Thank you so much, Simon! It’s always a pleasure to be featured on the channel. I’m glad you enjoyed the puzzle, and as you mentioned at the end, it felt natural to combine the constraints, which is exactly why I designed it this way! You followed most of the intended steps, but what I’m particularly appreciative of is how you found the intended logic in Box 7 on the average line. A big thank you to everyone who recommended it, and a special thanks to Sirxemic, the developer of SudokuMaker, for solver support of Average lines. Hopefully next time, you’ll have a 3 in the corner to sing the song! :)
Absolutely loved this from you. Magical setting as only you can provide. Congrats on this feature and we'll deserved! Hats off to you and infinity respect as always!!
20:46 When your mouth can’t keep up with your brain. Thanks to both of you for your passion, friendliness and brilliancy and all the joy you bring to all of us each day.
That's when he renames 14 as "fifteen" and "six" in quick succession, whilst clearly having 14 (as the sum of either 5+9 or 6+8) in mind. I had to rewind that bit. 😂
I think he got distracted by the pretty colors several times in this puzzle but he does so much that I can't that it is easy to let him enjoy the rainbow
While Thank goodness you're here is an incredible experience, some part of the game makes it NSFW, there is a man at some point, sitting on the toilet with his business showing.
@@JONATHANP1619 There two actual cartoon johnsons in the game, plus at least two things which are not actually johnsons (sausage, cow's udder). Plus quite a few johnson jokes and sex jokes.
Love the mathematical title! This took me slightly longer than Simon, at a couple of minutes under an hour (almost exactly the same time as the video length, but I didn't have 8 minutes of intro in my time!) ... but I don't think I could have done this one without my trusty pencil and paper 📝 to work out options on, it's incredible how quickly Simon spots things and holds so many different combinations and permutations in his head 🧠
19:20 In the three-cell line in bow 3 Simon should begin by noting the the two upper cells cannot be green as their sum would be 10 and their mean 5. So the circled cell must be green.
I would 1000% buy that shirt, especially if it also had a CTC logo. Perhaps it also references the secret so someone could read it and shout out the number and we'd know in an instant that we're both part of the best community on TH-cam!
I thought that was wrong too. I guess it still had to be a 4, because the other pair couldn't be 9-5 or 8-6 if R3C9 was a 6, so it passed without another thought.
@@TronFnknBlow That's not what I mean. If you listen to what he was saying, he was saying that the two digits in that domino add up to 15 when he meant to say 14. At one point, he said that it added up to 6.
Hi Simon, at 33:30 you claimed you don't know why a 5 in r2c6 doesn't work but it doesn't work because you'd require a 2,8 pair in r2c4 and r2c5 which would break r2c7, which would be an 8 if you did put a 5 in r2c6. Great solve by the way!
cool puzzle! solver #168 in 55:35 - i also drew the gray lines, chuckling as Simon did the same! I would wear a T-Shirt or even better a hoodie with "One of Simon's favourite people"
I solved this sudoku in about 90 minutes. Had a hard time with the rules at the beginning, but once my brain understood those it was a joy. Hope to find some other sudokus with this rules on LMD. About the t shirt. Thats a great idea. And while you're at it, please.... also a mug that says Im one of Simon's favourite people 😊
When Simon said green pair must be 46 I immediately screamed that breaks c7...check where 789 must go in c7..you cant split those into 2 sums of 15..its broken! After few minutes of screaming, and of course him ignoring me, I realized that whole line must average to 5, not each segment. So yeah, sorry for screaming :D
51:48 You often go on about color blindness. And choosing good colors for the color blind. But i think we need to start with number blindness... R7C1 is a 2. It sees your {23] pair in box 4. But you are too focused on colors to see numbers.
Not sure if Simon notes this later but in the rules he says the average includes the circled cell. It actually doesnt matter whether you include the circle or not. Adding the mean to a list will not change the mean.
A man. A myth. A legend, sadly, really, really sadly, gone forever. But not in our hearts. Rest in peace James. Thanks for doing what you did the best way it was possible.
I did have a cheeky wonder if this puzzle's title is in reference to "sigma" and "mew" both being terms that have recently been adopted as part of Gen Alpha Slang!
57:30 The quadruple in box 6 cannot be 789 since then there is a 789 triple in column 7 and thus R6C8 is 7or 9. But that gives a 79 pair in column 8 and that's impossible as then we cannot fill the three ten pairs below.
