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NUMBER PUZZLE

nuna

9,679 subscribers

776,332 次观看 • 1 个月前 •via X (Twitter)

科学技术教育

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Can you solve the puzzle of number 16?

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Bharat Jodo

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So can someone tell The Paintress to just paint my name instead of a Number next. This climbing puzzle is going to be the end of me. Clair Obscur Expedition 33 From XboxSeriesX

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Puzzle for all of you: Yesterday, the Prime Minister was low on energy. Suddenly, I noticed it was the 16th of April. My God, how crazy! The number: Sixteen (Sixteen sounds a lot like Epstein, doesn't it?)

Puzzle for all of you: Yesterday, the Prime Minister was low on energy. Suddenly, I noticed it was the 16th of April. My God, how crazy! The number: Sixteen (Sixteen sounds a lot like Epstein, doesn't it?)

Congress

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MATH’S BIGGEST PUZZLE: THE GAME THAT NO ONE CAN WIN Imagine a math puzzle so evil, teachers literally tell you not to waste your life on it. It’s called the Collatz Conjecture. You take any number. If it’s odd, multiply by 3 and add 1. If it’s even, divide by 2. Then repeat. Sounds easy, right? Nope. No matter what number you pick, it always ends in the same boring loop: 4, 2, 1. Forever. So far, math nerds have tested it up to 2.36 * 10²¹. Still no exceptions or proof, just stress. Translation: we’re probably too dumb for this. Did you solve it? Congrats, you're the biggest nerd that ever lived. Also, welcome to math immortality. Source: Veritasium

MATH’S BIGGEST PUZZLE: THE GAME THAT NO ONE CAN WIN Imagine a math puzzle so evil, teachers literally tell you not to waste your life on it. It’s called the Collatz Conjecture. You take any number. If it’s odd, multiply by 3 and add 1. If it’s even, divide by 2. Then repeat. Sounds easy, right? Nope. No matter what number you pick, it always ends in the same boring loop: 4, 2, 1. Forever. So far, math nerds have tested it up to 2.36 * 10²¹. Still no exceptions or proof, just stress. Translation: we’re probably too dumb for this. Did you solve it? Congrats, you're the biggest nerd that ever lived. Also, welcome to math immortality. Source: Veritasium

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🚨 HBAR MAX SUPPLY — KNOW THE NUMBER! 👀 Before you buy any crypto, understand its tokenomics. $HBAR has a fixed maximum supply of 50 BILLION tokens. 📊 That matters because supply is one piece of the bigger valuation puzzle. The real question: How much demand will HBAR have as adoption grows? 🔥 Do you know the max supply of the tokens you’re holding? 👇 #HBAR #Hedera #Crypto #Altcoins #CryptoNews #Blockchain #HBARCommunity

🚨 HBAR MAX SUPPLY — KNOW THE NUMBER! 👀 Before you buy any crypto, understand its tokenomics. $HBAR has a fixed maximum supply of 50 BILLION tokens. 📊 That matters because supply is one piece of the bigger valuation puzzle. The real question: How much demand will HBAR have as adoption grows? 🔥 Do you know the max supply of the tokens you’re holding? 👇 #HBAR #Hedera #Crypto #Altcoins #CryptoNews #Blockchain #HBARCommunity

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Ava Devines Bad Advice

11,299 次观看 • 1 个月前

They got the same DNA. Genes are the same. Same mother, same father, same older siblings, same younger siblings, same number of books in the house, same number of TVs in the house, same teachers, same everything. So they should be absolutely indistinguishable. They should be, you know, clones. Well, if you know a pair of identical twins, you know they’re not indistinguishable. They have separate personalities. I know this intimately, having two identical twin uncles, Barry and Mark, who are more similar than people picked off the street at random, but no one in the family had any doubt which was which. They each had their own personality, and that’s true of all individuals. Well, that leads to a real puzzle that I think psychologists have not really thought through enough, which is: how can they be different? It’s not their genes. It’s not their environment—at least not anything stable about the environment, like who your mother is or what neighborhood you live in. Thinkable

They got the same DNA. Genes are the same. Same mother, same father, same older siblings, same younger siblings, same number of books in the house, same number of TVs in the house, same teachers, same everything. So they should be absolutely indistinguishable. They should be, you know, clones. Well, if you know a pair of identical twins, you know they’re not indistinguishable. They have separate personalities. I know this intimately, having two identical twin uncles, Barry and Mark, who are more similar than people picked off the street at random, but no one in the family had any doubt which was which. They each had their own personality, and that’s true of all individuals. Well, that leads to a real puzzle that I think psychologists have not really thought through enough, which is: how can they be different? It’s not their genes. It’s not their environment—at least not anything stable about the environment, like who your mother is or what neighborhood you live in. Thinkable

