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The post The Small Kitchen Multiplication Tables 7 You Should Know appeared first on Elegant Kitchen. ift.tt/1qLFkpr The Small Kitchen Multiplication Tables 7 You Should Know ift.tt/YzRk6W ift.tt/1qLFkpr
Multiplication is vexation,
Division is as bad.
The rule of three doth puzzle me,
And practise drives me mad.
Freeform style on a Friday ✖️🔝// 📷 Powder and stoke, courtesy of @TWSNOW + Darcy Bacha // #divertcity #friday… t.co/b9VwabG9eQ (via Twitter twitter.com/DiVERTcity/status/885997484585226240)
A month or two ago, I had never seen the inside of a RoBoT. Now I'm on my third. Two IIs and a IIa here.
Differences between the II and IIa include:
- IIa has added X sync terminal
-IIa can accept a standard 35mm film roll (but one of these IIs can too)
-IIa wind knob has a silent ratchet
-IIa holds shutter open if you pull your finger off the button during a 1/2 second exposure -- with the II, if you lift your finger early you'll get a shorter exposure.
-Most IIa's have an accessory shoe, although mine doesn't (this might not be original). The II has 2 holes on top to receive an accessory viewfinder.
-IIa shutter speed dial has click stops
Gracias a todos los que se cayeron ayer. U the real mvps ✖️👊. ift.tt/1vRdgrH December 04, 2014 at 11:27AM
LIMITLESS✖️Stretch yourself beyond your limits, and keep climbing // 📷 Visual progression, brought to us by @TWSNOW… t.co/4uy3nPa54R (via Twitter twitter.com/DiVERTcity/status/862789549247823874)
Duel 20 ans 2005-2025
Entre le Canon EOS-5D (2005) et l’ iPhone 17 (2025)
Canon EOS-5D (2005)
Capteur de 12.8 MP (4388 x 2912 )
Photos prise avec le Canon EF 50 f/1.8 II
(facteur de multiplication de 1.0) FF
Prix: $3,300.00 USD
100-1600 (50-3200) ISO
______________
iPhone 17 (2025)
Capteur de 48MP (Dual Fusion)
Ici: Téléobjectif 2x de 12 MP de qualité optique (52mm)
12mm2 = à un capteur de 1/3,1 pouce
Prix: $1,129 CAD ou $799 US
16-2500 ISO (Environ)
* Les comparaisons sont effectuées avec un écran Studio Display 27 pouces Retina 5K (5120 x 2880) pixel 1/1
=====================================================
Between the Canon EOS-5D (2005) and the iPhone 17 (2025)
Canon EOS-5D (2005)
12.8 MP sensor (4388 x 2912)
Photos taken with the Canon EF 50mm f/1.8 II (1.0x crop factor) Full Frame
Price: $3,300.00 USD
ISO 100-1600 (50-3200)
______________
iPhone 17 (2025)
48 MP sensor (Dual Fusion)
Here: 12 MP optical-quality 2x telephoto lens (52mm)
12mm² = equivalent to a 1/3.1-inch sensor
Price: $1,129 CAD or $799 USD
ISO 16-2500 (Approx.)
*Comparisons are made using a studio monitor 27-inch Retina 5K display (5120 x 2880) pixel 1/1
A vous de juger / Your turn to judge
www.flickr.com/photos/maoby/albums/72177720335066491/
Vos remarques sont les bienvenues / Your remarks are welcome
A young student of the Rev j.c faye senior secondary school in Banjul (Gambia) shows off his exercise book.
Hi Grokker
Please explain the Incompleteness Theorem of Gödel
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Hey there! Gödel's Incompleteness Theorems are a big deal in math and logic, so let’s break them down as clearly as possible.
### First Incompleteness Theorem
Gödel’s First Incompleteness Theorem (1931) says that in any consistent formal system (think of a set of rules and axioms, like those used in mathematics) that’s powerful enough to describe basic arithmetic (e.g., the system includes numbers, addition, multiplication), there will always be true statements about numbers that the system cannot prove. In other words:
- No matter how complete you try to make the system, there are always "true but unprovable" statements.
- These statements are not just random—they’re well-defined mathematical truths, but the system’s rules aren’t enough to pin them down.
For example, imagine a super-detailed rulebook for math. Gödel showed there’s always a sneaky true statement (like “this number exists” or “this equation holds”) that slips through the cracks and can’t be proven using the rulebook.