13:00 I think you are missing/skipping one interesting bit about the ten lines in box 9. The ten line in box 6 sees three of those lines. Therefore, that line is not the same as any of the three in columns 8 and 9 of box 9. You now have identical dominoes (R8C7-R9C7) and (R4C8-R5C8) And you then might wonder where those digits go in box 3... Maybe. If they went on the average line, the average of that line would be 5, which it can't be. So one of those digits adding to 10 will go in the circle. And one will go on the average line. So the total sum of the average line is greater than 10. And it is divisible by 3. Such as 12, 15, 18, 21 and 24. But clearly it can't be 24 because it would have [789] on it and any two of those digits would add to way more than 10. Fifteen to be precise. What about 21? [678] would make 21 but again, you don't have digits capable of summing to 10. And not even [579] or [489] works. Ok, 18 then? Is it [567]? No, can't make 10. [468] does work and so does [378], [198] etc etc, at least until you consider what the circle can be. Anyways, the circle is from [46] (5 is not available) because 3 would be too low implying 9 can hold 10 in it. And 7 is too high because you can't make any two digits sum to 10, while also making three digits sum to 21. You'd need an eleven digit. So the line sums to 12 or 18. Where 18 would be exactly [468] with 6 in the circle. And 12 would be [246] with 4 in the circle. And now we know what the identical dominoes in boxes 3, 6 and 9 are made up of. [46] pairs. And we also know that the yellow line in column 9 inside box 3 is made up of even digits. Thus, you can only have ONE more even digit in column 9. And we know ONE of the dominoes in box 9 will be made up of [28] and they are both even, right? So all of column 9 in box 6 is made up of odd digits. And R6C8 is therefore also odd, so it can be averaged to an integer. We have 4 odd digits in box 6 so far. And the white dot needs two odd digits and two even digits. So R4C7 is an even digit, else the white dot fails.
32:00 You should instead consider what it means that [28] went in R3C1-R3C2 for the blue dominoes. Blue is not green and it's not [28] so blue is odd. Is that useful? Not on its own. But it means that the domino R7C8-R7C9 is odd. Because otherwise, there would be two odd dominos looking at blue, making blue impossible. And in fact, that domino R7C8-R7C9 is blue. And to be frank, there are plenty of odds/evens clues in this puzzle so far. I haven't solved it myself but i saw it as soon as i got the [46] domino from box 3's logic. You have 3 odd digits in row 6. What digits can go on the grey line in box 5 to make ten? No idea, except i know there will be two odd digits and one even. Because [246] adds to 12, not ten. So R6C1 to R6C3 are all even digits. And thus the diagonal domino is an even digited domino. And just to be extra clear about the grey line in box 5. Whatever the even digit is, it is a 2 or 4. If it were 6 then there would be a [13] pair with it and make R6C9 invalid. And obviously, 8 is out of the question. This means that 6 will go in box 4, row 6. And so it goes on row 4 inside box 5. EDIT: 35:12 And if you knew blue was odd at this point, you'd know the 4 doesn't go on blue. This makes the R2C1-R2C2 domino green [46]. And you get a few digits placed by sudoku. But even without knowing blue is odd, you could deduce that 4 doesn't go in R2C3 because blue is not green. Green which is the [46] domino.
38:58 What you would have known if you paid more attention to odds and evens is that the average line in box 7 has exactly ONE even digit on it. And it's not on the line because and even and an odd makes a non integer average. So the circle is an even digit. It's not a 2, duh. 4 would pair with a 3. 6 would pair with a 7. 8 would pair with an 11... I mean, 8 is not possible! R9C2 is [46] and R7C2 is [37]. This makes the diagonal domino a [28] domino. And more importantly, because R7C2 can only be a 3 or 7, the blue domino is not a [37] domino! It is a [19] domino. This unwinds the whole sudoku i think.
Thank Goodness You're Here! is a bit... concerning at times, even apart from the crude humor. There's a section that I found rather unsettling. I certainly wouldn't recommend it to small kids; it's ESRB M and PEGI 16, and I think it earns at least the PEGI rating. That being said, I think Simon *would* find it hilarious. But it might be better served as a personal channel stream or an off-camera play. EDIT: Wait, just remembered there is a sequence where (small, cartoony) adult human genitals are visible onscreen, and I don't know if they have a censor mode. Definitely not the CTC channel vibe.
