David@DavidSHolz
@DaveShapi @midjourney its probably on the order of half a millimeter, beyond that and you need to do sub-wavelength diffraction stuff which is possible but we need a bigger team to do it!
1:18 PM · Jun 18, 2026 · 2.5K Views
Midjourney's David Holz says optical systems face physical scaling limits at half a millimeter, requiring sub-wavelength diffraction to proceed
Creator Casey Handmer shared academic resources on sub-wavelength diffraction.
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Casey Handmer@CJHandmer
@DavidSHolz @DanielleFong @DaveShapi @midjourney I wrote a few papers on this, happy to get you started.
David@DavidSHolz
@DaveShapi @midjourney its probably on the order of half a millimeter, beyond that and you need to do sub-wavelength diffraction stuff which is possible but we need a bigger team to do it!
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sudarsh 🌱🔶@sudarshk_
@DavidSHolz @DanielleFong @DaveShapi @midjourney can you increase the us frequency? what problems come if you do?
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Locke@21_BTC_
@DavidSHolz @DaveShapi @midjourney can ultrasound get to detect intramedular bodies at this resolution?
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