Which Superpowers is Science Getting Closer to Creating in Real Life?
When we think of superpowers, movies and literature often lead the charge, depicting characters with extraordinary abilities like aerokinesis, telekinesis, and hydrokinesis. However, in real life, the realm of science is getting closer to creating some remarkable advancements that could transform our world. One such superpower that has been making strides in the scientific community is the development of advanced robotics, particularly through projects at esteemed institutions like the Massachusetts Institute of Technology (MIT).
Real-World Superpowers: 5G and AI
The real superpower that 5G technology, combined with artificial intelligence (AI), is set to bring to the world is nothing short of revolutionary. 5G, with its ultra-fast speeds and low latency, is poised to enable a host of innovations, from ultra-high-definition streaming to real-time remote surgeries. This powerful combination can transform industries ranging from healthcare to transportation and beyond, fundamentally changing the way we live and work.
The Real-World Superpower: Robotics
When it comes to tangible superpowers in real life, MIT's advancements in robotics showcase a significant leap forward in technology. One notable project involves a robot called 'Spot', which has been designed to combat the COVID-19 pandemic by providing critical assistance to healthcare workers and monitoring patients.
The Spot Robot: A Lifesaver
Suitable for both indoor and outdoor use, the Spot robot is equipped with a handheld control device for seamless operation. Its four legs make it agile and capable of navigating uneven terrain easily. With four cameras—three monochrome and one infrared—this robot can perform a variety of vital patient monitoring tasks.
Feature Description Body Temperature Measurement The infrared camera measures skin temperature on the face for an instant readout. Respiratory Rate Monitoring The change in temperature around the mask when a patient breathes is detected, providing accurate breathing rate readings. Pulse Rate and Oxygen Level Detection Blood vessels carrying haemoglobin experience slight changes in colour when oxygenated, enabling this vital status check.This multifunctional robot can measure these critical vital signs from a safe distance of 2 meters, making it a real-world superpower in the fight against Covid-19. Its ability to operate independently and reduce the exposure of healthcare workers to infectious environments is a testament to the scientific advancements that these real-life superpowers can offer.
A Brief Look at Fictional Inspired Innovation
While Spot represents a significant step forward, its capabilities are reminiscent of the iconic Optimus Prime from the Transformers franchise—a legendary robot with a wide range of abilities. The Spot robot, like Optimus, embodies a blend of strength, adaptability, and a mission to save lives, underscoring the potential for real-life robots to become heroes in their own right.
Conclusion
In summary, while the concept of superpowers often remains within the realm of fiction, the scientific advancements we are witnessing today bring us closer than ever to creating real-life counterparts. Whether it's the 5G revolution or the development of advanced robotics, the future is rapidly evolving, and each of us has the potential to witness and contribute to this fascinating journey.
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superpowers of science real life superpowers advanced roboticsImage Sources
Sources: Explained: A robot to measure Covid-19 patients' vital signs