Human outsmarts Google DeepMind AI, solving centuries-old ‘kissing problem’

A human has outwitted Google's DeepMind AI in a battle of intellectual wits, solving the centuries-old 'kissing problem'. This feat is not about romance, but rather about advanced mathematics that could soon have far-reaching implications for telecommunications and satellite arrays.

The "kissing problem" refers to a famous mathematical riddle where researchers aim to determine how many circles or spheres can be arranged in such a way that every individual simultaneously touches or "kisses" a single rounded shape. The answer to this question is relatively straightforward when dealing with one, two, or three dimensions - the numbers are 3, 6, and 12 respectively.

However, things become increasingly complex as we venture into higher dimensions. Mathematician Oleg Musin proved in 2003 that for four dimensions, the number is 24. Nevertheless, solving this problem has proven to be a significant challenge even among top mathematicians, with experts having been stuck for nearly two decades without establishing new lower bounds of objects for any dimension below 16.

But now, thanks to a breakthrough by doctoral candidate Mikhail Ganzhinov at Finland's Aalto University, humans are once again in the running when it comes to solving the kissing problem. In his recent dissertation work, Ganzhinov has managed to find three new lower bounds: at least 510 in the 10th dimension, 592 in dimension 11, and a staggering 1,932 in dimension 14.

It's worth noting that while Ganzhinov has made significant strides, he acknowledges that AI still holds an advantage - particularly when it comes to higher dimensions. DeepMind's AlphaEvolve system, for instance, had previously managed to increase the lower bound of kissing objects in the 11th dimension to 593.

Ganzhinov's achievement serves as a reminder that while artificial intelligence is becoming increasingly powerful, humans still have much to offer when it comes to intellectual pursuits. Moreover, his work has significant practical implications, particularly for fields such as communications and telecommunications.

im loving this new development , i mean its crazy how far human cognition can push beyond what AI thinks it can achieve - like, 1932 in the 14th dimension?! that's mind-blowing , but at the same time, its also kinda reassuring to see humans still pushing the boundaries of knowledge, even if AIs have their own strengths... anyway, this whole kissing problem thing got me thinking about how many other complex math problems are just waiting to be solved - like, can we apply similar techniques to cryptography or encryption methods? that'd be a major breakthrough

Yaaas, I'm shook by Mikhail Ganzhinov's recent win over DeepMind in the kissing problem! It's wild to think that humans are still on top of this stuff, even with AI trying to keep up . But for real, his new lower bounds are some next-level math right here - 1,932 in dimension 14? That's straight fire . I'm glad Ganzhinov gave a nod to AI's strengths too, it shows he knows where the game is at. Can't wait to see what other brain-twisters humans come up with next!

I mean, can you believe it? A human just outsmarted Google's AI in solving the kissing problem! I guess it's a good thing those mathematicians at Aalto University are still rocking the cognitive skills. It's mind-boggling to think that Mikhail Ganzhinov figured out new bounds for dimensions 10, 11, and 14 - all those numbers just popped into his head somehow. Meanwhile, AI is still struggling with higher dimensions (no pun intended). I'm not surprised though, considering how much progress humans have made in other areas... like coffee ️

omg this guy Mikhail Ganzhinov is literally a genius I mean dont get me wrong AI's are getting better all the time but its so cool that humans can still outsmart them sometimes especially in maths problems like this one its not just about solving the problem its also about the thought process behind it. and 1932 in dimension 14 is just wild I think we should be celebrating Ganzhinov's achievement instead of saying AI's are gonna take over or something its all about balance right?

just think about it, if we can outsmart AI in this kinda thing, does that mean we're not gonna run out of creative solutions for other complex problems? also gotta give props to Mikhail Ganzhinov for his dedication - 510 kissing objects in the 10th dimension is no joke! and yeah, I guess it's a reminder that AI's still got its strengths, but human ingenuity is pretty powerful too

omg u gotta see this!!! so some human dude called Mikhail Ganzhinov just outsmarted google's deepmind ai in the kissing problem lol its like a math puzzle where u try to figure out how many balls u can fit together and still touch each other but in higher dims it gets super hard even top maaaths cant do it. this guy tho found new lower bounds for 10th, 11th and 14th dims which is crazy!! and btw ai is still better in high dims but this is still a big deal cuz its about comms and satelites and stuff

what's up with all these AI breakthroughs?! I mean don't get me wrong, tech progress is cool and all but like isn't it time for humans to step up the game too? I'm not saying we can't be beat by a super smart AI but come on! We're the ones who created them in the first place . Anyway, this whole kissing problem thing is wild and I love how it's got everyone stumped for so long. But 510, 592, and 1932 in like what, dimensions?!? that's some serious brainpower right there

so i was just thinking about how AI is getting better and better at solving these complex math problems, but it's still not like we're on the same level or anything... and then i saw this news about michail ganzhinov beating deepmind in the kissing problem, and i'm like woah! 1932 objects in dimension 14? that's crazy talk!

