*Magnify*
SPONSORED LINKS
Printed from https://writing.com/main/profile/blog/cathartes02/day/10-26-2024
Rated: 18+ · Book · Personal · #1196512
Not for the faint of art.
Complex Numbers

A complex number is expressed in the standard form a + bi, where a and b are real numbers and i is defined by i^2 = -1 (that is, i is the square root of -1). For example, 3 + 2i is a complex number.

The bi term is often referred to as an imaginary number (though this may be misleading, as it is no more "imaginary" than the symbolic abstractions we know as the "real" numbers). Thus, every complex number has a real part, a, and an imaginary part, bi.

Complex numbers are often represented on a graph known as the "complex plane," where the horizontal axis represents the infinity of real numbers, and the vertical axis represents the infinity of imaginary numbers. Thus, each complex number has a unique representation on the complex plane: some closer to real; others, more imaginary. If a = b, the number is equal parts real and imaginary.

Very simple transformations applied to numbers in the complex plane can lead to fractal structures of enormous intricacy and astonishing beauty.




Merit Badge in Quill Award
[Click For More Info]

Congratulations on winning Best Blog in the 2021 edition of  [Link To Item #quills] !
Merit Badge in Quill Award
[Click For More Info]

Congratulations on winning the 2019 Quill Award for Best Blog for  [Link To Item #1196512] . This award is proudly sponsored by the blogging consortium including  [Link To Item #30dbc] ,  [Link To Item #blogcity] ,  [Link To Item #bcof]  and  [Link To Item #1953629] . *^*Delight*^* For more information, see  [Link To Item #quills] . Merit Badge in Quill Award
[Click For More Info]

Congratulations on winning the 2020 Quill Award for Best Blog for  [Link To Item #1196512] .  *^*Smile*^*  This award is sponsored by the blogging consortium including  [Link To Item #30dbc] ,  [Link To Item #blogcity] ,  [Link To Item #bcof]  and  [Link To Item #1953629] .  For more information, see  [Link To Item #quills] .
Merit Badge in Quill Award 2
[Click For More Info]

    2022 Quill Award - Best Blog -  [Link To Item #1196512] . Congratulations!!!    Merit Badge in Quill Award 2
[Click For More Info]

Congratulations! 2022 Quill Award Winner - Best in Genre: Opinion *^*Trophyg*^*  [Link To Item #1196512] Merit Badge in Quill Award 2
[Click For More Info]

   Congratulations!! 2023 Quill Award Winner - Best in Genre - Opinion  *^*Trophyg*^*  [Link To Item #1196512]
Merit Badge in 30DBC Winner
[Click For More Info]

Congratulations on winning the Jan. 2019  [Link To Item #30dbc] !! Merit Badge in 30DBC Winner
[Click For More Info]

Congratulations on taking First Place in the May 2019 edition of the  [Link To Item #30DBC] ! Thanks for entertaining us all month long! Merit Badge in 30DBC Winner
[Click For More Info]

Congratulations on winning the September 2019 round of the  [Link To Item #30dbc] !!
Merit Badge in 30DBC Winner
[Click For More Info]

Congratulations on winning the September 2020 round of the  [Link To Item #30dbc] !! Fine job! Merit Badge in 30DBC Winner
[Click For More Info]

Congrats on winning 1st Place in the January 2021  [Link To Item #30dbc] !! Well done! Merit Badge in 30DBC Winner
[Click For More Info]

Congratulations on winning the May 2021  [Link To Item #30DBC] !! Well done! Merit Badge in 30DBC Winner
[Click For More Info]

Congrats on winning the November 2021  [Link To Item #30dbc] !! Great job!
Merit Badge in Blogging
[Click For More Info]

Congratulations on winning an honorable mention for Best Blog at the 2018 Quill Awards for  [Link To Item #1196512] . *^*Smile*^* This award was sponsored by the blogging consortium including  [Link To Item #30dbc] ,  [Link To Item #blogcity] ,  [Link To Item #bcof]  and  [Link To Item #1953629] . For more details, see  [Link To Item #quills] . Merit Badge in Blogging
[Click For More Info]

Congratulations on your Second Place win in the January 2020 Round of the  [Link To Item #30dbc] ! Blog On! *^*Quill*^* Merit Badge in Blogging
[Click For More Info]