Starting around 44 minute into the video, Simon seems to skip options for the average circles that I don’t immediately follow. The one in box 8 - couldn’t it be 4? The one in box 5 - couldn’t it be 2 or 3? He doesn’t explain why he skips those options. I have to wonder what I’m missing.
I believe this is a *cosmic class* construction. Elegant innovative ruleset. Amazingly cool logic from start to end. Let me know if you agree. In the meantime, this video has been already translated in *ITL* (Intergalactic Telepatic Language) and published on *Cosmic Tube.* I am curious to know how many trillion likes it will have in the next week.
Yes, you need a language even if you use telepathic transmisson to communicate. Some thoughts are too complex or just too alien to be understood by other species, and must be broken into smaller crystal clear bricks before transmission. Vague or ambiguous thoughts are also translated using standard semantic bricks, and their uncertain nature is preserved by transmitting a chain of possible interpretations.
@@SpyrosSolda Yes, that's correct. However he's not speaking Greek, he's speaking English. In English it's accepted that the pronunciation is Mu. Furthermore, the letter is specifically being used as the mathematical symbal for mean, which in mathematics and statistics is also pronounced mu.
![[LIVE] : ONE ลุมพินี 79 | คู่เอก "ก้องชัย vs อาเมียร์"](http://i.ytimg.com/vi/WfPSA1A0NHc/mqdefault.jpg)
Thank you so much, Simon! It’s always a pleasure to be featured on the channel. I’m glad you enjoyed the puzzle, and as you mentioned at the end, it felt natural to combine the constraints, which is exactly why I designed it this way! You followed most of the intended steps, but what I’m particularly appreciative of is how you found the intended logic in Box 7 on the average line. A big thank you to everyone who recommended it, and a special thanks to Sirxemic, the developer of SudokuMaker, for solver support of Average lines. Hopefully next time, you’ll have a 3 in the corner to sing the song! :)
Absolutely loved this from you. Magical setting as only you can provide. Congrats on this feature and we'll deserved! Hats off to you and infinity respect as always!!
Great puzzle! 👏👏
@@davidrattner9 Ditto. I believe this is a *cosmic class* construction. Elegant innovative ruleset. Amazingly cool logic from start to end.
@@davidrattner9 Thank you so much for your kind words! I really appreciate your support and respect.
I'm so glad you both enjoyed the puzzle! :)
I would love a t-shirt saying I'm one of Simon's favourite people! 😍
I‘d buy it!
I would as well! Haven't bought any merch of the channel as of yet, but count me in for this one!
Fantastic slogan!
I think it would look better with just "one of Simon's favourite people", but anyway, I totally agree.
Would be perfect if Simon gives it to his wife on their wedding anniversary day 😂
20:46 When your mouth can’t keep up with your brain. Thanks to both of you for your passion, friendliness and brilliancy and all the joy you bring to all of us each day.
Just came to the comment section to highlight this illarious moment 😂.
That's just a brain fart, hopefully...
Glad to hear I wasn't the only going "Wait, what?"
That's when he renames 14 as "fifteen" and "six" in quick succession, whilst clearly having 14 (as the sum of either 5+9 or 6+8) in mind. I had to rewind that bit. 😂
Haha, I loved that! I understood what he meant, though!
I love how right when Simon was on the verge of discovering the nature of the blue dominoes he got distracted by pretty coloring 😂
I think he got distracted by the pretty colors several times in this puzzle but he does so much that I can't that it is easy to let him enjoy the rainbow
While Thank goodness you're here is an incredible experience, some part of the game makes it NSFW, there is a man at some point, sitting on the toilet with his business showing.
@@JONATHANP1619 There two actual cartoon johnsons in the game, plus at least two things which are not actually johnsons (sausage, cow's udder). Plus quite a few johnson jokes and sex jokes.
But it's so funny and British, I hope Simon streams it.
Couldn't have done it without your video help, but it's crazy how much I _was_ able to do on my own now.
Simon's a great teacher.
9:25 I would buy that T-Shirt
8:20 Average difficulty for an average line puzzle seems very appropriate!
Thanks for the birthday shout-out, it made my day!!
Ps, we were in England during one of the hot weeks this summer... 28 and sunny every day, not at all what we expected :) Great trip!