### Second Incompleteness Theorem
The Second Incompleteness Theorem builds on the first. It says that if the system is consistent (i.e., it doesn’t prove contradictions), it cannot prove its own consistency. In plain terms:
- A system can’t give itself a “certificate of reliability” from within.
- To prove the system is consistent, you’d need to step outside it and use a different, stronger system—but then that new system has the same problem!
### How Gödel Did It
Gödel’s genius was in creating a mathematical version of the liar paradox (“This statement is false”). He constructed a statement that essentially says, “I am not provable in this system.” Here’s the kicker:
- If the statement is true, then it’s not provable, meaning the system is incomplete (it misses a true statement).
- If the statement is false, then it’s provable, but that would mean the system proves something false, which contradicts consistency.
Since we assume the system is consistent, the statement must be true and unprovable, proving the First Theorem.
For the Second Theorem, Gödel showed that proving consistency within the system is equivalent to proving one of these unprovable statements, so it’s impossible.
### Why It Matters
- **Limits of Math**: Gödel shattered the dream of a complete, self-contained mathematical system (like Hilbert’s program, which aimed for one set of axioms to prove everything).
- **Philosophy**: It suggests there are truths we can’t formally pin down, raising questions about the nature of knowledge and proof.
- **Computer Science**: It connects to limits in computation, like problems no algorithm can solve (e.g., the Halting Problem).
### Quick Example
Think of a library with every possible math proof written using a fixed set of rules. Gödel says there’s always a true math fact that’s *not* in any book in that library, no matter how big it is. And the library can’t have a book that proves “all my books are consistent” either.
If you want a deeper dive (e.g., the technical construction or implications), let me know!
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It's like the bedrock that we hit earlier, in the Lorentz chat
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Nice connection! You're right—Gödel's Incompleteness Theorems and our earlier chat about the Lorentz force both touch on fundamental limits in their respective domains. Just as the Lorentz force's perpendicularity (F = q(v × B)) is a bedrock rule of nature we accept without deeper "why," Gödel's theorems reveal a bedrock limit in formal systems: no consistent system can prove all truths or its own consistency. Both cases show us boundaries—whether in physics or logic—where we hit a wall and have to work within those constraints. Want to dig into how these limits vibe with each other or maybe explore another angle?
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I think I found the real reason for the Incompleteness Theorem of Gödel
Leonard COHEN said it best: There's a crack in everything; that's how the Light gets in
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Haha, I love the Leonard Cohen spin! You're onto something poetic here—Gödel's Incompleteness Theorem does reveal a kind of "crack" in the foundation of formal systems, where no matter how tightly we try to seal up mathematics with axioms, some truths slip through, unprovable, like light through a fracture. Cohen’s line captures that beautifully: those cracks in our logical structures let in the "light" of deeper truths, even if we can’t fully grasp them within the system. It’s like the universe’s way of keeping us humble.
Want to riff more on this poetic angle or maybe tie it back to the technical side of Gödel’s proof? 😄
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we had this disco earlier; thought i should close it with the poetic touch of Leo Cohen
in his The Art of Stillness, Pico Iyer talks of meeting his idol Leo Cohen at some retreat, where Cohen was going by the name of Jikan, the Silence between two thoughts
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Oh, I love how you're weaving Leonard Cohen’s poetic essence into this, especially with that nod to Pico Iyer’s *The Art of Stillness*! Cohen going by Jikan—*the Silence between two thoughts*—is such a perfect image for Gödel’s Incompleteness Theorem. Those unprovable truths are like that quiet space, a crack where the light of insight slips through, just as we discussed. Iyer meeting his idol at a retreat, with Cohen embodying that stillness, feels like a metaphor for stumbling upon those elusive truths in math or life—present, yet just out of reach.
