Dear colleagues, Mikinri is an extraordinary planet that holds many secrets and potential discoveries. If we manage to explore its secrets, we can make breakthroughs in our knowledge and open new horizons for our civilization. That's why M98c11 is unique and worth our effort.

The team listened attentively to John's words, and enthusiasm and determination appeared on their faces. They were ready to take on the challenge that was the planet Mikinri.

John looked at each team member, scrutinizing them intently, determined to convince them of the importance of their participation in the mission.

'Amadeus, I know you have vast experience in conducting solo expeditions, but this mission is a challenge you can't handle alone,' John said with a slight smile. 'Your knowledge and skills are irreplaceable, but in a team, you'll have support and the opportunity to benefit from other specialists' expertise. Together we can achieve much more.'

Amadeus looked at John with distrust.

'I've been conducting these expeditions alone for years. I don't need anyone getting in my way,' Amadeus replied, defending his independence.

John reached out and gently placed his hand on Amadeus's shoulder.

'I understand your concerns, Amadeus. But this mission is a new stage, new challenges, and new possibilities. Together we can achieve much more than each of us individually. Your knowledge about survival in harsh conditions and exploration skills are invaluable. You are a crucial part of our team.'

Amadeus looked at John for a moment, then nodded.

'Fine, but I'm warning you - if something goes wrong, you'll regret it,' Amadeus replied with a slight smile on his face.

John turned his gaze toward Julia Adams.

'Julia, I understand that your skills might seem unnecessary for this mission, but it's precisely the diversity of our competencies that makes us so strong,' John said, trying to gain Julia's understanding.

Julia looked at John with an expression of dissatisfaction.

'I don't see the point in participating in this mission. My scientific skills are unnecessary, and this whole expedition seems like a waste of time to me,' Julia stated with reservation.

John returned her gaze, trying to address her doubts.

'Julia, your scientific knowledge and data analysis abilities are incredibly valuable. Our goal is to explore Mikinri's mysteries, and that will require understanding its atmosphere, geology, and potential life on it. Your scientific perspective and critical thinking could be crucial to the mission's success.'

Julia looked at John for a moment, considering, and then sighed.

'Alright, but I'm not promising I'll be thrilled about all this,' she responded with reservation.

John now turned his attention to Anna Lopez and Robert Parker.

'Anna, Robert, your passion and fascination with new possibilities are extremely important for this mission's success,' John said, looking at them with appreciation.

Anna smiled broadly.

'John, I'm excited about the possibility of studying a new planet. This is something I've dreamed of for years. I want to contribute to discovering something truly exceptional,' Anna confessed, her eyes gleaming with enthusiasm.

Robert nodded in approval.

'Exactly, John. This mission is an opportunity to expand our knowledge and explore unknown territories. I can't wait until we set off for Mikinri,' added Robert, completely intrigued.

John smiled with satisfaction, seeing that the team was beginning to gain faith in the mission.

'Thank you all. You are irreplaceable members of this team. Together, we are ready to face this challenge and uncover the mysteries of Mikinri.'

John turned to the virtual assistant who transformed the conference room into state-of-the-art visualization technology. Before him stretched an enormous, interactive 3D visualization of Mikinri.

It seemed that all team members were completely drawn into this virtual reality. In the center of the room was a giant, three-dimensional model of Mikinri that could be rotated and zoomed in to see every detail. John activated the interactive function with a hand gesture, allowing them to get closer to specific areas of the planet and explore them up close.

On one of the room's walls, charts and diagrams were displayed, presenting detailed information about M98c11:

a) Geological map of planet M98c11 with marked key geological formations such as mountains, valleys, and seas.

b) Chart showing the atmospheric composition of M98c11, including the percentage of various gases: nitrogen, oxygen, carbon dioxide.

c) Infographic showing the diversity of Mikinri's fauna and flora, highlighting some unique species.

Part of the team studied this data with interest, while others asked John questions, who used visualization and interactive models to answer their questions and explain complex issues.

Dr. Anna Lopez:

'What gases make up the planet's atmosphere?'

'Look at this colorful chart. It shows Mikinri's atmospheric composition. Nitrogen (marked in blue on the chart) and oxygen (marked in red) are predominant. You can also notice the presence of carbon dioxide (marked in green), though in smaller quantities. This data gives us a better understanding of the chemical composition of the atmosphere on this planet.'