Love the mathematical title! This took me slightly longer than Simon, at a couple of minutes under an hour (almost exactly the same time as the video length, but I didn't have 8 minutes of intro in my time!) ... but I don't think I could have done this one without my trusty pencil and paper 📝 to work out options on, it's incredible how quickly Simon spots things and holds so many different combinations and permutations in his head 🧠
I would love a shirt saying I'm one of your favourite people, Simon. I would wear it every day
What a fantastic puzzle! We are truly spoiled with a plethora of amazing setters.
Simon adding clues to the puzzle with those grey lines 😅 He is clearly one of my favorite people
I did exactly the same! It was the only way I could be sure of remembering that they were definitely pairs later on...
ok I never understand simon's obsession with cake. I don't hate it, but I'm not like OMG OMG OMG either. But..........that looks freaking amazing!
not just any cake - chocolate cake!
@@JohnPretty1 With the correct ratio of cake to icing. Which is one-to-one.
Totally would buy that T-shirt!
if this is 6.......
ummmm simon that box already has a 6. lol
cant be 5 either because of box 3 ahhhh
19:20 In the three-cell line in bow 3 Simon should begin by noting the the two upper cells cannot be green as their sum would be 10 and their mean 5. So the circled cell must be green.
Indeed, the interplay of lines produced some very neat logic, thanks.
I would definately buy that t-shirt 🤩
I should watch red october today (he is in it). If I recall he says something like "you didn't see anything and I was never here".
You’ve just reminded me that he was also in Sneakers, and I believe has a similar line in that.
35:46 ... I'm always a fan of math-y sudokus
Nice puzzle!
Cracking The Cryptic, awesome content you deserve more subscribers
Obviously I would like to buy at least 2 of those T-shirt’s 🤩
I would 1000% buy that shirt, especially if it also had a CTC logo. Perhaps it also references the secret so someone could read it and shout out the number and we'd know in an instant that we're both part of the best community on TH-cam!
20:56 It's 14, not 15. It's not 6 either.
I thought that was wrong too. I guess it still had to be a 4, because the other pair couldn't be 9-5 or 8-6 if R3C9 was a 6, so it passed without another thought.
@@TronFnknBlow That's not what I mean. If you listen to what he was saying, he was saying that the two digits in that domino add up to 15 when he meant to say 14. At one point, he said that it added up to 6.
Should have been a purple dot. Renban dot!
21:24 for me. Nice puzzle!!
Hi Simon, at 33:30 you claimed you don't know why a 5 in r2c6 doesn't work but it doesn't work because you'd require a 2,8 pair in r2c4 and r2c5 which would break r2c7, which would be an 8 if you did put a 5 in r2c6.
Great solve by the way!
hi 🥰 i wish everyone a wonderful day ❤️
cool puzzle! solver #168 in 55:35 - i also drew the gray lines, chuckling as Simon did the same! I would wear a T-Shirt or even better a hoodie with "One of Simon's favourite people"
I would buy 45 of those t-shirts.
You seem so sharp today! Everything you could see, you saw just instantly. Great work!
i would love to see another stream 🥰 please stream Thank Goodness You’re Here😆
35:26 The 58 tripple in row 2 is looking a bit sad and forgotten at this point. (5 in r2c6 is is not possible because of r2c8)
The 5789 quad is also asking to be invited to the game.
I would absolutely in a split second buy that shirt!!! ❤❤
I solved this sudoku in about 90 minutes. Had a hard time with the rules at the beginning, but once my brain understood those it was a joy. Hope to find some other sudokus with this rules on LMD.
About the t shirt. Thats a great idea. And while you're at it, please.... also a mug that says Im one of Simon's favourite people 😊
Fantastic puzzle, such a joy to solve 🎉
When Simon said green pair must be 46 I immediately screamed that breaks c7...check where 789 must go in c7..you cant split those into 2 sums of 15..its broken! After few minutes of screaming, and of course him ignoring me, I realized that whole line must average to 5, not each segment. So yeah, sorry for screaming :D
As a mathematician, I've only ever heard that Greek letter pronounced "mü" with the u sound stretched as in German
Yeah it's like m-you
It's clever but it's not remotely "average" difficulty
51:48 You often go on about color blindness. And choosing good colors for the color blind.
But i think we need to start with number blindness...
R7C1 is a 2.
It sees your {23] pair in box 4.
But you are too focused on colors to see numbers.
Not sure if Simon notes this later but in the rules he says the average includes the circled cell. It actually doesnt matter whether you include the circle or not. Adding the mean to a list will not change the mean.