Congratulations on your second place win in the May 2020 Official Round of the  [Link To Item #30dbc] ! Blog on! Merit Badge in Blogging
[Click For More Info]

Congratulations on your second place win in the July 2020  [Link To Item #30dbc] ! Merit Badge in Blogging
[Click For More Info]

Congratulations on your Second Place win in the Official November 2020 round of the  [Link To Item #30dbc] !
Merit Badge in Highly Recommended
[Click For More Info]

I highly recommend your blog. Merit Badge in Opinion
[Click For More Info]

For diving into the prompts for Journalistic Intentions- thanks for joining the fun! Merit Badge in High Five
[Click For More Info]

For your inventive entries in  [Link To Item #2213121] ! Thanks for the great read! Merit Badge in Enlightening
[Click For More Info]

For winning 3rd Place in  [Link To Item #2213121] . Congratulations!
Merit Badge in Quarks Bar
[Click For More Info]

    For your awesome Klingon Bloodwine recipe from [Link to Book Entry #1016079] that deserves to be on the topmost shelf at Quark's.
Signature for Honorable Mentions in 2018 Quill AwardsA signature for exclusive use of winners at the 2019 Quill AwardsSignature for those who have won a Quill Award at the 2020 Quill Awards
For quill 2021 winnersQuill Winner Signature 20222023 Quill Winner

October 26, 2024 at 9:26am
October 26, 2024 at 9:26am
#1078956
From SciAm, and an author I hung out with for a week a few years ago:

    Why Does the Moon Look Bigger Near the Horizon?  
The rising moon looks huge on the horizon, but it’s all in your head


I can smugly assert that this is something I'd already figured out.

I remember watching the full moon rise one early evening a while back.

You'd think astronomers would spend more time watching moonrises.

As it cleared the horizon, the moon looked huge!

Eastern Colorado, where this occurred, is basically a continuation of Kansas: Flat as the proverbial pancake. There's an actual horizon there.

Anyone who is capable of seeing the moon (or the sun) near the horizon has experienced this effect.

I don't have an unobstructed view of the horizon here, but I've spent time on the coasts, so yes.

But it’s not real. Simple measurements of the moon show it’s essentially the same size on the horizon as when it’s overhead. This really is an illusion.

As opposed to time, which really is not (yes, another time article is in the queue).

Attempts to explain it are as old as the illusion itself, and most come up short. Aristotle wrote about it, for example, attributing it to the effects of mist.

As smart as Aristotle was, he got lots of stuff wrong. This was one of those things.

A related idea, still common today, is that Earth’s air acts like a lens, refracting (bending) the light from the moon and magnifying it.

The "simple measurements" noted in an earlier quote refute that bit instantly. Refraction does make it appear redder than usual, though, just like it does with the rising or setting sun.

Another common but mistaken explanation is that when the moon’s on the horizon, you’re subconsciously comparing it with nearby objects such as trees and buildings, making it look bigger. But that can’t be right; the illusion still occurs when the horizon is empty, such as at sea or on the plains.

But, see, coming up with explanations like that, even when they can be disproven... that's part of science.

So what’s the cause? Like so many things in science, there are two effects at play here.

Phil indeed goes on to explain the cause, but no need for me to quote it word-for-word. The first part of the answer is related to this well-known optical illusion.  

The second part is devoted to showing that we don't see the sky as a hemisphere, but as a nearly-flat surface. This is the harder part to accept, I think, but next time you're out on the plains or the ocean on a partly cloudy day, note how the bottoms of the clouds make the sky seem flat. This is for the same reason that the Earth itself appears (but only appears, dammit) flat in such locations.

So you've got two (nearly) planes, earth and sky (the temptation exists to make a plains/planes pun, but I'm not in the mood), but only one moon. Still, presumably, you've seen the moon high in the sky quite often, so then when you see it near the horizon, your brain goes back to remembering seeing that.

Moon illusion misconceptions still abound, and like so many myths, they likely won’t go away no matter how much someone like me writes about them.

Yes, this is, indeed, the curse of fact-checkers.


© Copyright 2024 Spirit HalloWaltz (UN: cathartes02 at Writing.Com). All rights reserved.
Spirit HalloWaltz has granted Writing.Com, its affiliates and its syndicates non-exclusive rights to display this work.

Printed from https://writing.com/main/profile/blog/cathartes02/day/10-26-2024