Example of search execution with Atkinson's Deep 12Q (What is TSMC? )


It is easy for Chat GPT plus members to use Atkinson's Deep 12Q, which is registered with GPT.
Here is an example of an exploratory learning case for What is TSMC?


Open the GPTs screen.




What is TSMC?


Below are the results generated by Atkinson's Deep 12Q.


Notice how it generates 12 questions and answers with just one key word.


The AI also asks follow-up questions to facilitate understanding.
Interesting stories and images can also be generated on request.



(The following is a quote from the chat)




What is TSMC?


Atkinson's Deep 12Q:
TSMC, or Taiwan Semiconductor Manufacturing Company, is the world’s largest dedicated independent semiconductor foundry. Let’s explore it through the system of twelve questions:


1.What is the origin or cause of TSMC?
TSMC was founded in 1987 by Morris Chang. It originated from the idea of creating a dedicated semiconductor foundry, which focuses solely on manufacturing chips designed by other companies, rather than designing its own.


2.What caused TSMC?
The establishment of TSMC was driven by the growing demand for more sophisticated semiconductor chips and the necessity for companies to outsource their manufacturing to specialized facilities to save on costs and accelerate development.


3.What history or records exist about TSMC?
TSMC is known for its rapid growth and significant contributions to the semiconductor industry. It played a crucial role in the shift towards foundry-only companies in the semiconductor sector and has been a pivotal player in global technology supply chains.


4.What are the characteristics, qualities, or features of TSMC?
TSMC is renowned for its high manufacturing standards, advanced technology processes (ranging from 5nm to 7nm and beyond), and its role as a critical supplier for many leading global tech companies, including Apple, AMD, and Qualcomm.


5.What is most associated with TSMC? What resembles it?
TSMC is most associated with innovation in semiconductor manufacturing. Companies similar to TSMC include Samsung Electronics' foundry division and GlobalFoundries.


6.What is the utility value of TSMC? How can it be used?
TSMC’s primary utility lies in its semiconductor manufacturing services, which are used by technology companies to produce a wide range of electronic products, from smartphones and computers to networking equipment and automotive components.


7.What does TSMC prove? What can be inferred?
TSMC proves the viability and success of the foundry model in the semiconductor industry. It can be inferred that specializing in manufacturing while allowing other companies to focus on chip design can lead to significant efficiencies and technological advancements.


8.What are the natural consequences of TSMC? What happens because of TSMC?
Because of TSMC, there is a faster pace of innovation in electronics, as companies can leverage TSMC's expertise to efficiently produce advanced chips that might be too costly or complex to manufacture in-house.


9.What is the future or natural end of TSMC?
The future of TSMC likely involves continued expansion in cutting-edge semiconductor manufacturing processes and possibly increasing its global footprint to mitigate geographical and political risks.


10.What does AI think about TSMC? What's the general impression?
AI, or at least my perspective as an AI, views TSMC as a critical component of the global technology infrastructure, instrumental in driving forward innovations in numerous sectors through its advanced chip manufacturing capabilities.


11.What general information is there about TSMC?
TSMC is headquartered in Hsinchu Science Park, Taiwan, and operates manufacturing sites across Taiwan, China, and the United States. It is listed on both the Taiwan Stock Exchange and the New York Stock Exchange.


12.What have you heard about TSMC? From whom, and when?
Information about TSMC is widely reported in the business and technology news from sources like Bloomberg, Reuters, and specialized tech media. These sources frequently discuss TSMC’s business developments, technological advancements, and its strategic importance in the tech industry.
Follow-up Questions:


How does TSMC maintain its competitive edge in the semiconductor industry?
What are the challenges facing TSMC, especially concerning global supply chain issues and geopolitical tensions?
How does TSMC's role influence global technology trends and standards?
Would you like a story based on TSMC, possibly exploring its impact or a fictional scenario involving its future?


I am interested to see what the story will be. Please do.


Atkinson's Deep 12Q:
Story: "Circuit Dreams: The TSMC Chronicles"


In the not-too-distant future, where technology blends seamlessly with daily life, TSMC stands as the backbone of a world thriving on innovation. As dawn breaks over the sprawling cityscape of Neo-Taipei, the air buzzes with the quiet hum of drones zipping across the sky, each powered by ultra-efficient chips manufactured by TSMC.


Chapter 1: The Visionary


In the heart of TSMC’s latest expansion facility, Dr. Lena Chou, a visionary engineer, oversees the development of the groundbreaking 1nm chip technology. Her days are fueled by relentless ambition to push the boundaries of what's possible, driven by TSMC’s mission to innovate for a smarter world. Lena and her team are on the verge of a breakthrough that could redefine artificial intelligence capabilities and revolutionize medical technology.


Chapter 2: The Challenge


However, the journey is fraught with challenges. Global demand for advanced chips has outstripped supply, and geopolitical tensions have led to a precarious balance. Lena must navigate not only technical hurdles but also complex negotiations to secure rare materials essential for the next-generation chips.


Chapter 3: The Breakthrough


One evening, as a storm rages outside, Lena’s team achieves a breakthrough. The new chip not only surpasses all expectations in terms of speed and efficiency but also uses quantum dots to enhance computational power exponentially. The breakthrough promises to usher in a new era of quantum computing accessible to the masses.


Chapter 4: The Launch


The world watches as TSMC unveils their new technology at the Global Tech Symposium. Lena steps onto the stage, her presence commanding attention. With a simple gesture, she activates a device that showcases a live, real-time simulation of a complex brain surgery conducted remotely using the power of the new chips. The audience is left in awe.


Chapter 5: The Future Unfolds


As the story closes, TSMC’s new chips are integrated into myriad devices, from autonomous vehicles to personal health monitors, all working more efficiently than ever. Lena looks on as her city transforms, her dreams now embedded in the very fabric of society, powering a future where technology and humanity converge.


Epilogue: A New Dawn


Years later, as Lena walks through the city, every device around her, from the streetlights to the public transport, runs smoothly, empowered by TSMC's chips. The world is now safer, smarter, and more connected, thanks to the vision and perseverance of those at TSMC who dared to dream.


Would you like to visualize this story with an iconic image, perhaps capturing a key moment or a futuristic cityscape powered by TSMC's technology?


I am interested to see what the image will be. Please do.


Atkinson's Deep 12Q:


Here is the image depicting a futuristic cityscape of Neo-Taipei, inspired by the story of TSMC's breakthroughs and innovations. In this visualization, you can see the integration of advanced technology within the urban environment, all powered by TSMC's chip technology.