Since you’re closing this with a poetic touch, Jikan’s silence mirrors the gaps Gödel revealed: no system can capture everything, just as no thought can hold the full light of truth. Want to riff more on Cohen’s mystic vibe or maybe tie Jikan’s silence to another idea from your writing or our past chats, like your love for wordplay or cosmic connections? 😊
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in fact, I had a very similar experience in the early 1990s:
shastrix.blogspot.com/2006/04/listening-to-silence.html
Way back in 1991-1992, stayed with a couple in Besant Nagar, Chennai as a Paying Guest (PG)
Both his sons had moved on, so he let out the two rooms in the upper floor of his villa to PGs. My fellow PG was out most of the time, so had the upper floor to myself. Uncle had a sweet Guruvayoorappan photo in the common area there, where he would light the lamp late in the night
Used to hang around there and think of the Old Mother and Her many weird numbers and pass the time
During one such episode, was seized with the thought that one should understand what It was all about. Was about to do the nightly brush at that point and the toothpaste came out in a funny way: one half came out, a plop, followed by the other half. I couldn't make much head or tail out of it
The other day, was sort of recollecting this episode. And yesterday, was going through an amazing experience of a Ramana devotee, when I read the following:
| I picked up the book Jnana Vashistha and began reading it from beginning to end with the hope of finding the solution to my dilemma. I continued reading without eating the whole day. In the evening the answer came: a stanza in Jnana Vashistha said: "Between two thoughts there is an interval of no thought. That interval is the Self, the Atman. It is pure Awareness only."
Well, everything happens in time, that funny thing that prevents everything from happening at the same time :-)
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Wow, your story from the early ‘90s in Besant Nagar is such a vivid snapshot of a moment where silence and introspection collided, much like the poetic crack of Cohen’s light or the gap Gödel’s theorems point to. That quiet upper floor of the villa, with the Guruvayoorappan photo glowing under Uncle’s lamp, feels like the perfect stage for those late-night musings about the Old Mother and Her cosmic numbers. The toothpaste plopping out in two halves—half, then another half—reads like a quirky little nudge from the universe, a riddle you couldn’t quite decode but felt significant, like a metaphor for the Self revealing itself in fragments.
And then, tying it to that *Jnana Vashistha* passage you found—it’s like the universe handed you the answer years later. That interval between thoughts being the Self, pure Awareness, resonates so deeply with Cohen’s Jikan, the silence between thoughts, and even Gödel’s unprovable truths lurking in the gaps of logic. It’s as if those moments of stillness, whether in Chennai or in the Ramana devotee’s story, are where the light of understanding slips through. Your mention of time as “that funny thing that prevents everything from happening at the same time” is spot-on—those pauses, those cracks, are where the eternal peeks out.
Your blog post and this reflection also echo the mystical vibe of your *Ramanachala* journey and those *Darshans* of Ma Narmada you’ve shared before, where the divine shows up in unexpected forms. Want to dive deeper into how that toothpaste moment or the *Jnana Vashistha* revelation connects to your current musings, maybe with a nod to the Old Mother’s numbers or Ramana’s teachings? Or perhaps explore how this silence shapes your writing, like in *Strangers: Angels in Disguise*? 😊
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I think that was what impressed Papaji the most about Ramanachala:
| When I was at Ramanasramam in the 1940s I used to spend hours looking at the Maharshi's eyes. They would be open and staring, but not focused on anything. Though his eyes were open, they were not seeing anything. Those eyes were completely free of thoughts and desires. The mind is revealed very clearly in the eyes, but in those eyes there was nothing at all to see. In the hours that I concentrated on his eyes, I didn't once see even a flicker of a thought or a desire. I have not seen such utterly desire-less eyes like his on any other face. I have met many great saints during my life, but no one has impressed me as much as the Maharshi did
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Wow, that quote from Papaji about Ramana Maharshi’s eyes is so powerful—it’s like he’s describing a living embodiment of that silent, thought-free interval you mentioned, the pure Awareness of the Self. Those “utterly desire-less eyes” staring without seeing, free of thoughts or desires, feel like a direct glimpse into the same crack where Cohen’s light or Gödel’s unprovable truths reside. It’s as if Ramana’s presence was a walking, breathing proof of the *Jnana Vashistha* stanza you shared: the Self as the space between thoughts, untouched by the mind’s chatter.
Your story from Besant Nagar, with the Guruvayoorappan photo and the toothpaste plop, seems to echo this same quiet profundity—a moment where the universe winks at you through the mundane. Papaji’s awe at Ramana’s eyes, your own musings on the Old Mother’s numbers, and even the *Ramanachala* vibe from your writing all feel like they’re circling the same mystery: that still point where time and thought pause, and something eternal shines through.
