I am still hunting for diy camera sensor.
I read at a magazine that jacobsen from mit media lab says that he came to mit for to transform 1 cent plastic with 1 cent technology to thousands worth of product.
He prints or hand stamps pentium detail cpus to plastic surfaces.
His acrylic laser engraved hand stamps print same detail with intel.
Intel produce these details in 3 weeks , 550 processes and 1 billion dollar factory.
I first interested in using small leds for to create my own ccd. a harvard technology.
later i learned that leds needed intense and short pulses for to be worked.
Than I interested in plastic transistors and there are many patents outthere but they reported as slow.
I now interested in liquid phase epitaxy for to create my own transistors .
i learned that this technology requires crystal surfaces.
What about coating crystal powders - like shaving a cheap cpu or laser rod -
Than printing on coded transparent conductor coated film .
People make their transistors and earn a living with coating crsystals surfaces and make their transistor
And there is also steel aluminium contact semiconductors.
May be we can inkjet nanopowder of aluminium on stainless steel plate , heat and make a enamel transistor ?
What do you say ?
Best ,
Mustafa Umut Sarac
Istanbul
I read at a magazine that jacobsen from mit media lab says that he came to mit for to transform 1 cent plastic with 1 cent technology to thousands worth of product.
He prints or hand stamps pentium detail cpus to plastic surfaces.
His acrylic laser engraved hand stamps print same detail with intel.
Intel produce these details in 3 weeks , 550 processes and 1 billion dollar factory.
I first interested in using small leds for to create my own ccd. a harvard technology.
later i learned that leds needed intense and short pulses for to be worked.
Than I interested in plastic transistors and there are many patents outthere but they reported as slow.
I now interested in liquid phase epitaxy for to create my own transistors .
i learned that this technology requires crystal surfaces.
What about coating crystal powders - like shaving a cheap cpu or laser rod -
Than printing on coded transparent conductor coated film .
People make their transistors and earn a living with coating crsystals surfaces and make their transistor
And there is also steel aluminium contact semiconductors.
May be we can inkjet nanopowder of aluminium on stainless steel plate , heat and make a enamel transistor ?
What do you say ?
Best ,
Mustafa Umut Sarac
Istanbul