Steven Pinker

363,461 次观看 • 8 个月前

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🔥”WHY IS A REPUBLICAN COMMITTEE PUTTING PRES.TRUMP'S SECRETARY OF WAR UNDER INVESTIGATION FOR DOING HIS JOB??" - Jack Posobiec says Charlie Kirk would be LIGHTING THEM UP FOR THIS. JACK POSOBIEC LIVE FROM INSIDE THE 5 SIDED PUZZLE PALACE KNOWN AS THE PENTAGON. Jack says Gaetz, Loomer, Morello & a number of people are there as well. Jack & Bannon note that Senator Wicker is launching an investigation WHO IS A REPUBLICAN THAT IS SIDING WITH THE DEMOCRATS. Jack Posobiec says it is all about getting leverage & who controls THE PENTAGON..WHO CONTROLS THE MILITARY & THE DEEP STATE & states they wouldn't care if they were strikes in Somalia & Afghanistan because they want liberal hegemony so they are using Pete Hegseth to get to Trump.

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Blankhans Studio

38,591 次观看 • 2 年前

How many mechanics are we doing? Crimson Desert: Yes! -Matrix slow motion -Variety of increasingly amusing wrestling moves -Grapples and human hammer throws -Multi-button combos -Key combat inspirations are Samurai Showdown, Final Fight and King of Fighters -Sound design team references "Capcom" as an inspiration -Expanding ability tree -Artillery strikes -Black Space Game Engine will simulate elemental reactions -Water can either freeze or conduct electricitiy -Wood will burn and smolder -Modern Legend of Zelda games inspired -Constant interaction between you and the environment -Weapons with different "special" attacks -Sword will summon an angry genie, for example -A number of mounts (mounts can attack enemies with special attacks) -Simple horses -Massive grizzly -A raptor. Yes, you can ride a dinosaur. -Command and ride a dragon -You can pilot a TITANFALL inspired mech LOL -Puzzle dungeons -Faction quests -Bounties posted on the town boards -Spider-Mans swing ability -Batman glide ability -Ground pound thats deliverd like Sonic the Hedgehog Crimson Desert is trying something different.

How many mechanics are we doing? Crimson Desert: Yes! -Matrix slow motion -Variety of increasingly amusing wrestling moves -Grapples and human hammer throws -Multi-button combos -Key combat inspirations are Samurai Showdown, Final Fight and King of Fighters -Sound design team references "Capcom" as an inspiration -Expanding ability tree -Artillery strikes -Black Space Game Engine will simulate elemental reactions -Water can either freeze or conduct electricitiy -Wood will burn and smolder -Modern Legend of Zelda games inspired -Constant interaction between you and the environment -Weapons with different "special" attacks -Sword will summon an angry genie, for example -A number of mounts (mounts can attack enemies with special attacks) -Simple horses -Massive grizzly -A raptor. Yes, you can ride a dinosaur. -Command and ride a dragon -You can pilot a TITANFALL inspired mech LOL -Puzzle dungeons -Faction quests -Bounties posted on the town boards -Spider-Mans swing ability -Batman glide ability -Ground pound thats deliverd like Sonic the Hedgehog Crimson Desert is trying something different.

GermanStrands

136,735 次观看 • 11 个月前

A growing number of parents are discovering something remarkable. Giving a baby just 3.125 mg of iodine—not as medical advice, but as a choice—appears to correlate with higher intelligence later in life. Reports claim some children score 10–15 IQ points above their mothers on average. What’s shocking is where this is happening—not in elite research hubs like Cape Canaveral or Oak Ridge, but in rural school districts. Ordinary families making simple health changes are producing extraordinary results. Meanwhile, another piece of the puzzle is gaining attention: fluoride. Studies confirm fluoride displaces iodine in the body and is linked to reduced IQ in children. The effect is dose dependent—the more fluoride exposure, the greater the cognitive decline. Fluoride isn’t just in tap water. It hides in various processed products, exposing children daily. Those truly serious about safeguarding brain development are turning to natural minerals to remove fluoride and ensuring sufficient iodine intake through responsible supplementation. Perhaps the intelligence revolution isn’t about technology—it’s about rediscovering the elements nature intended for human potential.

