WWGD's latest activity
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WMaybe the real Crazy Train was the life we lived along the way.
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WWWGD reacted to Rive's post in the thread How to secure home network routers (Install security certificates)? with
Like.
You mean, the configuration interface of your router? And the address is the usual 192.168.0.1 or 192.168.1.1 -kind of thing? As far as... -
WWWGD replied to the thread Collection of Lame Jokes.
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WWWGD replied to the thread Collection of Lame Jokes.I'm alright, don't need to worry about me.
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WWWGD replied to the thread Collection of Lame Jokes.Hadn't used the term in a while. Mine's been in the shop , like, forever.
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WWWGD replied to the thread I Topic about physics axioms, theory, laws etc...I think a point that may be relevant here is that Mathematics isn't bound by Physical reality, as the Banach-Tarski Paradox whereby we...
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WWWGD replied to the thread Collection of Lame Jokes.I used(?) to be a major Geography nerd. Maybe those without a social life , or French, like @Mayhem could get it. Me asking a woman...
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WWWGD replied to the thread Random Thoughts 7.RIP Ozzy Osbourne 1948-2025.
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WWWGD posted the thread How to secure home network routers (Install security certificates)? in Computing and Technology.Hi, My home network router page is stored at a http:// xxx.xxx.x.xx address, thus not stored securely. As I understand, I must install...
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WWWGD replied to the thread I Topic about physics axioms, theory, laws etc...Depends on which Math you refer to, as it splits on every undecidable statement. Choice or no Choice, Archimedean axiom holds in...
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WWWGD reacted to user079622's post in the thread I Topic about physics axioms, theory, laws etc.. with Like.
Does physics has axioms (like math), "fundamental blocks" from which we can build theory, laws and what are they? 1. How was it...
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WWWGD replied to the thread Random Thoughts 7.Seems like a law has been passed recently that requires authorization and disclosure of the use of your online data. Edit: Because I see...
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WWWGD replied to the thread A What happens when an operator maps a vector out of the Hilbert space?.How do we define symmetric operators in infinite-dimensional (inner-product)spaces, is it <Tx,y>=<x, Ty>?