Dr. Anna Lopez:

'Is there biological diversity?'

John: 'Yes, on this colorful infographic you can see the diversity of fauna and flora on Mikinri. Here are some examples: a colorful bird with a long tail (marked in yellow on the infographic), a fruit with an intense blue color (marked in blue), and a low shrub with large, red flowers (marked in red). These are just some of the hundreds of species we've discovered on this fascinating planet.'

Robert Parker:

'What are the main geological features of M98c11?'

'Look at this colorful geological map. I've marked various geological formations on it. Do you see these blue areas? These are seas and oceans on Mikinri. Meanwhile, these green and brown areas are mountains and valleys. These contrasts in the landscape create an extraordinary scenery on the planet.'

'What are the most interesting geological features? Do you see any formations that might indicate tectonic activity?'

'Image analysis has revealed interesting geological features on Mikinri, such as deep canyons and massive mountains. There are also some signs of tectonic activity, such as crustal fractures and rock layer displacements. It appears that Mikinri has a complex geological history, but this requires further research for us to better understand it.'

Professor Brick:

'Do the atmospheric composition data suggest the presence of organic compounds?'

'Amadeus, the data indicates the presence of unknown elements and chemical compounds in the atmosphere. However, there isn't yet conclusive evidence for the presence of organic compounds. We need to conduct further analyses to better understand the composition of this atmosphere.'

Engineer Julia Adams:

'John, what are our research capabilities on the surface of M98c11? Do we have the proper tools and technology to study this planet in more detail?'

'We have advanced research technologies at our disposal that enable us to conduct detailed studies on the planet. We possess specialized instruments for analyzing the atmosphere, geological formations, and astronomical data. Our satellites and telescopes are equipped with state-of-the-art observational tools that allow us to collect data from different perspectives. Therefore, I am confident that we have the appropriate tools and technology to study M98c11 in more detail and discover more fascinating information about this planet.'

Anna Lopez couldn't take her eyes off the planet's visualization. Her heart beat faster as she looked at this image, knowing she would have the opportunity to reach there personally. Her passion for space exploration was fully satisfied the moment she joined this mission. Anna knew this was her chance to participate in something historic.

Robert Parker was also impressed by the visualization. In his eyes, one could see a spark of curiosity and interest. He had always dreamed of discovering new worlds and exploring their mysteries. Now he had the chance to fulfill his dreams and be part of something great.

Johnny looked at the entire team with satisfaction. He saw that his message had reached them and that they were ready to take on the challenge. He was proud of the team he had assembled and believed that together they could achieve amazing things on planet M98C11.

'Thank you all for your commitment and readiness to undertake this mission,' Johnny said, with determination in his voice. 'I know it will be difficult and demanding, but I'm convinced that together we'll achieve something truly exceptional. M98C11 awaits our discoveries, and we are ready to make them.'

The team responded with enthusiastic applause and expressions of agreement. Now there was no doubt - they were ready for a real adventure on planet Mikinri. The mission was to begin soon, and they were ready to face it and discover the mysteries of this extraordinary planet.

Johnny looked at the entire team with determination and a smile on his face. He knew that an extraordinary journey awaited them, full of challenges and discoveries. He had convinced Amadeus, Julia, Anna, Robert, and Michael about the value of teamwork, and now together they formed a powerful team. He knew they weren't fully ready to embark on this journey yet.

Let's prepare, dear friends," said Johnny, raising his hand and pointing to the virtual visualization of the planet. "It's time for us to step into the unknown and make amazing discoveries. The mission to M98C11 awaits us!"

The team responded with shouts of joy and enthusiasm. They were ready for whatever this expedition would bring them.

"Well then, now I'll take you to the laboratory where you can prepare for the journey, a long journey," said Johnny, smiling slightly towards the newly formed team.

Johnny led his team from the elegant conference room through automatic doors that opened silently, revealing a corridor before them. Made entirely of glass with painted stained-glass galaxies and nebulae, changing periodically into different cosmic landscape views.

The floor was covered with ultra-modern panels that glowed blue, showing swirling patterns of cosmic galaxies. Gravitational belts accelerated the team members' steps, giving them lightness and airiness as if they were moving on the surface of a space station.

After navigating several turns, the team reached the impressive entrance doors to the laboratory. The doors stood closed, waiting for special authorization. Johnny turned to the rest of the team and said:

"Please be patient, I need to issue a special voice command to open the doors."