A growing number of parents are discovering something remarkable. Giving a baby just 3.125 mg of iodine—not as medical advice, but as a choice—appears to correlate with higher intelligence later in life. Reports claim some children score 10–15 IQ points above their mothers on average. What’s shocking is where this is happening—not in elite research hubs like Cape Canaveral or Oak Ridge, but in rural school districts. Ordinary families making simple health changes are producing extraordinary results. Meanwhile, another piece of the puzzle is gaining attention: fluoride. Studies confirm fluoride displaces iodine in the body and is linked to reduced IQ in children. The effect is dose dependent—the more fluoride exposure, the greater the cognitive decline. Fluoride isn’t just in tap water. It hides in various processed products, exposing children daily. Those truly serious about safeguarding brain development are turning to natural minerals to remove fluoride and ensuring sufficient iodine intake through responsible supplementation. Perhaps the intelligence revolution isn’t about technology—it’s about rediscovering the elements nature intended for human potential.

Camus

121,484 次观看 • 10 个月前

On this day, 64 years ago, Chris Marker's "La Jetée" (1962) was released in France. Chris Marker talks about "Twelve Monkeys" (1995), how he made "La Jetée" (1962), & one thing he valued more than the Oscars: "Marker: (...)There is too much to see on the news, on the music channels or on the indispensable Animal Channel. And I feed my hunger for fiction with what is by far the most accomplished source: those great American TV series, like 'The Practice' inspired a video by David Bowie and a film by Terry Gilliam. And there’s also a bar called “La Jetée,” in Japan. Interviewer: How do you feel about this cult? Does Terry Gilliam’s imagination intersect with yours? Marker: Terry’s imagination is rich enough that there’s no need to play with comparisons. Certainly, for me '12 Monkeys' (1995) is a magnificent film (there are people who think they are flattering me by saying otherwise, that 'La Jetée' is much better—the world is a strange place). It’s just one of the happy signs, like Bowie’s video, like the bar in Shinjuku (Hello, Tomoyo! To know that for almost 40 years, a group of Japanese are getting slightly drunk beneath my images every night—that’s worth more to me than any number of Oscars!), that have accompanied the strange destiny of this particular film. It was made like a piece of automatic writing. I was filming 'Le Joli mai' (1963), completely immersed in the reality of Paris 1962, and the euphoric discovery of “direct cinema” (you will never make me say “cinema verité”) and on the crew’s day off, I photographed a story I didn’t completely understand. It was in the editing that the pieces of the puzzle came together, and it wasn’t me who designed the puzzle. I’d have a hard time taking credit for it. It just happened, that’s all. (Chris Marker's interview to Film Comment, 2003)

On this day, 64 years ago, Chris Marker's "La Jetée" (1962) was released in France. Chris Marker talks about "Twelve Monkeys" (1995), how he made "La Jetée" (1962), & one thing he valued more than the Oscars: "Marker: (...)There is too much to see on the news, on the music channels or on the indispensable Animal Channel. And I feed my hunger for fiction with what is by far the most accomplished source: those great American TV series, like 'The Practice' inspired a video by David Bowie and a film by Terry Gilliam. And there’s also a bar called “La Jetée,” in Japan. Interviewer: How do you feel about this cult? Does Terry Gilliam’s imagination intersect with yours? Marker: Terry’s imagination is rich enough that there’s no need to play with comparisons. Certainly, for me '12 Monkeys' (1995) is a magnificent film (there are people who think they are flattering me by saying otherwise, that 'La Jetée' is much better—the world is a strange place). It’s just one of the happy signs, like Bowie’s video, like the bar in Shinjuku (Hello, Tomoyo! To know that for almost 40 years, a group of Japanese are getting slightly drunk beneath my images every night—that’s worth more to me than any number of Oscars!), that have accompanied the strange destiny of this particular film. It was made like a piece of automatic writing. I was filming 'Le Joli mai' (1963), completely immersed in the reality of Paris 1962, and the euphoric discovery of “direct cinema” (you will never make me say “cinema verité”) and on the crew’s day off, I photographed a story I didn’t completely understand. It was in the editing that the pieces of the puzzle came together, and it wasn’t me who designed the puzzle. I’d have a hard time taking credit for it. It just happened, that’s all. (Chris Marker's interview to Film Comment, 2003)

