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Is there any way to make glasses with a big screen floating in front of your eyes with similar tech? So I am not talking AR, I am talking just having a massive

Is there any way to make glasses with a big screen floating in front of your eyes with similar tech? So I am not talking AR, I am talking just having a massive TV hanging in front of you where I can program uLisp that has a watch-sized battery in the glasses that goes for days (not asking years; of course weeks or months would be really excellent)? I think the resolution of the panels + lighting to project it are the problem? Is that doable or we are just bound to massive battery even if we need minuscule processing power?

bruce343434 4y ago
The weight of the glasses is also a problem I think. Having a screen in front of your eyes is very heavy on the nose. People with high strength corrective lenses glasses will know what I'm talking about. Perhaps a rudimentary vector based HUD, with tiny projectors in the legs of the glasses? But that sounds expensive and hard to manufacture.
- anonzzzies 4y ago
  I have the Nreal Air which has no batteries. I have fairly high correction and yet is't not heavy at all (I have prescription glasses for the Nreal). It is great tech and I easily work for hours on it. But the battery just drains too fast (it uses the phone battery). The weight is no issue at all so far. Edit: Lenovo has them too I see. But because they need high processing for 'most' people, they don't have batteries and have cables. If you don't want to watch tv, play games etc, but just program Lisp and sync via BLE, I wonder if it's possible to make it very low consumption just on the glasses. I know that chipsets, including with BLE can be very low consumption. But I'm not sure if projecting the image at high enough res is possible on that low consumption, so that is my question if someone knows? [0] https://www.theverge.com/2022/9/1/23332907/lenovo-glasses-t1-yoga-smart-display-ifa https://www.theverge.com/2022/9/1/23332907/lenovo-glasses-t1...
nzach 4y ago
Maybe you'll find this interesting: https://www.youtube.com/watch?v=50614QMNQPo https://www.youtube.com/watch?v=50614QMNQPo
- anonzzzies 4y ago
  Thanks

bruce343434 4y ago

The weight of the glasses is also a problem I think. Having a screen in front of your eyes is very heavy on the nose. People with high strength corrective lenses glasses will know what I'm talking about. Perhaps a rudimentary vector based HUD, with tiny projectors in the legs of the glasses? But that sounds expensive and hard to manufacture.

anonzzzies 4y ago
I have the Nreal Air which has no batteries. I have fairly high correction and yet is't not heavy at all (I have prescription glasses for the Nreal). It is great tech and I easily work for hours on it. But the battery just drains too fast (it uses the phone battery). The weight is no issue at all so far. Edit: Lenovo has them too I see. But because they need high processing for 'most' people, they don't have batteries and have cables. If you don't want to watch tv, play games etc, but just program Lisp and sync via BLE, I wonder if it's possible to make it very low consumption just on the glasses. I know that chipsets, including with BLE can be very low consumption. But I'm not sure if projecting the image at high enough res is possible on that low consumption, so that is my question if someone knows? [0] https://www.theverge.com/2022/9/1/23332907/lenovo-glasses-t1-yoga-smart-display-ifa https://www.theverge.com/2022/9/1/23332907/lenovo-glasses-t1...

nzach 4y ago

Maybe you'll find this interesting: https://www.youtube.com/watch?v=50614QMNQPo https://www.youtube.com/watch?v=50614QMNQPo

anonzzzies 4y ago
Thanks