dChan
Anonymous ID: e4dea4 July 9, 2021, 1:35 p.m. No.14088981   🗄️.is 🔗kun   >>8993 >>8998 >>9008 >>9014 >>9025 >>9065 >>9088 >>9216

>>14088800

>>14088590

The biggest needle that is used for a vaccine injection is a 22Ga which has a 0.413mm diameter hole (see attached) so, it appears that an unprotected chip could possibly be injected through a 22Ga needle, however, the most common needle is a 25 Ga. needle which has a hole of 0.26mm so the chances of a chip being injected is slim. The chip would need a coating to protect it in the hostile environment of the human body. Would 0.01mm total coating be enough? Also, there's no detail on how to find the chip and check it's datasheet or even it's availability. TBH, The smallest I've been able to find is 1.2mm and they claim to be the smallest in the world as at 2018 so I don't think that chip was able to be manufactured. It was able to be made but manufacture is a completely different ballgame.

 

https://www.hamiltoncompany.com/laboratory-products/needles-knowledge/needle-gauge-chart

https://immunisationhandbook.health.gov.au/resources/handbook-tables/table-recommended-needle-size-length-and-angle-for-administering-vaccines

Anonymous ID: e4dea4 July 9, 2021, 1:50 p.m. No.14089055   🗄️.is 🔗kun   >>9085

>>14089023

I understand homeopathy, heck, I even use it but; that can't happen with electronics that stuff is physical. Trust me, I've tried way crazy things & if you don't stick to at least some of the basics, nothing works. It's not an organic thing, it's metal, plastic and ceramic protecting silicon, not disputable.

Anonymous ID: e4dea4 July 9, 2021, 2 p.m. No.14089116   🗄️.is 🔗kun

>>14089085

Now I follow. Sadly humor here is a little tainted by the shill infestation but That is pretty funny now that I see you were yanking my chain.

 

Have a (You) fren.

Anonymous ID: e4dea4 July 9, 2021, 2:11 p.m. No.14089162   🗄️.is 🔗kun   >>9170

>>14089088

Noted.

Moores law was based on computing and that seems to be breaking down now. Aslo, the smallest one I was able to find was in 2018 and it was only 1.2mm sq. so maybe the 5nm technology of the processors hasn't been able to be translated to this. The antenna length in m is calculated by 300/f (in MHz). So a 1/8th wavelength at 24GHz (5G cellular in the USA only) is 300/24000=0.0125m or 12.5mm so 1/8th wave is 12.5/8 = 1.5625mm You could still coil that up on a chip but that would be quite a task That's the limit for the chip size.