May the Force be with James Earl Jones
A man. A myth. A legend, sadly, really, really sadly, gone forever. But not in our hearts.
Rest in peace James. Thanks for doing what you did the best way it was possible.
I would buy that t-shirt faster than Simon can say bobbins ❤
You guys might like Escape Simulator. You can even play together or against each other.
Great puzzle... great adventure.
20-6 equals 15, gotcha. 20:56
Greetings from Greece, the title of the puzzle is pronounced Sigma or me (that's how the letter is pronounced)
I did have a cheeky wonder if this puzzle's title is in reference to "sigma" and "mew" both being terms that have recently been adopted as part of Gen Alpha Slang!
57:30 The quadruple in box 6 cannot be 789 since then there is a 789 triple in column 7 and thus R6C8 is 7or 9. But that gives a 79 pair in column 8 and that's impossible as then we cannot fill the three ten pairs below.
13:00 I think you are missing/skipping one interesting bit about the ten lines in box 9.
The ten line in box 6 sees three of those lines. Therefore, that line is not the same as any of the three in columns 8 and 9 of box 9.
You now have identical dominoes (R8C7-R9C7) and (R4C8-R5C8)
And you then might wonder where those digits go in box 3... Maybe.
If they went on the average line, the average of that line would be 5, which it can't be. So one of those digits adding to 10 will go in the circle.
And one will go on the average line.
So the total sum of the average line is greater than 10. And it is divisible by 3. Such as 12, 15, 18, 21 and 24.
But clearly it can't be 24 because it would have [789] on it and any two of those digits would add to way more than 10. Fifteen to be precise.
What about 21? [678] would make 21 but again, you don't have digits capable of summing to 10. And not even [579] or [489] works.
Ok, 18 then? Is it [567]? No, can't make 10. [468] does work and so does [378], [198] etc etc, at least until you consider what the circle can be.
Anyways, the circle is from [46] (5 is not available) because 3 would be too low implying 9 can hold 10 in it. And 7 is too high because you can't make any two digits sum to 10, while also making three digits sum to 21. You'd need an eleven digit.
So the line sums to 12 or 18.
Where 18 would be exactly [468] with 6 in the circle.
And 12 would be [246] with 4 in the circle.
And now we know what the identical dominoes in boxes 3, 6 and 9 are made up of. [46] pairs.
And we also know that the yellow line in column 9 inside box 3 is made up of even digits.
Thus, you can only have ONE more even digit in column 9.
And we know ONE of the dominoes in box 9 will be made up of [28] and they are both even, right? So all of column 9 in box 6 is made up of odd digits.
And R6C8 is therefore also odd, so it can be averaged to an integer.
We have 4 odd digits in box 6 so far. And the white dot needs two odd digits and two even digits. So R4C7 is an even digit, else the white dot fails.
20:57 the domino would need to add to FOURteen, not fifteen. That's a miss-speak though, since Simon's logic is otherwise correct.
I would buy that T-shirt!
59:18 for me. Tough but fair, and got me thinking again!
2:24 - Instructions: Guide Finkz the rat... (any Marty Sears impersonator).
77:15, lots of undoing because I wasn't sure about my logic, undoing because I was WRONG about my logic, and once because 1+2+6=!10.
Still find it crazy that the parameters for the normal distribution are mew and sigma.
43:38
Great use of the average-lines with some very tricksy geometry.
Apparently James Earl Jones was the voice of Darth Vader. Well you learn something new every day ...
49:46 for me - and I needed a hint from Simon, I didn't notice the thing about 8 in box 6.
2:05:37 - Phew!
I love the Simpsons/James Earl Jones "The Raven"!
32:00 You should instead consider what it means that [28] went in R3C1-R3C2 for the blue dominoes.
Blue is not green and it's not [28] so blue is odd.
Is that useful? Not on its own.
But it means that the domino R7C8-R7C9 is odd.
Because otherwise, there would be two odd dominos looking at blue, making blue impossible.
And in fact, that domino R7C8-R7C9 is blue.
And to be frank, there are plenty of odds/evens clues in this puzzle so far. I haven't solved it myself but i saw it as soon as i got the [46] domino from box 3's logic.
You have 3 odd digits in row 6.
What digits can go on the grey line in box 5 to make ten?
No idea, except i know there will be two odd digits and one even. Because [246] adds to 12, not ten.
So R6C1 to R6C3 are all even digits. And thus the diagonal domino is an even digited domino.
