https://upload.wikimedia.org/wikipedia/commons/thumb/d/d3/ES...
https://upload.wikimedia.org/wikipedia/commons/thumb/d/d3/ES...
Chinese:
1 yi
10 shi
100 bai
1000 qian
10000 wan
10 x 10000 shi wan (hundred thousand)
100 x 10000 bai wan (one million)
1000 x 10000 qian wan (ten million)
1 x 100.000.000 yì (hundred million)
10 x 100.000.000 shi yi (one billion)
Indian: no idea how it works in practice but it involves crore and lakh...I vaguely remember an article arguing that companies are basically a form of AI, because in a way, there are processes and systems and the whole thing is more than the sum of the humans working in it or something.
Now replace "AI" with "company" in this sentence of yours and we are already there. The exploits being the gigantic slot machine of social media, notifications, short-form content and endless scrolling.
Our knowledge of the diameter of this object is a bit fuzzy, because of surface reflectivity, small shiny things can appear as bright as dark large things. This is one of the motivations of making the NEO Surveyor an IR telescope, since IR we see black body emission off of the objects, which is mostly size dependent, and only weakly albedo dependent.
There is an even tinier chance that if it misses the Earth in 2032, it could hit the moon. I haven't run the numbers precisely for that one, but it impacted a few times in some monte-carlo simulations.
If anyone is interested in orbit dynamics, I have open sourced some of the engine we are using for observation predictions: https://github.com/Caltech-IPAC/kete
It is relatively high precision, though JPL Horizons has more accurate gravitational models and is far better suited for impact studies. My code is primarily for predicting when objects will be seen in telescopes.
Otherwise I think the only real “solution” to this is to rethink your notion of a phone. Personally I tend to use WhatsApp, email, and other non-phone-specific applications, and don’t use the actual phone feature very often. So theoretically I could use any small computing device and upgrade its components as needed, and not need to have a phone at all.
The data offers a fairly comprehensive and interesting perspective on China's research priorities and organization, I can't speak to the effectiveness of the programs themselves, but it does make me concerned that we are falling far behind in many areas, including cyber security.
[0] https://www.misp-project.org/
[1] https://raw.githubusercontent.com/MISP/misp-galaxy/refs/head...
[2] https://www.layer8.org/8541dd18-ff05-4720-aac7-1bd59d3921dd/
1) While being a fantastic resource to get a first impression of what's out there, the Defense Universities Tracker has not been updated since about 2019. So it is starting to be outdated and anyone using it should be well aware of it. It seems that an update is in an early stage.
2) In order to assess the actual risks, the sources that are provided at each institution's page are crucial. These are ommitted in your version. Please consider linking back to each institutions page under https://unitracker.aspi.org.au/
The question: What is the value added of your page over the official page https://unitracker.aspi.org.au/ ? I only see the map. Am I missing something?
https://github.com/deltachat/deltachat-androidhttps://github.com/deltachat/deltachat-ios
Doesn't work with all email providers though, from their FAQ:
https://providers.delta.chat/
Proton mail isn't supported (I'm guessing because of the way Proton encrypts your email at rest?).
https://delta.chat/en/chatmail