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Human beings have revolutionized their way of life through inventing new technologies. The first invention was probably the use of fire in the Stone Age. Now, we have electricity to light up our homes by just turning on a switch. People rode horses as transportation, but now we have cars and trains to go around. No one in the past would have imagined that they could fly in the air and travel all around the world, but we have passenger planes flying globally.

Technology is even more progressing in the area such as artificial intelligence, space exploration, robotics, and drone vehicles. These technologies are not merely the figments of imagination or well-described science fiction stories; many of them have already been incorporated in our lives and are in the process of becoming more advanced and accessible. Imagine boarding a rocket at an artificial island port in a major city and reaching the other side of the planet within an hour. Isn’t this extraordinary? Can you also imagine humanoid robots working in factories, assembling various parts to make complex products such as cars? Well, the latter might take place in a few years in TESLA’s assembly lines according to what Elon Musk says. Future vehicles might be fully automated and driverless, taking us to designated locations without needing to hold a steering wheel.

The integration of these technologies will drastically revolutionize our lives once again just as former technologies have done before. However, utilizing these technologies will demand significant energy. For example, a single AI search consumes electricity equivalent to forty ordinary search queries. Rocket traveling is impressive, but how much energy and cost will it require? AI-driven electric vehicles and robots could also consume large amount of electricity. Therefore, we are going to need sustainable, reliable, and inexpensive energy sources to make these new technologies affordable. As we get excited about the future, we will also face challenges to overcome. Nonetheless, I am certain that we will be living in a more convenient world in the near future.

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Certainly! Here’s the text revised to better align with a C1 level:

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Human beings have fundamentally transformed their way of life through the invention of new technologies. One of the earliest and most significant innovations was the mastery of fire during the Stone Age. Today, we enjoy the convenience of electricity, which allows us to light up our homes with the mere flick of a switch. While people in the past relied on horses for transportation, modern society boasts cars and trains. It would have been unimaginable to our ancestors that humans could someday fly and traverse the globe, yet passenger planes now make worldwide travel a routine reality.

Technological advancement is accelerating at an unprecedented pace, particularly in areas such as artificial intelligence, space exploration, robotics, and drone technology. These advancements are not just the stuff of science fiction; many have already been integrated into our daily lives and continue to evolve, becoming increasingly sophisticated and accessible. Imagine boarding a rocket at an artificial island port in a major city and reaching the opposite side of the planet within an hour. This may sound extraordinary, but it is within the realm of possibility. Similarly, consider the prospect of humanoid robots working in factories, assembling intricate products such as cars. According to Elon Musk, this scenario could soon become a reality on Tesla’s assembly lines. Future vehicles might be entirely automated and driverless, navigating us to our destinations without any need for human intervention.

The integration of these technologies is poised to revolutionize our lives once again, mirroring the transformative impact of past innovations. However, the widespread use of such advanced technologies will demand substantial energy resources. For instance, a single AI search query consumes electricity equivalent to forty ordinary web searches. While rocket travel is impressive, it raises questions about the energy and costs involved. Similarly, AI-driven electric vehicles and robots could require vast amounts of electricity. Consequently, the development of sustainable, reliable, and cost-effective energy sources is crucial to making these technologies viable and affordable.

As we look forward to a future brimming with technological marvels, we must also prepare to tackle the accompanying challenges. Nonetheless, I am confident that we will soon inhabit a more convenient and advanced world.

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This version uses more complex sentence structures, precise vocabulary, and cohesive devices to align with the C1 level of the CEFR.