And just to be extra clear about the grey line in box 5. Whatever the even digit is, it is a 2 or 4. If it were 6 then there would be a [13] pair with it and make R6C9 invalid. And obviously, 8 is out of the question.
This means that 6 will go in box 4, row 6. And so it goes on row 4 inside box 5.
EDIT: 35:12 And if you knew blue was odd at this point, you'd know the 4 doesn't go on blue.
This makes the R2C1-R2C2 domino green [46].
And you get a few digits placed by sudoku.
But even without knowing blue is odd, you could deduce that 4 doesn't go in R2C3 because blue is not green. Green which is the [46] domino.
38:58 What you would have known if you paid more attention to odds and evens is that the average line in box 7 has exactly ONE even digit on it.
And it's not on the line because and even and an odd makes a non integer average.
So the circle is an even digit. It's not a 2, duh.
4 would pair with a 3.
6 would pair with a 7.
8 would pair with an 11... I mean, 8 is not possible!
R9C2 is [46] and R7C2 is [37].
This makes the diagonal domino a [28] domino.
And more importantly, because R7C2 can only be a 3 or 7, the blue domino is not a [37] domino! It is a [19] domino.
This unwinds the whole sudoku i think.
Thank Goodness You're Here! is a bit... concerning at times, even apart from the crude humor. There's a section that I found rather unsettling. I certainly wouldn't recommend it to small kids; it's ESRB M and PEGI 16, and I think it earns at least the PEGI rating. That being said, I think Simon *would* find it hilarious. But it might be better served as a personal channel stream or an off-camera play.
EDIT: Wait, just remembered there is a sequence where (small, cartoony) adult human genitals are visible onscreen, and I don't know if they have a censor mode. Definitely not the CTC channel vibe.
1.28.21 for me. A bit long, but it was a lot of fun.
Starting around 44 minute into the video, Simon seems to skip options for the average circles that I don’t immediately follow. The one in box 8 - couldn’t it be 4? The one in box 5 - couldn’t it be 2 or 3? He doesn’t explain why he skips those options. I have to wonder what I’m missing.
Okay I figured out box 5. I still don’t understand about box 8 but solving box 5 cleared it up enough to proceed.
I’m now convinced Simon got lucky in box 8. But solving the one in box 5 travels around the grid until 4 is eliminated by sudoku.
There's a 4-6 pair already in row 9 which prevents the circle in box 8 from being either 4 or 6.
I'll tell you, at least, that there have been several playthroughs of the game on TH-cam which do not appear to be being struck down.
I believe this is a *cosmic class* construction. Elegant innovative ruleset. Amazingly cool logic from start to end.
Let me know if you agree.
In the meantime, this video has been already translated in *ITL* (Intergalactic Telepatic Language) and published on *Cosmic Tube.*
I am curious to know how many trillion likes it will have in the next week.
Yes, you need a language even if you use telepathic transmisson to communicate. Some thoughts are too complex or just too alien to be understood by other species, and must be broken into smaller crystal clear bricks before transmission. Vague or ambiguous thoughts are also translated using standard semantic bricks, and their uncertain nature is preserved by transmitting a chain of possible interpretations.
Even surgeons are able to turn off their phones for a few hours, yet Simon apparently has to keep his on 24/7 and have it continually pester him.
... preferably when they're in theatre ....
52:48 for me. got stuck so many times.
I would also buy a t-shirt lol
simon and Mark, do you know the game "lingo"?
Puzzle doesn’t load to SudokuPad
a grueling 151:21 for me
51:50 for me
David Letterman's Top 10 Things That Sound Cool When Spoken By James Earl Jones - th-cam.com/video/flFYwiAUpq8/w-d-xo.html&ab_channel=Letterman
Where is the blue line in box 9!!!!
Gen Alpha slang has ruined how I hear the title of this puzzle
gilderig
Well, that was a fun puzzle, just squeaked under the hour, 59:17 was my final time.
I μ because I'm a ∑
μ is actually pronounced like me, not mu
No it's not. It's Mu, and he pronounced it correctly.
@@Easternballer2 It's the Greek letter μ, so as a Greek I pronounced it μι (me) 😁
@@SpyrosSolda Yes, that's correct. However he's not speaking Greek, he's speaking English. In English it's accepted that the pronunciation is Mu. Furthermore, the letter is specifically being used as the mathematical symbal for mean, which in mathematics and statistics is also pronounced mu.
24:56 for me