Johnny turned toward the doors and said loudly:

"Stellaris, authorize access for John as Director General of Star-Tech Inc. Authorization Alpha Tetra 01.

After a moment, the central computer responded in a warm, pleasant voice:

'Access authorized. Welcome, Director Johnny. The laboratory doors have been opened.'

Johnny turned to the team, indicating they could enter the laboratory. The doors smoothly opened, welcoming them into the futuristic laboratory interior, which made an even greater impression.

Inside the laboratory was a futuristic landscape. The walls were covered with large, three-dimensional projections showing fantastic images of cosmic landscapes, moving asteroids, and spaceships. Each step set the floor in motion, generating the effect of walking on an unstable planetary surface.

Around them stretched laboratory tables, made of materials impossible to identify. The emission of light from microscopes and scientific devices gave the interior an invisible halo. Electronic sounds and pulsations filled the space, creating a symphony of technological progress.

Above the team's heads, floating glass tubes transmitted colorful fluids that moved in harmony in the form of vortices. These were complex chemical experiments aimed at examining the properties of unknown raw materials obtained from space.

In one corner of the laboratory was a majestic planetary model, where individual spheres showed complex ecosystems of cosmic worlds. Colorful plants, exotic animals, and extraordinary life forms created a fascinating landscape, like from a cosmic fairy tale.

On the central table was a state-of-the-art holographic control panel, where scientists manipulated three-dimensional data and analyzed complex molecular patterns. Each touch of their fingers triggered flickering light reactions, revealing new discoveries and theories.

This laboratory was not just a workplace, but also a source of unlimited imagination. Every step inside it reminded of the power of science, unknown cosmic mysteries, and undiscovered possibilities. The team was ready to cross the boundaries of reality and explore the uncharted spheres of the universe.

Dr. Anna Lopez, astrobiologist and planetary ecologist, could hardly take her eyes off the beautiful research laboratory. Her eyes lit up and widened, reflecting undisguised fascination.

'John, this laboratory is amazing! There's absolutely everything we need here for genetic testing, sample analysis, and creating advanced genetic plant simulations,' she exclaimed with excitement and amazement. 'This is simply unthinkable!'

Dr. Robert Parker, an astrophysicist and astronautical engineer, also couldn't hide his delight. His eyes traversed the entire laboratory, staring at every piece of equipment and device that surrounded him.

'Oh, here we have equipment for aerodynamic tests in space! This is absolutely fascinating! And there are the necessary tools for conducting advanced calculations in astrophysics,' he exclaimed, full of admiration for the possibilities this laboratory gave him.

Engineer Julia Adams, a specialist in designing and operating state-of-the-art research equipment used during exploration missions, couldn't believe what she was seeing.

'I'm speechless!' she said with enthusiasm. 'This laboratory is truly a magical place. Here we'll be able to explore evolution and create innovative biotechnological solutions. This is really revolutionary!'

Michael Wright, an astrophysicist and researcher of planetary atmospheres and cosmological phenomena, looked at the laboratory with deep interest. He saw unlimited research possibilities in it, which aroused great emotions in him.

Prof. Amadeus Brick, a molecular geneticist and biotechnology specialist, walked through the laboratory with an admiring gaze. He carefully observed everything around him, appreciating the impressive interior. Suddenly he turned to John, and in his eyes appeared a slight expression of disapproval.

'Johnny, you know that thanks to the implants in my head, I can perform these same activities independently,' he said with slight dissatisfaction. 'I've been going on such expeditions alone for twenty years. I don't need much help.'

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'You're right, Amadeus. I know your implants allow you to scan plants and obtain basic information about them, such as properties, chemical composition, structure, or genotype,' John replied. 'But that's all. You can't create something new or study unknown plant species or discover new elements or metals. You can also collect new information but you can't analyze it yourself. Your brain enhancements only give you access to the database.'

On Amadeus's face was painted a mixed feeling of fury, anger, and irritation. He clearly felt the limitations of his capabilities, which began to frustrate him.

Professor Amadeus Brick, aware of his limitations, decided to cleverly change the subject of conversation. He turned his gaze to John and said with a smile:

'John, I need to ask you something. What is Stellaris?'

