The Ultimate Fusion of Man and Machine: Robots with Organs, Is this the beginning of a New Era ?
ROBOTS with organs.....by 2050.
Yes it's sounds correctly.
Human beings is no more Biology but Physics, Human-machine interface, this word perfectly relate. You know about Robots more or less, It is a programmed machine known as AI. Artificial Intelligence, the future technology which is the upcoming innovation of this whole world that will create a new era in modern history.
But my experience indicates something different.
The future is Electronic Tattoos.
While it is true that the concept of robots with human-like attributes such as blood, heart, and lungs might sound intriguing, it is important to consider the practicality and feasibility of such a concept.
Robots are typically designed to perform specific tasks efficiently and reliably. They are built with materials and components that are suited to their intended functions. While robots can mimic human actions and behaviors to some extent, the inclusion of biological organs like a blood-pumping heart and lungs would introduce significant challenges.
1. Functionality:
The primary purpose of a robot is to perform tasks autonomously or with human assistance. Adding human-like organs might not contribute directly to its functionality, depending on the intended task. Robots can be designed with specific sensors, actuators, and specialized mechanisms to perform tasks efficiently without the need for biological components just like Organ-bearing machine.
2. Maintenance and Durability:
Biological organs require constant maintenance and care to function properly. They are susceptible to damage, wear and tear, and various diseases. Incorporating such organs into Prosthetics by Bionics would raise concerns regarding maintenance, durability, and potential breakdowns. It would require regular medical interventions and a complex infrastructure to support their functioning.
3. Ethical Considerations:
The use of Biomechanics in robots raises ethical questions. Robots with human-like organs would blur the line between machines and living organisms. This could lead to debates about the moral status and treatment of such robots. Additionally, it raises questions about the source of the organs and the ethical implications of using organic material in machines.
4. Technological Challenges:
Creating functional biological organs that can be integrated into robots poses significant technological challenges. Currently, there is no technology available to produce fully functioning artificial hearts, lungs, or other vital organs. The complexity of replicating the intricate functionalities of these organs in a robotic system is a significant scientific and engineering challenge. If it really happen and continues properly then we will convert into a Cyborgs, days of Transhumanism are not so far, knock! knock!.
Instead of focusing on mimicking human biology, the future of robotics lies in advancements in artificial intelligence, machine learning, and robotics engineering. Researchers are continuously developing robots with advanced capabilities, such as improved perception, dexterity, and decision-making abilities. These advancements allow robots to perform a wide range of tasks more efficiently and effectively, without the need for human-like biological attributes.
It's worth noting that science fiction often portrays robots with human-like characteristics for storytelling purposes. While it can spark imagination and exploration of possibilities, the practical implementation and viability of such concepts in the real world are subject to technological limitations and considerations. This result to a life extension of human evolution in the ground of medical advancement arise ethical considerations to impact on society.
Thanks for reading,
