Robotics

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robotussin

to help the world

Humans have sent robots to Mars, the red planet, to explore its surface and gather data about its geology and atmosphere. Notable missions include NASA's rovers, such as Spirit, Opportunity, Curiosity, and Perseverance, which have provided valuable insights into the planet's potential for past life and its current conditions. These robotic explorers have significantly advanced our understanding of Mars and continue to pave the way for future human exploration.

Careers that use robotics in their daily work include robotics engineers, who design and build robotic systems; automation technicians, who maintain and troubleshoot robotic equipment in manufacturing; and computer scientists, who develop algorithms for robotic applications. Additionally, medical professionals, such as surgeons, increasingly utilize robotic-assisted technologies in procedures. Other fields, like agriculture, logistics, and research, also incorporate robotics for efficiency and precision in various tasks.

No. At least not generally speaking. Robots still need maintenance and parts can break down.

no

Opinions on robots vary widely among people. Some view them as beneficial advancements that can improve efficiency, enhance quality of life, and handle dangerous tasks, while others express concerns about job displacement and ethical implications. Additionally, some individuals embrace robots in everyday life, such as in healthcare and home assistance, while others fear a loss of human connection or control. Overall, attitudes are shaped by personal experiences, cultural perspectives, and exposure to technology.

As of now, no, but it may be possible in the future.

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Robots do not necessarily have heads, arms, and legs like humans; their design varies widely based on their intended function. Some robots, like humanoid robots, are built to resemble humans and may have limbs and a head, while others are designed for specific tasks and may have a more utilitarian shape, lacking human-like features altogether. The focus in robotics is often on functionality and efficiency rather than mimicking human anatomy.

It rather depends on the circumstances. For instance, a robot sent into places too dangerous for a human is better. A robot working twenty four hours in a factory is better (cheaper) than paying humans to work in shifts, though it would lead to unemployment. So, there are two sides to this question.

Robots can perform a wide range of special tasks, including precision manufacturing, where they assemble intricate components with high accuracy. They also excel in hazardous environments, such as bomb disposal or nuclear facility maintenance, reducing human risk. Additionally, robots are used in healthcare for surgeries and rehabilitation, and in agriculture for tasks like planting and harvesting crops efficiently. Their capabilities continue to expand with advancements in artificial intelligence and machine learning.

Orion is important for many reasons (I'm assuming you mean the spacecraft that just launched a week ago). It's as important as the Apollo capsule was for its time because it is designed to take people to further places than any human has been before. Like Apollo, Orion is designed to take people to deep space but unlike Apollo, it's final goal is not the Moon but Mars. It is able to support a crew of 4 for 3 weeks but to get to Mars it would require a habitation module. It is also capable of taking up to 6 people on board and make short trips to orbit the Moon. It uses a lot more modern technology so it's system is more compact (instead of a ton of buttons and knobs it has a touchscreen display that works similar to the one some cars have today. There's a lot more to talk about Orion but these are the most important.

The !Cub robot has several limitations, including its relatively small size, which can restrict its operational range and payload capacity. Additionally, its battery life may limit extended use in the field without needing recharging. The robot's navigation capabilities might also be hindered in complex or unstructured environments, making it less effective in certain scenarios. Lastly, its reliance on programmed tasks can limit adaptability to unforeseen situations.

satellites are in use to find ruins, Old camps, Etc in rain forests. As for robots i am not sure about in the wilderness the military does have robots that can map out buildings on its own and come back to the operator.

A person who studies robotics is typically called a roboticist. Roboticists may come from various fields, including engineering, computer science, and artificial intelligence, and they focus on designing, building, and programming robots. Their work can encompass everything from creating robotic systems for industrial applications to developing autonomous machines for research and exploration.

An annoybot is an online robot which is programmed to send annoying messages to people.

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The central component of a robot that makes it act like human is the positronic brain.

maybe on day

Emotions

Military robots utilize a variety of sensors to enhance their operational capabilities, including cameras for visual reconnaissance, LiDAR for 3D mapping, and thermal imaging for night vision. They also employ radar and sonar for obstacle detection and navigation in complex environments. Additionally, some robots are equipped with chemical, biological, radiological, and nuclear (CBRN) sensors to detect hazardous materials. These sensors work together to provide situational awareness and support decision-making on the battlefield.