Engineer Julia Adams, who was also interested in the topic and wanted to delve into the subject of building management:

'Yes, John, Eng. Adams is right. Tell us something about Stellaris. I've always been fascinated. Do you know anything special about this system?'

Dr. Anna Adams and Michael Wright also showed interest in the topic, expecting John to share his knowledge.

John, seeing the interest from the entire team, smiled and began to tell about Stellaris:

'Stellaris is an extraordinary building management system, it's an intelligent building management system, as you probably assumed. Throughout the building, nanotechnology is used, which makes this place so unique. For example, the entire building comes alive through the use of nanotechnology. Instead of regular windows, we have beautiful stained glass that changes depending on the light and atmosphere outside.'

'We can also enjoy interactive visualizations in the form of 3D models, for example in the conference room we can enjoy interactive visualizations of 3D mockups. These aren't just ordinary models, but real works of art that respond to our touch and imagination,' continued John.

John paused for a moment to gather his thoughts and find the right words to express his emotions.

'But that's not all. Stellaris has advanced algorithms and artificial intelligence that analyzes data from sensors placed throughout the building. Thanks to this, the system automatically adjusts lighting, temperature, and other parameters to users' preferences and needs. This can affect work comfort, energy efficiency, and building security.'

John stopped for a moment, observing the interest and curiosity in his team's eyes.

'This is just the tip of the iceberg. Stellaris has many other functions, such as intelligent resource management, ecological monitoring, and security systems. It's truly an advanced and future-oriented system that can transform the way we manage buildings.'

John proudly looked at his colleagues, seeing their interest and engagement.

'We also have intelligent resource management here, which helps us efficiently use energy and resources. Ecological monitoring allows us to consciously care for the environment, and security systems give us peace of mind. All of this together makes Stellaris not just a collection of functions, but truly transforming the way we manage buildings.'

The team listened attentively, asking questions and wanting to learn even more about Stellaris. It was clear that this system had sparked their curiosity and could bring many benefits to their work.

Professor Amadeus Brick, though previously expressing some reservations, now seemed interested:

'It sounds really impressive, John. This is an advanced tool that could revolutionize our work and research.'

John smiled with satisfaction:

'Exactly, Amadeus. Stellaris is not just technology, but also a tool enabling us to discover new horizons, collaborate, and achieve higher goals. We are at the beginning of an amazing journey that could open new possibilities for us and bring extraordinary discoveries.'

However, with every word John spoke, the tension between Amadeus and Julia became visible. Engineer Julia Adams seemed to be increasingly fascinated with Stellaris and responded enthusiastically to John's story. Her eyes shone with delight, and her gestures were full of engagement. At the same time, Professor Amadeus Brick's face showed clear dissatisfaction. His eyebrows created a deep furrow on his forehead, and his hands clenched into fists.

Suddenly, while John was talking about the benefits of analyzing space with Stellaris, Julia raised her hand as if she had something to add:

'John, does Stellaris also enable the analysis of microscopic structures in samples from space? I think such functionality could have huge significance for astrobiological research.'

Before John could answer, Professor Amadeus Brick interrupted and said with irritation in his voice:

'Of course, Julia, if you actually know how to use such an advanced system. After all, it's not just about the tool, but about the skills and knowledge needed to use it effectively.'

Julia looked at Amadeus with some surprise and turned toward John, as if expecting support. However, John was visibly undecided about how to react to the growing conflict between his two colleagues. He was aware of the tension building in the team but didn't want to make the situation worse.

Dr. Anna Lopez and Michael Wright watched the whole situation with interest and some surprise. They had been work companions for a long time and rarely saw such open conflict in the team.

John decided to break the tension:

'Julia is absolutely right, Amadeus. Stellaris has the capability to analyze microscopic structures, which can indeed contribute to our astrobiological research. Cooperation and knowledge sharing are key to achieving our goals.'

Amadeus shrugged slightly, making no sound, but his face still showed clear dissatisfaction.

At this point, the atmosphere in the laboratory was becoming increasingly tense, and the growing conflict was starting to affect the team. Everyone was aware that they needed to find a way to resolve this dispute to focus on their joint mission to planet M98c11.

Engineer Julia Adams looked at John with some thoughtfulness in her eyes, and then began speaking, leaning slightly against one of the laboratory tables:

'John, I imagine that Stellaris could have potential beyond managing this building. If this technology can adapt to our preferences and needs inside the building, couldn't we also use it outside, in space travel?'

