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5 Ideas That will revolutionise our futuristic life.
- ahatia0503
- November 12, 2024
- 2:49 am
- No Comments
At the end of era, it has always sparked controversial philosophical discussions that challenge and redefine how we approach life. Each historical era differs uniquely from others, not merely through scientific inventions but in how it reshapes our perspective on everyday things. For instance, when the industrial era began, people started to view life differently, approaching it with a visionary outlook inspired by scientific and technological breakthroughs that transformed our daily lives. Now, as we approach the end of one era and step into a new one—perhaps best named the “AI era”—we find ourselves redefining many concepts in daily life. This era opens up new questions and legal considerations regarding recent scientific breakthroughs and their potential to reshape various aspects of life, such as economics and politics, as well as how these advancements can integrate into sectors like industry, agriculture, and trade. These topics were initially covered in a series of articles written three years ago, discussing the top five concepts that would shape our future lives. Unfortunately, due to technical issues beyond our control, this website was removed by legitimate authorities. We are now recalling these articles originally published in 2022.
Cryptocurrency
Our perspective on money has transformed significantly with the advent of new algorithmic methods for handling it. However, the cryptocurrency sector still requires substantial effort and regulation to overcome challenges and earn the public’s trust. Soon, cryptocurrency may be accepted by governments as a legitimate form of payment, though the legal and technical aspects will need thorough study to assess the feasibility of such an approach. These transactions could potentially rely on more stable cryptocurrencies to ensure security and reliability.
The Internet of Things (IoT)
The physical world meets the digital world through integrated platforms, bringing us the Internet of Things (IoT).
IoT is a network of physical objects—“things”—embedded with sensors, software, and various technologies to connect and exchange data with other devices and systems over the Internet. These devices range from everyday household items to advanced industrial instruments. Experts predict that by 2020, over 10 billion IoT devices will be connected, rising to 22 billion by 2025. Oracle has even established a device partner network.
How did IoT become possible?
1. Access to low-cost, low-power sensor technology: The affordability and availability of advanced sensors have made IoT accessible across industries.
2. The rise of cloud computing platforms: Cloud platforms now allow organizations and consumers to access the necessary infrastructure for IoT expansion without needing to manage it all themselves.
3. Advancements in machine learning and data analytics: With improved machine learning techniques and vast data availability, companies can make more informed decisions, pushing IoT’s capabilities even further.
4. Artificial intelligence: AI advancements, particularly in neural networks and deep learning, now enable applications previously out of reach, such as natural language processing, face detection, image classification, and predictive analytics.
AI and Deep learning.
AI and deep learning give a new vision, allowing even automation of the most possible complex task
Some workers will be displaced by automation. In the period 2016–2030, it has been estimated that roughly 15% of the global workforce, or about 400 million workers, will be displaced by automation.Advances in automation will shape our near future. Kids and students should learn various skills, as the demand for traditional jobs will decrease. More students will specialize in programming, AI, and automation.
A new industrial revolution may deepen the divide between the unemployed and the wealthy.
Increased satisfaction and engagement: the introduction of automation in homes could lead to better lifestyles, resulting in greater satisfaction.
The integration of humans and technology.
It might be possible to see a physical computer attached to our brains.
For the past two decades, neuroscientists have been discreetly developing a device called BrainGate, which wirelessly links the human brain to computers—and it has now made its global debut. billionaires like Elon Musk and Mark Zuckerberg have entered the race, aiming to embed computer chips in human brains. The involvement of Musk and Zuckerberg suggests the potential for significant advancements, but few are questioning whether our dependence on machines and technology has reached a critical point.
The process behind these brain chips involves several key components:
1. Chip implantation with electrodes: A chip, roughly the size of a coin, is implanted into a person’s skull, with an array of ultra-thin wires—each about 20 times thinner than a human hair—spreading across the brain.
2. Equipped with 1,024 electrodes: These electrodes monitor brain activity and can stimulate the brain. Data collected is wirelessly transmitted via the chip to computers for researchers to analyze.
3. Automated implanting technology: A specialized robotic system developed by Neuralink is designed to implant the chip with precision, claiming that the procedure could be as routine as eye surgery.
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