[Third Person's PoV]
It took Tony an hour to set everything up, from taking out and arranging the tools to getting the right elements in place.
"Friday, what was wrong with attempt number 151?" Tony asked as he sat on his chair, twirling a stylus on his finger and looking at the large table with the image plans of a mini arc reactor.
"Attempt number 151 experienced a power fluctuation due to an instability in the energy modulation circuits," Friday responded. "This caused an intermittent power output that could not be regulated effectively, leading to a failure in maintaining a consistent energy supply."
Tony nodded, deep in thought as he reviewed the design. "Alright, let's focus on stabilizing those circuits for the next iteration."
"Friday, what elements are we using in the energy modulation circuits? Specifically, is palladium still a key component?" Tony asked, leaning closer to the image plans on the table.
"Yes, Master," Friday replied. "The energy modulation circuits currently utilize palladium as a primary element for its conductive properties. Additionally, the circuits incorporate an alloy of titanium and gold to enhance stability and durability."
Tony frowned, tapping the stylus against the table. "Could the palladium be causing the instability? Have we tested alternatives?"
"We have tested alternatives, including rhodium and platinum," Friday answered. "However, they did not provide the same level of efficiency as palladium. The instability seems to be related to the configuration rather than the materials themselves."
"Interesting," Tony mused. "Let's run a simulation with a modified configuration. Try altering the arrangement of the energy modulation circuits and see if that improves stability."
"Understood, Master. Running the simulation now," Friday responded, as the plans on the table began to update with the new configuration.
Tony watched as the simulation ran, the plans on the table updating in real-time. "Friday, give me a status update."
"Everything appears to be in order," Friday responded. "The energy modulation circuits are stable with the new configuration. Conductivity tests with palladium, and the titanium-gold alloy are all green. Thermal regulation is within acceptable limits. Magnetic field alignment is optimal. Structural integrity of the reactor casing is confirmed."
Tony leaned back, feeling a small sense of relief. "What's the one thing that's still in the red?"
"The power distribution network is still experiencing a bottleneck. The conduits are not handling the peak loads efficiently, causing a delay in energy transfer. This bottleneck is the primary issue preventing the mini arc reactor from achieving full functionality."
Tony's eyes narrowed as he focused on the highlighted section of the plans. "Alright, let's isolate that problem and find a solution. Once we fix the power distribution network, we'll have a working mini arc reactor."
Tony stared at the highlighted section of the plans, his mind racing through possible solutions. "Friday, let's focus on the power distribution network. What materials and configurations have we tested so far?"
"We have primarily used standard copper conduits and a linear layout for the distribution network," Friday replied. "Alternative materials such as superconducting alloys and graphene have also been tested, but with limited success."
Tony tapped the stylus against the table, deep in thought. "What if we switch to a radial distribution layout and use a high-temperature superconductor for the conduits? Something that can handle the peak loads more efficiently and reduce the delay in energy transfer?"
"High-temperature superconductors could indeed improve efficiency," Friday acknowledged. "A radial layout would also help distribute the load more evenly across the network. Shall I run a simulation with these changes?"
"Yes, do it," Tony said, watching as the plans updated once again. The table displayed the new radial layout with high-temperature superconductor conduits.
"Simulation running," Friday reported. After a few moments, the AI continued, "The new configuration shows a significant improvement in power distribution efficiency. The peak loads are now handled without delay, and the overall performance of the network is within optimal parameters. The bottleneck issue has been resolved."
Tony grinned, feeling a rush of excitement. "That's it, Friday. We've finally cracked it. Implement the changes in the prototype, and let's run a full systems test."
"Understood, Master. Implementing the changes now," Friday responded, as the plans finalized the adjustments. "We are ready for the full systems test."
Tony stood up, energized. "Let's light this thing up."
Tony Stark, only 7 years old but already a prodigy in his own right, stood in the heart of his workshop, surrounded by an array of tools and materials meticulously organized around him. His eyes gleamed with determination as he prepared to embark on the ambitious task of building an arc reactor from scratch.
"Friday, let's begin," Tony said with a confidence beyond his years, addressing his AI assistant.
The workshop buzzed with activity as the mechanical arms Tony had designed and built himself sprang into action. They fetched the raw materials Tony had meticulously gathered: palladium cores, titanium-gold alloys, and the high-temperature superconducting materials he had researched extensively.
Tony, wearing scaled-down safety gear that made him look even smaller but no less determined, carefully laid out the components on his workbench. With a steady hand, he started assembling the core structure of the arc reactor, referring to the detailed schematics he had drawn up with Friday's guidance.
"Friday, confirm the alignment of the palladium core," Tony instructed, his voice steady despite the excitement bubbling within him.
"Alignment confirmed, Master," Friday replied promptly. "Proceeding with the next phase: integrating the titanium-gold alloy stabilizers."
Tony nodded, focusing intently as he placed each stabilizer in its designated position around the core. The mechanical arms assisted him in handling the heavier pieces, ensuring every connection was secure and precise.
As the assembly progressed, Tony meticulously wired the circuits, double-checking each connection to ensure optimal conductivity and energy efficiency. The workshop filled with the hum of machinery and the occasional beep from diagnostic devices as Tony worked with unwavering concentration.
"Friday, status update," Tony requested, wiping sweat from his brow with the back of his hand.
"All primary components integrated and circuits connected," Friday reported. "Awaiting final calibration and power-up sequence."
Tony took a deep breath, his heart racing with anticipation. With meticulous care, he performed the final calibration, adjusting settings and parameters according to the real-time feedback from Friday's diagnostic readings.
"Prepare for initial power-up," Tony announced, his voice tinged with excitement and determination.
With a flick of a switch, the workshop was bathed in a soft, pulsating glow as the arc reactor came to life. Tony's eyes widened in awe as he watched the energy levels stabilize on the diagnostic screens, confirming the successful activation of the reactor.
"We did it, Friday!" Tony exclaimed, unable to contain his joy and pride. "The arc reactor is operational."
The mechanical arms, programmed to celebrate success, performed a cheerful dance around Tony, who joined in with infectious enthusiasm. In that moment, surrounded by his creations and guided by his AI assistant, Tony Stark proved that age was no barrier to ambition, innovation, and achieving the extraordinary in his workshop.
Tony put both hands on his workbench as silently sobbed, "Are you seeing this old friend, I did it. I built it. Just like how I promised you I would. I built a miniature Arc Reactor"
Tony felt a hand on his shoulders, when he looked back there was no one there. Tony all smiled as the tears ran down his eyes, "Thanks for the support buddy. Enjoy the afterlife"
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