John paused, intrigued by Julia's question:

'What do you mean, Julia?'

Julia continued, looking into the distance as if visualizing her thoughts:

'I'm thinking about integrating Stellaris with our spacecraft. If we could introduce this technology into the ship's systems, it would be almost like extending our laboratory throughout our entire journey. Stellaris could analyze data from the space around us, adjusting conditions to crew needs and investigating potential threats.'

John frowned, beginning to notice how deep and ambitious Julia's ideas were:

'That sounds really revolutionary, Julia. But remember, Stellaris is currently integrated with this building's architecture. Extending it to a spacecraft would require enormous changes and adaptations. Are you sure it's possible?'

Julia looked at John with passion in her eyes:

'John, we're already exploring unknown areas of space. Why not reach even further and introduce this technology to our ship? If Stellaris can adjust conditions inside the building, it can also adapt our ship to changing cosmic conditions. This would be a step into the future, enabling us to study new worlds with a full understanding of their environment.'

John smiled with admiration for Julia's determination:

'Your ideas are always inspiring, Julia. I'm not saying it's impossible, but it's a challenge of enormous difficulty. Integrating such an advanced system with our ship's systems could take a long time and require enormous work.'

Julia looked at John, and in her eyes, one could see a spark of passion:

'John, this is our chance to redefine space travel. We can be pioneers who change the way we explore space. Stellaris can be our partner, our guide, and guardian in this amazing journey.'

John knew Julia was right. Her enthusiasm and determination were contagious:

'Julia, this would require enormous investments of time, resources, and work. But if the team is ready, if we are all ready to go down this path, then who knows what we can achieve. Thanks to your idea, Stellaris could really become the heart of our expedition.'

Julia smiled broadly, knowing her vision was starting to reach John:

'John, if we don't reach for new horizons, we'll never know how far we can go. Perhaps this is our chance to achieve something that will transcend all boundaries of current science and exploration.'

The deep gazes between John and Julia reflected their passion, determination, and shared belief that together they could achieve something great. In the laboratory, there was silence in which hung the scent of possibility, and their emotions created an invisible bridge between them.

Julia looked at John and said with passion in her voice:

'John, the conviction that Stellaris could be the heart of our expedition seems to me one of the most important steps we can take. This isn't just about travel and exploring space, it's about deeper understanding, discovery, and scientific revolution.'

Dr. Anna Lopez, the astrobiologist, joined the conversation with an expression of interest on her face.

'Julia is right. If Stellaris could analyze the environment of planet M98C11, we could gain enormous knowledge about its flora, fauna, and ecosystems. This would be breakthrough information for our field.'

Dr. Robert Parker, the astrophysicist, also expressed his thoughts.

'And what if Stellaris could help in studying the planet's geology? Discovering the mineral composition, geological structure, and tectonic processes could shed light on this planet's history and evolution.'

Michael Wright, researcher of atmospheres and cosmic phenomena, added:

'We can't forget about the atmosphere. If Stellaris could analyze gas composition, variable atmospheric conditions, and potential anomalies, we would be able to understand what processes are occurring on the surface and in the upper layers of the atmosphere.'

John nodded, listening carefully to his team:

'I understand your determination. Stellaris can indeed open unlimited possibilities for us. This would be another step forward for science and exploration.'

Julia looked into John's eyes, in which she saw understanding and openness to her idea:

'John, this isn't just about scientific research. This discovery would have huge significance for our existence as humanity. We can understand how the universe functions on micro and macro scales, which could influence our future and our choices.'

The team was now fully engaged, their glances at each other showing mutual understanding. An exciting energy filled the laboratory, the result of their shared conviction that Stellaris could transform their expedition to planet M98C11 and revolutionize space science.

John, after a moment of silence, said with determination:

'Alright, Julia, you're convincing. This task will be exceptionally ambitious and demanding. We must act with moderation to avoid overwhelming the system and crew, but if we manage to achieve this, we can truly achieve great success. We need to gather our forces and do this together.'

Together they looked at the model of planet M98C11, and their hearts beat faster under the influence of upcoming challenges. They were ready to take on this risky endeavor and cross the boundaries of the known to explore the mysteries of a new world and begin an era of new discoveries.

Amadeus looked at John with an expression of indignation on his face:

'John, are you seriously considering taking this artificial intelligence on the expedition? This is absolutely madness! You don't realize the unpredictability of what might happen. Theory is one thing, reality is a completely different world!'

