Robots are not a new idea. The concept existed even before the heyday of science fiction movies like Terminator or Transformers. Early scientists and science fiction writers alike were fascinated by the idea. Robots (or costumed characters) have been on screens and TVs for many decades. But they’ve been working behind the scenes for even more decades. Providers like Spectrum TV that offer science channels often show shots of industrial advancement and yes, the crucial part is the customer support like Spectrum mobile phone number for instant assistance. Robotics actively working on automobile assembly lines are almost always part of the footage. And these were just the early days.
Robotics and How They Are Changing the World
Technology continues to expand and grow. And it keeps building on existing technology. Every year we see new and improved versions of everyday items. So, it shouldn’t come as a surprise that robotics has advanced along with the rest of the world. Other parallel developments have also significantly added to what robotics can accomplish. While the digital world is a huge ecosystem in its own right, the physical world still exists. And robotics is changing it, maybe forever. Don’t believe us? Read on to find out:
Space Exploration
The human body is an astonishing organism. However, it comes with inherent limitations. We need nourishment to survive and air to breathe. We have evolved to live at a specific temperature and pressure range. Robotics, however, can be built to work around most limitations that apply to humans. Space exploration is a great example. A human being cannot survive in space without a supply of air or food. A robot needs neither.
This limits how far astronauts can travel on exploration missions. Sooner or later, they will have to return to Earth. Or maybe they’ll have to place some sort of supply station in space. The point is, journeys to the nearest celestial bodies take several years at the least. Our space tech is still very primitive. If nothing else, the explorers could die of old age by the time they get anywhere. Robots have no such failings. A robotic probe can continue going for as long as needed. And in the process, such robotic explorers allow us to learn more about the universe.
Deep-Sea Exploration
Space is indeed the final frontier and it is more or less unending. But it’s not like we have discovered all there is to discover on the planet. Yes, most of the landmass on the planet has been thoroughly charted. But the landmass is at most a quarter of the total planet. Three-quarters of the planet remains underwater, which is where life on the planet began. And most of it remains unexplored.
Of course, deep-sea exploration has its challenges. You will still need air and food like in space. But there is also the question of pressure. The lower you go, the more pressure the water exerts on you. Far enough down, even a military-grade submarine could crumple up. Even with advanced materials, it is usually too hard to send human explorers beyond certain depths. But once again, robots have none of those problems. They can handle pressure, don’t need food, and don’t breathe. Purpose-built robots can record and broadcast video feeds. Even from the bottom of the ocean floor. This may help us learn much more about our planet and how life evolved on it.
Healthcare Applications
Robotics has begun to augment healthcare as well. The fairly well-circulated “Robot Surgeon” video is a great example. While the “patient” in this question was a grape, the robotics were no less impressive. It was able to demonstrate an advanced degree of precision and accuracy in even delicate procedures. Of course, it will be some time till we see automated robotic surgeries. But many healthcare providers are adapting it to augment delicate operations. Robotics add greater safety and reduce stress on human surgeons. There’s even talk of using nanorobots to find and target cancer cells inside a patient’s body. Imagine if medical robotics offer us a sure cure to one of the worst diseases in history.
Automated Assembly Lines
Robotics became a real thing when they began appearing in heavy industries. Mechanization was already a mainstay in the industrial world. The invention of the assembly line sped up production significantly However, manufacturers like Ford and Toyota began using automated machines on their assembly lines. This helped to speed up processes even more. But they also helped in improving the quality of their cars. Manufacturers even began seeing more consistent quality across their vehicles.
Of course, these early robots were still fairly primitive for the most part. They had very limited functions. At best, most only helped human workers lifting heavy loads like a chassis. But thanks to modern AI and machine learning, robotics has much more to offer. Robots are now taking over many aspects of production in heavy industries. And the more they work, the smarter they get. A fully automated manufacturing plant does not seem too other-worldly anymore. A self-driving Tesla made by another autonomous machine. The idea does sound almost poetic, doesn’t it?
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