DepressedBergman

26,450 次观看 • 6 个月前

A map from 1531 reveals something that could rewrite all of human history. “The map maker tells us he uncovered material previously hidden in darkness … ” If you’ve never heard of the Orontius Finaeus map, this will blow your mind: Graham Hancock: “The Orontius Finaeus map shows Antarctica.” “This map was drawn in 1531.” “The problem is that our civilization didn’t discover Antarctica until 1820.” This map is a key piece of evidence that Hancock raises to support his theory of a lost, ancient civilization. “When I say a lost civilization, I do not mean a civilization like ours.” “I think they were very different civilization from ours.” “But they had conquered a number of peaks.” “One of those peaks was navigation and ocean seafaring.” “Hence the survival of maps, which show the world as it looked during the Ice Age.” “Another was astronomy.” “Another really important breakthrough evidenced by the ancient maps … is accurate relative longitudes.” “Particularly when we know that the map was based on older source maps.” “Had somebody found Antarctica long before we did and mapped it with extremely accurate relative longitudes?” “Our civilization didn’t crack the longitude problem until the mid-18th century.” “We didn’t get that until 1750, 1760s, there abouts, with Harrison’s chronometer.” “So finding good longitudes on very ancient maps is another puzzle that I don’t think archeology solved.” Graham Hancock Steven Bartlett

A map from 1531 reveals something that could rewrite all of human history. “The map maker tells us he uncovered material previously hidden in darkness … ” If you’ve never heard of the Orontius Finaeus map, this will blow your mind: Graham Hancock: “The Orontius Finaeus map shows Antarctica.” “This map was drawn in 1531.” “The problem is that our civilization didn’t discover Antarctica until 1820.” This map is a key piece of evidence that Hancock raises to support his theory of a lost, ancient civilization. “When I say a lost civilization, I do not mean a civilization like ours.” “I think they were very different civilization from ours.” “But they had conquered a number of peaks.” “One of those peaks was navigation and ocean seafaring.” “Hence the survival of maps, which show the world as it looked during the Ice Age.” “Another was astronomy.” “Another really important breakthrough evidenced by the ancient maps … is accurate relative longitudes.” “Particularly when we know that the map was based on older source maps.” “Had somebody found Antarctica long before we did and mapped it with extremely accurate relative longitudes?” “Our civilization didn’t crack the longitude problem until the mid-18th century.” “We didn’t get that until 1750, 1760s, there abouts, with Harrison’s chronometer.” “So finding good longitudes on very ancient maps is another puzzle that I don’t think archeology solved.” Graham Hancock Steven Bartlett

Holden Culotta

68,698 次观看 • 2 个月前

Frost on seeing the "unredacted" Epstein files: A few takeaways. Number one, there's a lot of documents that are still redacted. When I asked the DOJ about it, they said they received it that way, which means that Kash FBI kept them redacted when they gave it to the DOJ, which is interesting. A lot of names of billionaires and elites. The second thing is there's just so much to go through. I have to go back. I actually went on Reddit and asked folks what documents they think I should look at. There were millions of views, tens of thousands of responses. We're going to be going through that. I will be hitting the House floor to talk about the things that I've seen. And the reason I want to go on the House floor is because it'll be protected speech and it’ll keep me protected as well. But I got to go back at least two or three more times to put some puzzle pieces together and go out and speak to people about it. And the third thing is it was just horrible reading about a lot of the horrible things that people have gone through, that young women, that girls and children have gone through, and how billionaires have been able to escape justice.

Frost on seeing the "unredacted" Epstein files: A few takeaways. Number one, there's a lot of documents that are still redacted. When I asked the DOJ about it, they said they received it that way, which means that Kash FBI kept them redacted when they gave it to the DOJ, which is interesting. A lot of names of billionaires and elites. The second thing is there's just so much to go through. I have to go back. I actually went on Reddit and asked folks what documents they think I should look at. There were millions of views, tens of thousands of responses. We're going to be going through that. I will be hitting the House floor to talk about the things that I've seen. And the reason I want to go on the House floor is because it'll be protected speech and it’ll keep me protected as well. But I got to go back at least two or three more times to put some puzzle pieces together and go out and speak to people about it. And the third thing is it was just horrible reading about a lot of the horrible things that people have gone through, that young women, that girls and children have gone through, and how billionaires have been able to escape justice.

