Comic by Aditi and Dinu, Printed on 25/08/2023
Unveiling an innovative speculative project on “Exponential Technology,” under the guidance of Neel Mehta. An extraordinary comic reveals a future called Coreclonics, shaped by xenobot advancements. Prepare for a fantastic journey with Miraka as she embarks on her quest to save the world.
What is a Xenobot?
A xenobot is a special kind of robot made from living cells, similar to tiny building blocks. It can be programmed to perform specific tasks and combines natural and man-made parts. People can use xenobots for various purposes, such as giving medicine and assisting in medical procedures, agriculture, and more.
In the early 2020s, as AI, gene editing, and quantum computers gained momentum, Xenobots were in their initial stages. Scientists and businesses buzzed with anticipation, envisioning the programming of Xenobots in the next decade. Yet, amid this optimism, the ethical dilemma of their potential sentience perplexed experts.
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Jumping to 2035, a decade later, Xenobots had grown stronger with AI and quantum computers, accomplishing tasks precisely. Bio machines fascinated people; Investments Flourished; MIT even opened a lab for them; Yet, ethical worries persisted and grew more complex due to concerns about dangerous biological weapons arising from these advancements.
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In 2050, our story unfolds. The world is strangled by plastics, even within cells. Efforts to reverse this harm have faltered, endangering future generations. Meanwhile, Xenobots achieve a significant breakthrough: communication. They’ve become commonplace, undergoing extensive testing. Though ethical worries remain, the pressing demand for a Xenobot-like solution to safeguard lives is undeniable.
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In 2055, the world of tech and AI, a realm of unmatched marvels...
Lived Dr. Miraka;
a scientist, tragically consumed by a ravaging disease
And it was taking over all humans, even new borns. the world was on Fire....
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Beneath the microscope, a heartbreaking truth was revealed
A grim accumulation of years - Nanoplastics!!!!!
It was even found in the cellular level, activating organ failures.....
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THE PolyPLAgue was here... A plastic disease that shook the world
As a fiFIerce scientist, she Decides to combat.
And the battle began.......
Intense trials...
immense Research and dedication...
And a year of fury...
The expedition had reached its end
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a solution was invented
A
novel plastic- eating xenobot; came to save the people
it cleaned up nanoplastics everywhere...
Joy returned to the world, securing future generations from plastics.
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Presenting it to the world - ailing miraka’s dream
After a year of hunger, fury, and sickness, Miraka rested content on her deathbed, having served the world....
The First xeno sample GLARED with a strange feeling...
MEANWHILE...
*SLOWING LOSING HER LIFE*
“we are in this together, my little xeno buddy“
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A miracle was just ignited...
They waged a relentless struggle, annihilating every trace of plastic within Miraka’s body.
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“you gave this world a new life, don’t you deserve One too?“
omg! am i alive?; wondered a confused miraka
Her very own creation had saved her life
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core clonics !?
Initially designed to combat plastic pollution and save the world, Miraka’s Xenobot creation took an unforeseen twist. It mutated, entering her body to remove plastics and save her life. This unexpected turn led Miraka to the revelation of Core Clonics’ potential, earning her the title “Mother of Coreclonics.” Core Clinics aimed to utilize Xenobots’ properties for targeted issue resolution. These adaptable Xenobots emerged as solutions for global challenges. The mutation’s emergence marked the Core Clinics era, thriving by the 2080s. The world learned to coexist with these bio machines, a harmonious partnership.
And that’s how miraka’s miracle paved the world a way to embrace the new era of coreclonics
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By 2080, Coreclonics is on the verge of becoming an essential part of daily life in every way. However, a hint of global unease remains due to rapid technological progress in recent decades. This leads to a “Stop Tech” movement that advocates for a ten-year pause in research, allowing people to adapt, find peace, and process the overwhelming changes brought about by technology.
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In 2100, the world embraces a new reality where humans have successfully integrated with machines in ways once thought unimaginable. Man-machine marraiges are legally recognized, discrimination against machines are eradicated. Core clonics have evolved into a highly feasible technology, widely produced and utilized across various domains.
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Xenobot water body restoration tech in 2055
Presenting a visionary technology that leverages xenobots to combat plastic pollution in water bodies confIdently and effectively.
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The Breakdown
Sensory Cilia and Grasping Hooks:
Xenobots showcase their prowess by employing their cilia for plastic detection and navigation. Specialized hooks ensure a secure grip on plastic debris.
Enzymatic Breakdown:
Upon successful capture, xenobots unleash powerful enzymes, initiating a rapid and efficient breakdown of plastics.
Collective Intelligence and Evolutionary Algorithm:
The innovation’s brilliance stems from xenobots’ collective intelligence, guided by an evolutionary algorithm. This algorithm adapts the technology to specifIc environmental conditions for optimal performance.
Self-Replication for Scalability:
A remarkable feature is the xenobots’ ability to self-replicate, ensuring a self-sustaining and scalable approach to plastic removal on a larger scale.
Adaptation and Resource Sourcing:
As the mission unfolds, xenobots seamlessly adapt. They diversify their efforts, shifting to decomposing organic matter when plastics are scarce. Resource sourcing underwater showcases their self-suffIciency as they produce specialized enzymes for plastic degradation.
Continuity and Succession:
The xenobots’ ingenuity shines through generational continuity. Newborn xenobots inherit essential enzymes from their predecessors, enabling them to immediately engage in their plastic-breaking duties.
Eco-Friendly Composition:
Crucially, xenobots pose no harm even if accidentally ingested. Comprising organic matter, their primary function centers around plastic decomposition, aligning with environmental preservation.
Harmonious Innovation for a Cleaner Future:
This groundbreaking solution exemplifIes the harmonious collaboration between cutting-edge technology and environmental well-being. It paves the way for a cleaner, healthier world with conFIdence and promise.
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EthIcal DilEMMAS
Are they dead or Alive?
Xenobots blur the line between traditional definitions of life and non-life. They are made from living cells but are designed for specific functions. They can be considered “alive” in the sense that they are composed of living matter and exhibit behaviors, but they lack consciousness or the ability to reproduce on their own.
Are they Autonomous or Controlled?
Xenobots are typically controlled and programmed by humans. They follow pre-set instructions based on their design and environment. They are not autonomous in the sense of making independent decisions.
If it has life, Does it have rights?
This is a complex ethical question. The rights of xenobots would depend on how society views and values them. Currently, they are designed for specific tasks, and discussions about their rights may center on the ethical treatment of living organisms used in technology.
Will it affect our natural cycles?
Introducing xenobots into ecosystems should be done cautiously. Their actions could potentially impact natural cycles, so rigorous testing and safeguards are necessary to minimize unintended consequences.
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Why do we have the power to create life?
The power to create life-like xenobots raises philosophical and ethical questions about human responsibility and the consequences of our actions. This power comes with a responsibility to use it wisely and ethically.
Won’t this make it easier to create bio weapons?
Any technology, including xenobots, can have dual-use potential. It’s essential to establish strong regulations and ethical guidelines to prevent the misuse of such technology for harmful purposes.
Can we let xenobots be a part of our ecosystem?
The integration of xenobots into ecosystems requires careful consideration and monitoring. If done responsibly, they could play a role in environmental cleanup or other beneficial functions. However, potential risks and ethical concerns must be addressed.
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you are amazing! good things for you <3
by Aditi and Dinu
