this gordon moore chemist engineer and entrepreneur back in the 1960 s. he formulated what is becoming known as moore's law roughly speaking does the number of transistors on a micro chip doubles every 2 years back to its computers steadily becoming more powerful more predicted that the trend would continue up to now it has computer chips are getting even smaller team of scientists in germany has now found a way of downsizing microchips still further. it's a simple fact of modern life electronic gadgets get smaller and smaller and they're able to do more and more that microprocessors a constantly becoming by so tiny a small power. but getting computer chips to downsize is not a matter of magic it needs the brains of people like being paid to kurtz michelle. and sic a union together as part of an international network they've taken a huge step to even smaller chips. but how computer chips made in the 1st place in principle it takes something like a slight project the chip circuitry is stenciled on to the side but instead of projecting the picture on to a s

this is gordon moore chemist engineer and entrepreneur back in the 1960 s. he formulated what is becoming known as moore's law roughly speaking it says that the number of transistors on a micro chip doubles every 2 years that means computers steadily become more powerful more predicted that the trend would continue up to now it has computer chips are getting even smaller as a team of scientists in germany has now found a way of downsizing microchips still further. it's a simple fact of mom. life electronic gadgets get smaller and smaller and they're able to do more and more that microprocessors a constantly becoming both tiny and powerful but getting computer chips to downsize is not a matter of magic it needs the brains of people like these pay to curt's as an sich a union together as part of an international network they've taken a huge step to even smaller chips. but how a computer chips made in the 1st place in principle it takes something like a slight project into the chip circuitry is stenciled on to the side but instead of projecting the picture on t