James is a top chip technology expert, especially good at algorithms and logic, and on this day he was suddenly summoned by the big boss Brian. Pen ~ fun ~ pavilion www.biquge.info

"James, I think we might be in big trouble!"

"What do you mean?"

"The hateful Great Yuan Empire has launched biochips, we must figure out their details as soon as possible, I don't believe that there is any team on Earth that is stronger than us Intel in chip research, even if it is replaced by biochips. James, you must unravel the mystery of biochips as soon as possible and let us know how skilled our opponents are. ”

"Biochips? Is it purely biologically based or something else? ”

"It's like those in the movies, chips made of living organisms."

“...... Has human biotechnology been so developed? ”

“...... This is really a sad story, but it is indeed true, although it is a bit of a test of people's imagination, but in the past few years, the Great Yuan Empire does not know what has happened, their scientists seem to have taken drugs, crazy climbing the biotechnology tree, resurrecting the dinosaurs is what they did, and the biological terrorist attack also uses their technology, bio-television, bio-computing...... American leadership is being challenged, forcefully challenged! ”

"Brian, what do you need me to do?"

"Hmm...... I have a couple of biochips here, and you help me study them, and I want to be able to know as much data as possible about them. As he spoke, Brian pulled out a box with several biochips in it.

James took the box and carefully observed the biochip, and found that it was not much different from the chip produced by his company, except that the corporate logo was different, the color and texture were not bad, and the texture was even stronger.

"Biochips...... How do I use it? Attached to a dog or soaked in water? ”

"This damn biochip, you can use it as if it were a normal chip."

"Just plug it into the machine?"

"No need to water or feed bread slices or anything?"

"No!"

"Alright! I'll look into it. James returned to the lab with the box.

Can you just plug it in?

James tried to take a look at its input and output electrodes as if it were a normal chip, and found that everything was normal, really exactly like a normal chip.

James picked a small chip and plugged it into the test instrument. James first scanned the entire chip with gamma rays, and he wanted to see what the internal structure of the biochip was like and what the level of craftsmanship was.

As a result, he found that the biochip under gamma rays had almost no obvious structural changes, as if the whole chip was one, and the internal material structure was very uniform, and every place was similar.

And James also noticed that there are no traces of the presence of semiconductors inside the biochip, not only no semiconductors, but also no traces of the presence of metals.

Is this really a piece of living organism through and through?

Somewhat incredulous, James began to test the electrical performance of the biochip, and it turned out that this thing was very peculiar, in a fairly wide range, it had almost no standard input voltage, it seemed that any voltage could be used for signal input, and its output voltage was very standard.

This is almost unthinkable on a semiconductor chip, and no chip can operate within such a wide input boundary without any problems.

James put the chips into the test bench to test their computing performance, and under the control of the test software, a large amount of computing data was fed into the chip, and the chip output results without error, this strange biochip can indeed be seamlessly attached to the existing hardware system.

James continued to increase the computing task to see what the full computing power of the chip was, and as a result, the floating-point computing power of the chip has been soaring, far exceeding the mainstream chips in the market by several times.

For days on end, James was working on these biochips.

Brian, who couldn't wait, found James, "James, how's it going?" How well have you studied these biochips? ”

"Brian, I have to say, these biochips are really good, they are fast, low energy consumption, good stability, really a good work."

“...... So these biochips, are they bipolar chips or CMOS chips? ”

"I'm sorry Brian, I don't know about that."

“...... How so? ”

"That's it, Brian, although I'm familiar with chips, I'm familiar with semiconductor chips, and I don't have biology in my major."

"But I need to analyze the results, I need to know how much of a threat biochips really pose to us?"

"Threat! I don't know what the threats you're referring to, but I can tell you that semiconductor chips can do what they can do, and do it better, at least 5 times better. ”

“...... Their performance is five times higher than that of our chips? ”

"Yes at least!"

"Does it have weaknesses? Are there any drawbacks? ARE THERE ANY OTHER BUGS OR SOMETHING? ”

"Sorry! I have absolutely no way of understanding how this biochip works, I can only do some black box testing, and I can't do much more than that, I think you'd better get an expert who studies biology. ”

Brian did just that, and when he found out that his company's chip experts couldn't figure anything out, he immediately sought out a few biological experts and invited them to help solve the biochip.

"Brian, what do you want to know? Or what do you need me to help you research? ”

"I want to know if these biochips are flawed, what it can do, what it can't do, where its upper and lower limits are, and what to do if I'm going to beat or even replicate them, I need your input in the field of expertise."

"Brian, I'm afraid I'm going to disappoint you, you shouldn't be looking for a biologist like us, maybe you should be looking for a geneticist and a physiology and biochemist."

“...... You can't parse it either? ”

"Brian, the biochip is too cutting-edge, we can't parse it, the latter is more precise, it's likely that no one in the entire United States will be able to help you find the answer."

"It can't be! Our technology is the most advanced in the world! ”

"It's just certain areas, and it's clear that the most advanced countries in the field of biotechnology have turned into the Great Yuan Empire. Although I don't want to admit it, but now in biotechnology, American scientists have become second-rate, and the real top biotechnology is in the Great Yuan Empire. ”

"If you can't find the experts of the Great Yuan Empire to help, I guess someone may be able to help you."

"Who is he?"

"Charles, Charles from East's office!"

"Easter's office? What is this institution? ”

"It's a department under the White House that specializes in biotechnology to deal with biology-related matters, and it should have the most advanced biotechnology in the United States, and the target of their research is also the biological products of the Great Yuan Empire, and I think you might be able to find some help there."