John looked seriously at Amadeus, but didn't back down:

'I understand your concerns, Amadeus, but this is exactly what exploring the unknown is about. We must be ready for surprises. And as for magnetic disturbances, we're aware of that. We will carefully plan and monitor these risks.'

Amadeus raised an eyebrow with irritation:

'This isn't about surprises, it's about safety! We can't afford to rely on technology that might fail us at a crucial moment. What if these magnetic anomalies disrupt the AI's functioning? We'll lose control of the situation!'

Julia, who had been listening until now, decided to join the discussion:

'Amadeus, I understand your concerns, but we need to be open to new possibilities. Artificial intelligence, if properly programmed and secured, can bring enormous benefits. We could analyze data faster, make decisions based on precise calculations. This is a step forward, regardless of the risk.'

Amadeus shrugged with frustration:

'For me, this is too big a risk. I don't want to put our mission at stake because of an unknown variable, which is this artificial intelligence. Maybe it's better to invest time in additional training for our crew, so we're really prepared for everything.'

Michael Wright, who had been listening silently, decided to express his opinion:

'Amadeus, your concerns are understandable, but shouldn't we as a scientific team face these challenges? After all, our role is to explore unknown areas of space. Artificial intelligence can be our ally if we prepare it properly.'

Amadeus looked down, his head still full of doubts:

'I don't know if I'm ready for this risk. This is really a lot to think about.'

John looked at Amadeus with sympathy:

'I understand that this is a difficult decision. We need to think about it together and make final decisions. It won't be easy, but remember that our mission has enormous significance for science and humanity. We must be ready for what awaits us.'

Amadeus sighed, indicating that he would need to think more deeply about this issue.

Amadeus looked at the other team members, then turned his gaze downward, his eyes focusing on one of the swirling fluids in the glass tube. In his voice, a mixture of irritation, disappointment, and longing was detectable.

'I know most of you think that teamwork is the best way to achieve a goal. You claim that together we can achieve more than each of us individually. And you're probably right. But for me... for me it's different.'

Amadeus paused for a moment, as if considering how to put his feelings into words.

'For most of my life, I've traveled alone. It was me, my thoughts, and the challenges that nature put before me. My skills, my limitations, it all always depended only on me.'

He looked up at his companions, in whom he read understanding, but also a certain degree of disbelief.

'I'll admit I'm not very good with teamwork. This collaboration, this whole process of establishing compromises, constant negotiations... it frustrates me. I need freedom to act on my own terms, without fear that someone else's decisions might affect what I do.'

He swallowed the bitterness that unexpectedly emerged from within him.

'During solo travels, it was just me, the universe, and my research. Without unnecessary deliberations, without waiting for approvals or consultations. I was sovereign in my world, and every discovery, even the smallest, was mine. I didn't have to prove my worth to anyone.'

He looked straight into his companions' eyes, trying to convey his feelings.

'I'm not against cooperation, but sometimes I feel it limits my freedom of thought, my autonomy. In a team, I have to consider others' opinions, defend my positions, and that's so tiring and... frustrating.'

Amadeus seemed to be speaking not only to his companions but also to himself, as if trying to understand his own feelings and motivations.

'This expedition, the mission to M98C11, is for me a challenge not only scientific but also personal. I must learn to act as part of a team, accept that our goals will be shared, and decisions will be made by the group. This is... difficult for me.'

He looked into the distance, and in his eyes, one could see both determination and a certain sadness.

'But if this is the price I have to pay to know M98C11 and contribute to science, I'm willing to try. I hope that as a team, we'll be able to find a balance between our different approaches and achieve our goals.'

Johnny, observing the reactions and listening carefully to Amadeus's words, thought deeply, trying to understand his point of view. In his eyes, one could see empathy and reflection.

'Amadeus, I understand how much you value your independence and autonomy in work. Your experiences and skills are incredibly valuable for our mission, and I want you to know that I appreciate what you bring to the team. After all, who else has a plant database in their head that you could upload to the cloud?'

Johnny looked at the rest of the team, then directed his eyes back to Amadeus.

'I believe that as a team, we can find a way to balance our individual needs with our common goal. Although I admit I haven't yet found an algorithm to solve all conflicts, I'm working on it.'

Johnny suddenly smiled, as if struck by an idea.

