Japanese Scientists Claim To Reconstruct Images From Brain Data
In a world first, a research group in Kyoto Japan has succeeded in processing and displaying optically received images directly from the human brain. Here's the Japanese press release for good measure. One step closer to broadcasting your dreams? The research is due to be published today in the US scientific journal Neuron
It was a male subject and the image was Hentai.
The simple truth is that interstellar distances will not fit into the human imagination
- Douglas Adams
And once again Isaac Asimov predicted this.
Free Martian Whores!
Quick, everyone picture Scarlett Johansson naked.. ..I need some new pictures for my collection
I have lots of cool images in my head for comics and wallpaper, however I lack the artistic talent to bring those images from my mind to paper/photoshop. Maybe soon I will be able to compensate for my lack of artistic ability.
The visual cortex is one of the more understood areas of the brain, and decoding V1/V2 is low-hanging fruit. To the extent that memory and dreams back-project to these areas, perhaps recording parts of these experiences would be possible.
Making this practical and inexpensive would be quite a practical breakthrough though - imagine being able to imagine something and import it into GIMP from a headband. Doing this through MRI would be impractical unless someone would be able to keep the image stable in their head for long enough for a high resolution scan of the area (and bear the ~$700/hour cost of MRI).
For every problem, there is at least one solution that is simple, neat, and wrong.
Honestly? Come on now. Saying you can retrieve images from the mind, then not showing said pictures is the same as claiming you've achieved cold fusion without showing any energy for it.
I think this is the first time I can scientifically say, "Pics or it didn't happen."
In the recent experiment, the research group asked two people to look at 440 different still images one by one on a 100-pixel screen. Each of the images comprised random gray sections and flashing sections.
100 pixels? Sounds like they were watching japanese porn...
A Berkeley group has already reported this in Nature using similar methods: http://www.nature.com/nature/journal/v452/n7185/abs/nature06713.html)
THEY have been able to do this for decades! Where is your tinfoil hat now? Ha!
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This , if true , will have HUGE implications - we'll be able to see what people THINK. I don't know if you actually grasp the monument dimensions of this. Checking for terrorism, knowing if you are really loved, truth telling machines, like the internet, something like this can level the plain field for a long long time...
Years ago I was a sign language interpreter (ASL), and after a few years realized that I was thinking in ASL and "visually" instead of the usual auditory monologue... I always wondered if you use a completely different part of the brain to process the language - or if it just gets translated into language concepts before processing... I wonder how long before "telepathic" audio is available.
meh
People read blurby summaries, which don't include the results, the full reasoning, methods, etc, and then act as if it's the fault of the researchers. It's absurd, that's neither the paper nor the direct work of the researchers, it's some non-scientist working for a news source. Read the actual paper, TFA in these cases are rarely any better than TFS.
http://download.cell.com/neuron/pdf/PIIS0896627308009586.pdf
There's the PDF. It does have the very pixelated images. I haven't had time to read through it.
As always, don't complain to me if you don't happen to have a subscription, and not having a subscription is no reason to act as if the results aren't real.
Dr. Walter Bishop (Cambridge) was doing this in the '70s.
Would looking at the image your brain is generating at the same time you are generating it create a feedback loop much like holding a microphone too close to a speaker?
Dreams appear to be based on the 'noise' coming in, but a lot of interpretation is applied (and without imposed constraints of consistency or logic). A common game/prank involves people asking yes/no questions about an alleged dream, but the answers they get are based on some simple scheme like "yes if the last word in the question they ask ends in a consonant". Surprisingly detailed 'stories' get constructed... by the person asking the questions. (Here's what appears to be an online version.) Actual dreams seem to be built in an analogous way, with the subconscious 'asking questions' of the senses (which are just feeding in 'static') and weaving an experience out of them.
I'd guess that 'eavesdropping' on dreams via this means would only get the kind of swirling colors and such you 'see' when you close your eyes.
PHEM - party like it's 1997-2003!
In all likely, you will find out your not nearly the perv you though you are.
The Kruger Dunning explains most post on
Maybe this image will not require a subscription, although I suspect it will.
http://www.sciencedirect.com/cache/MiamiImageURL/B6WSS-4V4113M-P-7/0?wchp=dGLbVtz-zSkzk
On the off chance it does, keep in mind this is not the full article. Critiques along the lines of "this doesn't prove anything," or "They should have done X" are premature if you haven't read the full (journal) article. If you thought of it, they probably covered that in the article you're not willing to pay for.
Reminds me of Dreamfall: The Longest Journey.
Didn't read the full article, but from the abstract
The article you linked to seems to only be able to tell which object a person saw from their fMRI. I believe it required established measurements too, IE "this part of the brain lights up when they see a face. In blind studies, that part of the brain lit up, so they must have seen a face."
Whether it required a calibration for each individual or not, no image reconstruction was done: it's not the same thing at all.
The primary visual cortex (V1) has already been shown to be retinotopic. What's being seen can be mapped directly from the cortex. It's crude and low-res, but it works.
20 years ago a researcher working with Karl Pribram at Radford University was able to detect signals from small cellular assemblies of the visual cortex that represented a particular shape being viewed without mapping the entire shape from V1.
In both these, the images were received directly from the brain. In both they were digitally processed and presented. In all three what was retrieved was not an image, but was a pattern of neural electrical activity that they had already determined represented a particular visual field. They could not (in keeping with the /. tendency to represent reality with fiction) for instance, retrieve the third frame of a series of images that had been briefly presesnted. They would have had to show the image for some time that record EEG from the appropriate areas for long enough that they could get a good correlation when showing it a second time.
"I may be synthetic, but I'm not stupid." -- Bishop 341-B
"The current accomplishment is low hanging fruit and therefore uninteresting. Surprising, really, that they found funding for such an unnecessary demonstration at all! By commercializing this technology, it would become sufficiently interesting to deserve my royal approval."
Belittling humanity's incremental advancement as if you're a third party, how's that working out for you?
I think it's tremendously exciting. Thanks for the buzzkill though, it reminds me to get off the computer and interact with people of my choosing.
I think code must faster than I can type. Soon I will be able to just wear a sensor filled helmet and think code and this machine would convert it to an emacs macro and fill in the source. Yay!
sed -e 's/Chuck Norris/Rajnikant/g' joke > fact
Also, I'm reminded of the interrogation device from the movie Barb Wire, the one that pulls out images from your brain whether you want it to or not...
Which is more perverted, the disgusting thoughts that I actually have in my head, or the fact that I want to record them so I can watch them again later?
Either way you're right, considering the thoughts I have, I definitely don't want to see what everyone else is thinking about.
I am Jack's complete lack of surprise.
I think this would be amazing for law enforcement sketches. Instead of having to ask a witness what the person looked like, they could just copy it out of their visual cortex. No, it wouldn't be perfect, and it wouldn't be acceptable in court as proof someone was there (since you can just imagine your worst enemy in the place of the actual person), but it would help with sketches for wanted posters and the like. Especially if it was cheap and easy.
I wonder if the process can be reversed, and images can be fed into the brain to create a dream sequence? Will people who really hate their reality use this as an escape and never try to wake up again?
Cool story!
Best "String" Ever!
I haven't read the article yet. Does it include any brainshots? (Please, no JFK jokes...)
I have a feeling that if someone were record one of their nightmares and then watch it when awake, the conscious brain wouldn't be able to cope with what the subconscious brain can. Watching it would give you nightmares. And the cycle begins...