85,301 karma · joined September 9, 2014
https://www.inaturalist.org/observations/sohkamyung
And here's a Singapore Biodiversity Report that included photos from me (Figs 10-12) [PDF]
https://lkcnhm.nus.edu.sg/wp-content/uploads/sites/10/2023/0...
"The final patch in the series removes read() and write() with a surprising lack of ceremony, given that they have been there for 32 years."
[1] https://file770.com/talking-with-michael-moorcock-about-his-...
[1] https://www.theguardian.com/science/2024/mar/02/doing-someth...
The original three Foundation books are collections of short stories that Asimov originally wrote for magazines.
[1] https://press.uchicago.edu/ucp/books/book/chicago/H/bo207403...
[1] https://www.instructables.com/Slide-Rule-for-the-Modern-Day/
Am I right in saying that kind of development environment would be hard to use and maintain in Silverblue?
Like other books on genetics and biology, it is best to read it while it is still fresh: in several years time, parts of it might be obsoleted by new biological findings.
"The mathematics of Fibonacci
But the big question isn’t “why the Fibonacci sequence is found in nature,” but rather, “what is it that determines the Fibonacci sequence” in the first place?
[...]
It turns out there’s nothing special about the starting point of the Fibonacci sequence, either. You can start with any two non-negative numbers that you like where at least one of them is non-zero: they need not be “0” and “1,” they need not be whole numbers, they need not be close together. All you need to do is follow the same formula, where you take the first two numbers and add them together to make the next (third) number, and then add that number with the previous to make the next subsequent number, and so on. No matter which numbers you start with, the ratio of any two successive numbers will quickly approach φ, the golden ratio.
It’s enough to make one wonder: is there a way to simply generate any-and-all of the Fibonacci numbers without having to sum up each of the previous terms to get there? It turns out there is, and it’s an incredible mathematical curiosity. The key, believe it or not, is the 11th number in the Fibonacci sequence: 89."
Of his recent fiction, I enjoyed "Zeitgeber" [1] and "The Nearest" [2]. I found the latter to be an interesting exploration of what happens when you suddenly discover that you don't recognize your loved ones as human.
Kobo and Google Play Books also offer DRM-free books, but you have to look at the book details (further down the book page) to see this information.
[1] https://libreture.com/bookshops/
[1] Wolbachia Malaysia [ https://imr.nih.gov.my/wolbachia/ ]
[2] Singapore NEA Wolbachia info [ https://www.nea.gov.sg/corporate-functions/resources/researc... ]
[3] A 2021 news article on Wolbachia in Malaysia [ https://www.channelnewsasia.com/asia/malaysia-fight-dengue-m... ]
[1] https://timeteam.github.io/fiction/2016/12/21/wangs-carpets....
P.S. I submitted it on a Win 11 machine running Firefox.
I have a momentary double take, when I thought you meant that users only change phones when the users have died. Of course, in Chinese culture, that is done by burning offerings of paper smartphones while honouring the dead. :-)
"CHEMISTRY and GEOLOGY PRIZE [POLAND, UK]
Jan Zalasiewicz, for explaining why many scientists like to lick rocks.
REFERENCE: “Eating Fossils,” Jan Zalasiewicz, The Paleontological Association Newsletter, no. 96, November 2017. Eating fossils | The Palaeontological Association (palass.org)
WHO TOOK PART IN THE CEREMONY: Jan Zalasiewicz"