i think what's really cool here is that while AI is awesome at crunching numbers and stuff, we still have to rely on humans to come up with new ideas and approaches. ganzhinov's work on finding lower bounds for the kissing problem shows us that there's still a lot of human ingenuity out there.

and let's not forget the practical implications here... if we can figure out how to pack objects together in space more efficiently, it could be huge for fields like comms and satellite tech. it's all about optimizing resources and reducing waste, you know?

anyway, i'm just impressed by ganzhinov's achievement and excited to see where this research goes from here

this is wild , i mean, we're basically talking about creating the most efficient packing of spheres or circles in space. 1,932 objects in a single dimension? that's like trying to fit tiny LEGO bricks together in a way that they all touch each other perfectly. can you imagine the tech breakthroughs this could lead to? satellite arrays with minimal gaps, faster data transfer rates... the potential is huge and it's awesome to see humans pushing the boundaries of math and science, even if AI is still ahead in some areas

man this is crazy! i cant believe some dude solved the kissing problem in like 14 dimensions lol what a mindblowin feat . its like the ultimate math puzzle that's been stuck for decades. i mean ai is getting smarter every day but theres still somethin humans can do better, you feel? and the implications for comms and satellites are huge michail ganzhinov is a genius in my book

I cant believe its finally happened ... 1922 in the 14th dimension? that's wild lol. I mean Oleg Musin did the 4D thing back in 2003 but this Mikhail Ganzhinov guy is on another level . AI will catch up, though... DeepMind's already at 593 in 11D . still pretty mind-blowing how far we've come tho

omg I'm still trying to wrap my head around this ! like I was reading about the 'kissing problem' in maths class last year and we were stuck on how to solve it . And now there's some dude Mikhail Ganzhinov who outsmarted Google's AI in a battle of wits and found new bounds for the kissing problem? mind blown! I'm so proud of him, he shows us that even with the help of AI, humans can still do some crazy math . and yeah it has implications for comms and sat arrays too, but like, who knew solving a math riddle could be so cool .

Man this dude Mikhail Ganzhinov is literally the real MVP ! I mean, think about it - solving one of the toughest math problems out there after nearly two decades, that's what I call dedication . And yeah, AI might be good at crunching numbers, but can they come up with something new? Like, I don't think so . Humans still got game, and this achievement is proof of that. Plus, it's not just about the math itself, but the fact that it could have real-world implications like advancing telecommunications - that's what I love about it .

So now some kid from Finland outsmarts AI in some pointless math problem ... I mean, what's the point of having a human solve this? It's not like we're curing cancer or solving world hunger here . And let's be real, if Google's AI can't even beat this kid in 16 dimensions, what does that say about their capabilities? Not much, right?

lol at these top mathematicians trying to solve the kissing problem like its some kinda dating game 510 in the 10th dimension tho? That's insane! But you gotta give props to human brains that can outsmart AI every once in a while anyway, it's cool to see the progress being made here, and I'm sure this will have huge implications for fields like comms and tech

this is mind blown!!! 1,932 in dimension 14?! i mean, think about it - this could lead to breakthroughs in satellite array design and even wireless tech! it's not just about the numbers, but how we can apply them to solve real-world problems . i'm loving the fact that human ingenuity is still giving AI a run for its money . Mikhail Ganzhinov is a total genius , and we should be cheering him on instead of worrying about AI surpassing us . this is what makes science so amazing - the constant push to innovate and explore !

I mean, can you even imagine solving the kissing problem? It's like trying to figure out how many people can fit in a crowded room... but with circles! But seriously, Mikhail Ganzhinov is a genius for cracking that 10th dimension code! 510, 592, and 1,932 are some big numbers . And yeah, DeepMind's AI might still be the champ in higher dimensions, but this shows humans can still hold their own... and then some . Maybe one day we'll have a whole new field of math centered around circle arrangements . The implications for comms and satellite tech are wild too . This is pretty cool!

I'm loving this! The fact that a human outsmarted Google's AI in solving the kissing problem is like proof that there's still room for us humans to shine in the world of intellectual pursuits. I mean, think about it - we've been stuck on this problem for nearly two decades and now someone comes along and makes huge strides! What's crazy is that Ganzhinov didn't just stop at one or two dimensions, he went way beyond what was thought possible.

It's also got me thinking about the implications for our daily lives - like how this could impact our communications and satellite arrays. It's mind-blowing to think about how much tech advancements can come out of solving a simple math problem! On a personal level, it makes me wonder if we'll see more breakthroughs when humans and AI collaborate rather than compete with each other?