.)
This reminds me of a small personal project I decided to take on a couple years ago. I did it both as an experiment in performance and for nostalgia's sake.
I bought as pristine an example as possible of Apple's last machine that could run Mac OS 9 natively, a PowerMac G4 (the 2003 MDD vintage). I upgraded the CPU and RAM as much as possible (dual 1.25 GHz G4, 2GB RAM), and replaced the hard drive with as fast an SSD as the system could handle (don't recall which SSD model at the moment).
In short, I was astonished at the "snappiness" of the system. Boot time took no more than 15 seconds. Shutting down took only about one second. The system entered sleep mode near-instantly. Opening and closing windows within an app happened as fast (or faster) than I could react to it. Opening and closing classic apps themselves was at least an order of magnitude faster than what I would consider reasonable analogs from today.
I already had a decent amount of disdain for how much time I spend on a modern Mac/iOS device waiting for the system to catch up to my inputs, but it got worse after having done this experiment. A simple example, but which pains me near-daily, is the creation of folders in the modern Finder. After typing cmd+shift+N, I often must wait an amount of time that must be on the order of several hundred milliseconds before typing the name of the folder (if I don't wait, the first couple characters I type will be missing from the folder's name, which is yet another time-sink to go back and fix the missing characters). And this is on an iMac Pro! I tried this exact test on my old-but-quick PowerMac G4, and I never had to wait nor lost any chars no matter how quickly I attempted to type the command and the subsequent folder name.
I hadn't heard of this before, but it sounds like we are a long way off from reaching the limit; as the article states, modern computers use millions of times more energy than what Landauer's Principle implies is the lowest possible amount.
Apple has such a limited number of products that they can build robots to disassemble said products piece-by-piece, which is arguably a more efficient manner to recycle individual parts. Other companies that have a zillion products would likely find it difficult to achieve the same level of efficiency, because they basically have to "shred" their products and sort the bits out later.
EDIT: Do you have a source on Apple using "Bangladeshi children" for disassembly before today?
I looked online for just about anywhere in Northern California and made phone calls to various kitchen stores and iron workers up to a radius of about 25 miles and found absolutely nothing. I would much rather have just paid someone who knows what they're doing to re-season my cookware than half-ass it myself. So does anyone else know of a service for this?
I love the irony. Peter Thiel was trying to make a point with his "College Dropout Challenge", but this product was really developed by someone with a graduate-level education.