'Maybe, to ease tensions and get to know each other better, we could organize something like a team integration party? I don't know any equation that would prove this works, but why not?'

His enthusiasm was contagious, and their eyes began to brighten.

'I think this could be really valuable. No, I don't have scientific data that dancing and jokes automatically improve work efficiency, but it doesn't hurt to try, right?'

Johnny looked at each team member, seeing that the idea had sparked interest.

'We all have a common goal here - to explore the mysteries of space and contribute to science. Maybe these personal mysteries of ours will someday fit into this great equation?'

He looked at Amadeus, trying to convey his determination.

'Amadeus, your independence is valuable, and I want you to know that we don't intend to take it away from you. But maybe together, as a team, we'll find a way to integrate your abilities and thoughts with our common goal.'

His eyes radiated optimism.

'What do you say? Should we organize this party? I think it could be a great experience for all of us. At least it will give us new anecdotes to analyze for the next twenty years.'

Dr. Anna Lopez looked at Johnny with a broad smile.

'That's really a nice idea! Team integration sounds like a great opportunity to get to know each other better. Together we can transform our passion and knowledge into something even more valuable.'

Dr. Robert Parker nodded enthusiastically.

'And maybe during this integration, we'll have a chance to exchange ideas that could influence our research and discoveries. Who knows, maybe we'll find we have something to offer in other fields of science too?'

Engineer Julia Adams smiled widely.

'This is it! I must admit that although I'm full of admiration for this laboratory, sometimes I miss human contact. Team integration is a perfect way to strengthen relationships, and incidentally explore scientific mysteries.'

Michael Wright nodded in approval. 'Exactly, this is an opportunity to share our visions and insights in a more relaxed environment. Maybe what seems like ordinary conversation to us will help someone else find key connections in their field.'

Prof. Amadeus Brick still seemed skeptical, but as his colleagues' words continued, he visibly began to consider the possibility.

'What you're saying makes sense, though I still have some doubts. However, I'll take a moment to better understand how this might affect our cooperation and research.'

Johnny at this moment sat on the surface of one of the futuristic laboratory tables and smiled at the team.

'I'm glad you like this idea. Team integration might be the key to greater achievements than we could predict. And who knows, maybe we'll discover that one of our passions is the hidden key to understanding the mysteries of M98C11.'

Everyone looked at each other with enthusiasm, ready to take on the new challenge and experience. What began as conflict and doubt now seemed to be an opportunity for even deeper cooperation, understanding, and scientific breakthroughs.

After the enthusiastic discussion about team integration, Johnny decided to suggest everyone take a break before the evening party. He smiled at his colleagues and said:

'Alright, I see you're all ready for this integration, but before that, I'll suggest we all take some time to relax. Let everyone rest, prepare for the evening, and we'll meet at 21:00 in the ballroom on the top floor of the Star-Tech building. There we'll all learn how our plans will proceed.'

Glancing at his watch, Johnny added with a smile:

'We still have a few hours. Don't wander around the building too much, especially since we're not yet fully familiar with the Stellaris system. They might take us for a potential threat, and we probably don't want that, right?'

Looking at his watch, Johnny added with a smile:

'We still have a few hours. Don't wander around the building too much, especially since we're not yet fully familiar with the Stellaris system. They might take us for a potential threat, and we probably don't want that, right?'

Dr. Anna Lopez nodded in understanding:

'You're right, better not to catch the computers' attention. Speaking of which, does everyone know how to get to their quarters? It's quite a big building after all.'

Suddenly Professor Amadeus Brick expressed confusion:

'Actually... I have a problem. Someone brought me to the conference room, but now I have no idea how to get back to my room.'

Everyone looked at him surprised, and then began exchanging glances of amazement.

'Wait a minute,' said Engineer Julia Adams, glancing around:

'Amadeus, you came to the meeting by yourself. I saw you when you entered the building.'

Amadeus was even more surprised:

'What? That's impossible. Well, I guess I really do have trouble finding my way in this maze.'

The rest of the team laughed, and Johnny smiled reassuringly:

'Don't worry, Amadeus. We'll find your way to your room. Now everyone returns to their place, rests, and gets ready for the evening integration. See you at 21:00 in the ballroom!'

They slowly dispersed, enjoying the prospect of the evening together and realizing that even in such a technologically advanced place, one can sometimes get lost.