MeidasTouch

303,356 次观看 • 6 个月前

Dr. Brian Hooker just slammed the CDC for sitting on data exposing the truth about the autism epidemic—and doing nothing. “They do not want to implicate any vaccine or vaccine component in causing autism.” But his team has done the study. Here’s what they found: “This is a multifactorial disorder that implicates the complex sort of toxic soup that we live in today.” “What we are looking at is [vaccine components that] screw up mitochondria and then cause autism.” “One series of publications that put all of that together doesn't exist.” “They’ve had the data, they've had the information.” “What we did was we took the information that shows the pieces of the puzzle, and we link that information together.” “In addition to that, we talk about what it would take for a single publication to do that.” “So I'm really proud of this paper.” “I don't think you can conclude that it's one thing and only one thing.” “You look at what causes the oxidative stress and what causes the damage that happens in the brain there.” “It's multifactorial.” “In some instances, it's many factors that come into play together.” “In other instances, it can be overwhelmingly a single factor or just a small number of factors.” Brian Hooker, PhD Robert Scott Bell

Dr. Brian Hooker just slammed the CDC for sitting on data exposing the truth about the autism epidemic—and doing nothing. “They do not want to implicate any vaccine or vaccine component in causing autism.” But his team has done the study. Here’s what they found: “This is a multifactorial disorder that implicates the complex sort of toxic soup that we live in today.” “What we are looking at is [vaccine components that] screw up mitochondria and then cause autism.” “One series of publications that put all of that together doesn't exist.” “They’ve had the data, they've had the information.” “What we did was we took the information that shows the pieces of the puzzle, and we link that information together.” “In addition to that, we talk about what it would take for a single publication to do that.” “So I'm really proud of this paper.” “I don't think you can conclude that it's one thing and only one thing.” “You look at what causes the oxidative stress and what causes the damage that happens in the brain there.” “It's multifactorial.” “In some instances, it's many factors that come into play together.” “In other instances, it can be overwhelmingly a single factor or just a small number of factors.” Brian Hooker, PhD Robert Scott Bell

Children’s Health Defense

23,496 次观看 • 3 个月前

I have a pi-day challenge for all the physics students among you (or anyone willing to set up an experiment). If you share your results with me by March 10th, I may feature them in a video, depending on how good the results are and how many I get. Many years ago I made this video about how two colliding blocks on a frictionless plane can compute pi. My challenge to you is simple: Implement this in practice. The original puzzle assumes zero friction and zero energy loss in collisions, so obviously there are limits to how far you can get. I can tell you the real limiting factor is energy lost in collisions, more so than friction. Also, it's a wildly inefficient way to compute pi, to even get "3.14" you'd need this to work with a 10,000-to-1 mass ratio and have a way to count all 314 collisions. Matt Parker and I actually gave this a go, and the results were...okay, but could definitely have been improved :) Note, there's no reason to restrict yourself to powers of 100. For example, you could use powers of 4 to compute pi in binary. A mass ratio of 64-to-1 should give 25 collisions, which is 11001 in binary, and pi looks like 11.001... More generally, with a mass ratio of N-to-1, the number of collisions is around π / arctan(1 / sqrt(N)). So any big mass ratio gives you an approximation of pi by multiplying the number of collisions by arctan(1/sqrt(N)) If you do this, you can reach out to the channel via this page: Be sure to have a link to footage of the experiment. If anyone can get it to work with 100-to-1, I'd be happy, and if anyone can do it for 10,000-to-1, I'd be both delighted and amazed.

I have a pi-day challenge for all the physics students among you (or anyone willing to set up an experiment). If you share your results with me by March 10th, I may feature them in a video, depending on how good the results are and how many I get. Many years ago I made this video about how two colliding blocks on a frictionless plane can compute pi. My challenge to you is simple: Implement this in practice. The original puzzle assumes zero friction and zero energy loss in collisions, so obviously there are limits to how far you can get. I can tell you the real limiting factor is energy lost in collisions, more so than friction. Also, it's a wildly inefficient way to compute pi, to even get "3.14" you'd need this to work with a 10,000-to-1 mass ratio and have a way to count all 314 collisions. Matt Parker and I actually gave this a go, and the results were...okay, but could definitely have been improved :) Note, there's no reason to restrict yourself to powers of 100. For example, you could use powers of 4 to compute pi in binary. A mass ratio of 64-to-1 should give 25 collisions, which is 11001 in binary, and pi looks like 11.001... More generally, with a mass ratio of N-to-1, the number of collisions is around π / arctan(1 / sqrt(N)). So any big mass ratio gives you an approximation of pi by multiplying the number of collisions by arctan(1/sqrt(N)) If you do this, you can reach out to the channel via this page: Be sure to have a link to footage of the experiment. If anyone can get it to work with 100-to-1, I'd be happy, and if anyone can do it for 10,000-to-1, I'd be both delighted and amazed.

Grant Sanderson

177,775 次观看 • 1 年前