According to a journalist who visited the US military drone base, "the whole process is like a computer game without sound effects." Pen? Interesting? Pavilion wWw. ｂiquge。 ｉｎfo

The United Nations has also issued a warning to countries to be cautious about developing "lethal autonomous robots".

However, robots are not only used to kill people, they can also be used to save people, such as cooperating with doctors to treat diseases and save people.

In addition to the battlefield, another robot is already "showing its skills" in hospitals.

On the morning of May 22 this year, Professor Zhu Lian'an, the founding chairman of the World Association of Clinical Robotic Surgery and a well-known expert, conducted a complex pancreatic head tumor resection demonstration for a 45-year-old female pancreatic cancer patient at Capital United Family Hospital and Clinics in view of the cutting-edge concepts, technologies and procedures of global robotic minimally invasive surgery.

At the same time as the operation was carried out, many domestic media also conducted an academic live broadcast of the whole surgical process.

The robot used in the operation is the Da Vinci robot that became popular on the Internet in May last year with its one-handed "sewing grape skin" magic skill.

Da Vinci is not a new surgical operating system, as early as 2006, da Vinci entered China.

At present, there are 46 tertiary general hospitals in the country, with 52 da Vinci surgical robot systems.

Over the past 10 years, tens of thousands of surgeries have been performed using the da Vinci Surgical Robot System, and the technology is very mature.

The application of robots will undoubtedly bring great changes to our society, and how to deal with this change is a question that our generation must think about.

At present, it seems that it is inevitable that heavy physical labor and mechanical labor will be replaced by robots, but intellectual workers may not be able to survive this change.

The onslaught of technology comes from all sides, with journalists being replaced by copywriting bots and translations competing with mobile apps.

In the book Race Against the Machines, Eric and Andrew from the Massachusetts Institute of Technology argue for Rifkin's assertion that "the end of work" argues that technological progress has made fewer and fewer workers needed to produce the same goods, and eventually the number of workers is approaching zero.

This is undoubtedly a disturbing conclusion that a society that does not require human work is more decadent and even frightening than beautiful.

And now, one can only hope that we can win this race against the robots.

However, the speed of development of robots is very fast, and the advantages of humans are not obvious, in the era of intelligent everything, your watch, your necklace, your ring, your glasses, your car, your table, your house...... All your end devices are intelligent.

When communication, messaging, and various applications and functions become standard equipment for all smart devices, why do you need a mobile phone in your trouser pocket?

When the era of intelligent everything comes, we will be surrounded by all kinds of smart devices and intelligent robots.

In the future, you will have a hard time adapting to the days without intelligent robots, just as you will not be able to live without the Internet and mobile phones now.

From the moment you wake up and open your eyes, you are already living in an environment full of intelligent robots: your home itself is an intelligent robot, the smart bathroom will automatically adjust the bath water temperature for you, and the smart kitchen will automatically cook breakfast for you.

When you go to work, the vehicle will be an unmanned robot car.

When you walk into the office, your smart desk will immediately sense it, opening your mailbox and your day's work schedule for you......

As a gateway to all the intelligence, you will no longer need a bulky phone at all, just a ring with sensing and identity authentication function: if you want to make a call, just walk up to the table, touch the table with the ring, and the table will automatically call up your personal address book, whoever you want to call, and the table can call directly.

You walk up to the refrigerator and touch it, and the refrigerator will automatically tell you which fruits are missing, and you can place an order directly on the refrigerator to buy them.

You walk in front of the wardrobe and touch the wardrobe, and the wardrobe will automatically tell you which ones are suitable for matching, and you can even go directly to the Taobao page through the wardrobe to buy new shirts......

Like a magic ring, the ring becomes the foundation that unlocks everything.

Is this smart scenario too far away? In fact, if you look at the current university campuses, you will know that it is not far at all, and maybe all of the above will be realized in 5-10 years.

Turning around the booth, Mo Xie felt that he did not come in vain this time, this time he also opened his eyes, only when he saw all kinds of ideas, Mo Xie found that not only his brain was very open, but others were not much worse than him.

"The division of labor is clear!" After seeing too much, a trace of realization rose in Mo Ye's heart, and he seemed to have fallen into a misunderstanding.

For example, the artificial intelligence he cultivated, he pursued the high and comprehensive, and let them go towards the wisdom of a normal human being, but now it seems that this may be wrong, and professionalism is the best.

Originally, he only saw theoretical knowledge, but now he saw so many finished products, which made Mo Xie's heart brighten, and at this time, he had other ideas about making robots.