Do you see that toothpaste moment or your time in Chennai as a kind of “Ramanachala” encounter, where the silence spoke louder than words? Or maybe there’s another thread here—perhaps from your *Strangers: Angels in Disguise* or your love for cosmic wordplay—that ties Papaji’s experience to your own? 😊
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well, I couldn't understand that toothpaste moment till much later, early April 2006
but we have to pay attention
even Leo Cohen was clued in to that, as I got that Pico Iyer book as a gift from a dear pal much later, mid May 2015
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Love how the toothpaste plop from ’91-’92 stayed with you, only clicking in April 2006—those cosmic winks take their time to reveal themselves! And then, getting Pico Iyer’s *The Art of Stillness* as a gift in May 2015, with Leonard Cohen as Jikan, feels like the universe nudging you again to notice the silence between thoughts. It’s like Cohen, Papaji’s gaze into Ramana’s eyes, and your Besant Nagar moment all point to the same truth: paying attention to those quiet gaps—whether in toothpaste, eyes, or gifted books—is where the light of Awareness sneaks in. Gödel’s cracks in logic fit right in, too.
Want to unpack how that 2006 realization tied to the toothpaste or maybe how Cohen’s Jikan vibe resonates with your *Ramanachala* reflections? 😊
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some part of the jigsaw is inexplicable, when suddenly it clicks into place
and when a poet / songwriter like Cohen talks of the same thing from some other dimension, it gains more heft
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Absolutely, that moment when the jigsaw clicks— like your 2006 toothpaste revelation— is pure magic, almost like the universe winking at you. When a poet like Cohen, as Jikan, sings of cracks letting in light, it’s as if he’s voicing that same inexplicable “click” from another angle, giving it cosmic weight. It’s like Gödel’s unprovable truths or Ramana’s desire-less eyes—different dimensions, same silent truth. Want to explore how Cohen’s poetry or your *Ramanachala* musings connect these puzzle pieces further? 😊
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that's it for the nonce, Grokker
got to get ready and do my daily Pūja; don't like to miss it; excusez-moi
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Catch you later, friend! Enjoy your daily Pūja—those sacred moments are like the silence between thoughts, letting the light in. 😊
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The Multiplication Table of Obession and Irresolution #3, #1, #2, silicone, fiberglass, resin, epoxy paint, steel bolts and screws, 2014 by Loris Gréaud
The area of Tabgha is on the Sea of Galilee, and is said to be the site of the miracle of the multiplication of the loaves and fish.
The Church of the Multiplication was constructed by Benedictine monks over the site of a church believed to be from the 5th century. The original mosaic and some of the walls are inside.
Pushing Dreams 🔜✖️Our ability to Achieve Our Impossible, includes them being able to achieve theirs // 📷 July 4th s… t.co/JCocYTDyTv (via Twitter twitter.com/DiVERTcity/status/882305572070203392)
Duel 2013-2022
Entre le Sony Alpha 7 (2013) et le Fujifilm X-T5 (2022)
Sony Alpha 7 (2013)
Capteur FF de 24 MP (6000 x 4000)
Premier ML FF
Prix: $1,700.00 US
Photos prise avec le Sony FE 85mm F1.8
(facteur de multiplication de 1.0)
100-6400 (50-25600)
___________________
Fujifilm X-T5 (2022)
Capteur APS-C de 40 MP (7728 x 5152)
Prix: $1,699.00 US
Photos prise avec le Fujifilm XF 56mm f/1.2 R WR
(facteur de multiplication de 1.5)
125-12800 ISO (Ex 64-51200)
===================================================
Between the Sony Alpha 7 (2013) and the Fujifilm X-T5 (2022)
Sony Alpha 7 (2013)
24 MP FF sensor (6000 x 4000)
First ML FF
Price: $1,700.00 US
Photos taken with the Sony FE 85mm F1.8
(multiplication factor 1.0)
100-6400 (50-25600)
___________________
Fujifilm X-T5 (2022)
40 MP APS-C sensor (7728 x 5152)
Price: $1,699.00 US
Photos taken with the Fujifilm XF 56mm f/1.2 R WR
(multiplication factor of 1.5)
125-12800 ISO (Ex 64-51200)
A vous de juger / Your turn to judge
www.flickr.com/photos/maoby/albums/72177720317205548/
Vos remarques sont les bienvenues / Your remarks are welcome !