Elon Musk’s Neuralink Looking to Treat Tinnitus

OK, that's a no on Neuralink. Would you have a Neurosoft implant done?
I mean, I'd be down with brain surgery in general, understanding that there is some risk, but at the end of the day, destructive as tinnitus has been to my experience of living, if you are going to start cutting and putting wires into my brain I want to understand the odds on the downside. If you muck up the brain, you can end up with problems you haven't even dreamed of yet.

All that being said, I don't know Neurosoft. Is it less cut your skull open and put wires into your brain-ish?
 
I mean, I'd be down with brain surgery in general, understanding that there is some risk, but at the end of the day, destructive as tinnitus has been to my experience of living, if you are going to start cutting and putting wires into my brain I want to understand the odds on the downside. If you muck up the brain, you can end up with problems you haven't even dreamed of yet.

All that being said, I don't know Neurosoft. Is it less cut your skull open and put wires into your brain-ish?
Neurosoft aims to implant soft, flexible electrodes in order to electrically stimulate specific brain structures – which hopefully suppresses tinnitus.

neurosoft-bioelectronics-scaled.jpeg


It's a like a mesh overlay that's draped across the brain or, in some cases, folded into a sulcus of the brain (if I'm not mistaken).
 
The Counter-Strike thing is cool, but please note it doesn't let the second patient fully operate the game.

It seems to let him control one of the inputs: the cursor to look around. The other inputs, such as movement, still have to be controlled with a mouth-operated input device.

Nevertheless, the article does state that they're working on expanding these capabilities – which is highly interesting. Playing a shooter is pretty complex because dozens of different user inputs occur in rapid succession.

I'm curious to see at which rate this will develop.

The article also mentions that they've improved thread retraction. Hopefully, they'll reach a point where the long-term risk of retraction is fully eliminated.
 
Did anyone see that Neuralink received a "Breakthrough Device Designation" from the FDA for their work on blindsight? According to an article on the topic, this designation is awarded to devices that show promise in treating or diagnosing life-threatening or irreversibly debilitating diseases or conditions. Essentially, the FDA is signaling to Neuralink, "This could be big, let's not dilly-dally with the red tape."

This designation allows Neuralink to fast-track their development, which is pretty amazing. I genuinely hope they achieve all the success they can. Still, I can't help but think, "If only our community could have a breakthrough designation for a device, too."
 
I'm skeptical. It has been 30 to 40 years since I developed tinnitus, and of course, nothing has come along to help it yet. I do not see how this thing of Musk's would work. It does not address the very strong neural connections in our brains that form due to inner ear issues.

First comes tinnitus, then the neural links—that much we know. But there is no science on earth today that can go in and remove individual neural connections or even isolate them. We are dealing with humans whose brains have more possible synaptic connections than there are atoms in the known universe, and these connections are constantly forming and changing.

Good luck with that.
 
I'm skeptical. It has been 30 to 40 years since I developed tinnitus, and of course, nothing has come along to help it yet. I do not see how this thing of Musk's would work. It does not address the very strong neural connections in our brains that form due to inner ear issues.

First comes tinnitus, then the neural links—that much we know. But there is no science on earth today that can go in and remove individual neural connections or even isolate them. We are dealing with humans whose brains have more possible synaptic connections than there are atoms in the known universe, and these connections are constantly forming and changing.

Good luck with that.
The idea is that, hypothetically, Neuralink could be developed to target the maladaptive neural synchrony that leads to tinnitus.

Currently, however, Neuralink is specifically being developed and tested as a brain-computer interface (BCI). While this alone is an impressive achievement, I believe we are still a long way from Neuralink actually curing anything.

The rapid advancement of AI might speed things up, though. Once the BCI component is fully developed and optimized, advanced AI models could potentially analyze neural synchronization in the brain and find solutions.

Unfortunately, we have no idea how long this might take. Furthermore, AI could theoretically reach a point of singularity before this happens—leading to treatments that might make Neuralink redundant.

Technologically speaking, humanity is at an interesting crossroads compared to 30 or 40 years ago. Let's hope it leads to something good.
 
Neuralink: Year of Telepathy

Third patient got his BCI implant somewhere in the late 2024.
Links in the table at the bottom of the page show that the plan is to recruit up to six participants for the upcoming CAN-PRIME study in Canada.

The original PRIME study, which includes the three current patients, was initially planned for up to five participants in total.

The follow-up study for PRIME is CONVOY (Control of Assistive Devices Via Brain-Computer Interface Technology), where patients who already have the BCI attempt to learn how to control devices such as an assistive robotic arm (ARA). The number of participants in CONVOY is three, which matches the number of currently known patients.
 
Neuralink is actually more focused on hearing loss than tinnitus. About a year ago, they were collecting a database of people with hearing loss.
 
Yes.

Best case scenario: No more of this blaring, droning hell.

Worst case scenario: It malfunctions, I die, and no more of this blaring, droning hell.

I call that a win-win.
Tinnitus since December 2023? Hang in there. There's a good chance you're over the worst of it by now.
 
Neuralink has been approved for trials in Canada.

And then there's the whole thing of Elon Musk becoming an active part of the US government, which will surely yield him certain benefits (including Neuralink).

Good 'ol nepotism. Hopefully this won't adversely affect any trial patients.
Well, that escalated quickly.
 
Here are some interesting videos about the bionic eye and Neuralink:
From a layman's perspective, the eye appears to be a far more complex sensory organ than the ear. Its resolution is significantly higher than that of the cochlea, and the ability to perceive colors adds another layer of complexity.

In its initial phases, Neuralink is aiming to develop a sensor with a resolution of up to 16,000 pixels, which is nowhere near the level of detail a normal eye can perceive.

However, 16,000 frequencies far exceed what the average middle-aged person with normal hearing can detect.
 

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