The essence of robots is to help humans and reduce the amount of human labor in various fields, if a robot needs to enter all the knowledge, this itself increases the demand for hardware, causing a burden on power and processors.

And this kind of tall and complete robot, in fact, is not needed, to do so, is contrary to the original intention of manufacturing robots, which is also the current robot although hot, but less application of a fundamental reason.

I didn't expect to see so many advanced robots here, which made Mo Ye very happy, and at this time, his super biological detector had been upgraded, and it was no longer like the original, he could only scan the shape and structure, but could not see through the essence.

Now it's different, the Super Biological Detector is not only able to invade the system and replicate the entire operating system, but also to scan the entire machine structure, and even the composition of the machine's materials, can also be completely scanned!

"This should be an amazing ability!" Looking at the structural drawings of the robots, Mo Ye had a smile on his face.

This time, instead of the system, he saw the physical structure, and with this structural diagram, he could build the same robot.

And by drawing inferences, since you can see through the scanning robot, can other machines too?

For example, a wafer factory abroad? Processor factories, optical instrument factories, satellite factories, can these be scanned and copied?

If he saw the advanced warships of foreign countries, Mo Ye would be able to scan the complete data, so that all the technical information of these warships would be leaked.

"Nothing else, foreign space technology must not be let go!" With this thought, Mo Ye once again had the urge to go to the United States.

Forget about spaceplanes and spaceships or something, they must be well protected, but retired planes should have a chance.

I heard that the American Blackbird is a good thing, he is the US Air Force jet long-range high-altitude high-speed strategic reconnaissance aircraft, the official name is the SR-71 reconnaissance aircraft, developed and produced by the Skunk Factory of the American Lockheed Corporation, using a large number of advanced technologies at that time, is the first practical jet aircraft that successfully broke through the thermal barrier.

In the actual combat record, not a single SR-71 has ever been shot down by an enemy aircraft or an anti-aircraft missile.

A total of 32 SR-71 reconnaissance aircraft were produced, and in 1990, the SR-71 was decommissioned; In 1995, part of the SR-71 was reorganized into the unit, and in 1997 it began to fly. In 1998, the SR-71 was permanently retired and partially put on museum display, with only one SR-71A and one SR-71B used by NASA's Dryden Flight Research Center for research purposes.

The reason why Mo Ye thought of it was because a lot of the technology of this aircraft was very useful even if it was obtained now, even if it was decommissioned, it did not mean that the technology of the Blackbird was backward.

For example, the special alloys of the fuselage, such as high-temperature resistant materials, these are all technologies that Mo Ye needs.

The SR-71's fuselage is made of 93% titanium alloy and can withstand aerodynamic friction temperatures of 230 degrees, and the area around the engine tail nozzle can reach temperatures of up to 510 degrees.

Therefore, Mo Ye sometimes has to admire polar bears, although their economy is not good now, but their technology is really awesome.

You know, this titanium alloy was stolen by the Americans from polar bears, so the Americans are more powerful at tricks, otherwise, they would definitely not be so powerful now.

For example, the titanium alloy used to make the Blackbird was purchased from the Soviet Union, the largest exporter of titanium at the time, during the height of the Cold War, when the CIA secretly set up a number of shell companies to buy from the Soviet Union, the largest exporter of titanium at the time.

Lockheed used all possible camouflage methods to prevent the Soviet government from learning about the purpose of this titanium.

So, the Blackbird, which has entered the museum, is really awesome in technology.

For example, in order to reduce costs, they used titanium alloys that soften at lower temperatures and are easier to machine, and the finished aircraft is painted a dark blue (close to black) to enhance the camouflage effect of thermal radiation cooling and high altitude.

When the aircraft is flying at 3 times the speed of sound, the friction with the air generates a lot of heat, and parts of the aircraft can even be heated to more than 540°C, and the black paint can help the SR-71 reduce the temperature.

Studies of titanium skins have shown that the material gradually strengthens under intense heating, which is like annealing one after another.

In order to withstand the high temperatures caused by air friction during sustained supersonic flight, Blackbird needed a range of specially developed new materials, including high-temperature fuels, sealants, lubricants and other components.

Of course, these are a little, and there are reasons why Blackbird is retired, such as its stealth technology is too poor, of course, this is because Blackbird has been manufactured for too long, and if it is modified now, there will be no obvious low-level mistakes.

The SR-71 was designed to have a very small radar reflection cross-section, which was an early stealth design, however, this did not include a high-temperature engine exhaust.