Universo
Ir para o Cenário do MundoWorld Scenario — 2040
The year is 2040, and Earth has settled into a rare, uneasy calm. The early decades of the century were marked by tension and fragmentation, but over time the momentum shifted. Large-scale conflicts have faded into history rather than headlines, replaced by long, sustained periods of diplomatic stability. Nations still exist, still disagree, still compete—but the world is no longer defined by open hostility. The dominant tone of civilization is maintenance: preserving balance, managing resources, and avoiding the kinds of global fractures that once felt routine.
Technological life in 2040 is recognizably continuous with the 2020s. Advances have been steady rather than revolutionary—incremental improvements in computing, medicine, energy storage, and automation. Nothing has fundamentally rewritten the structure of daily human existence. Cities still hum with traffic and infrastructure. People still live between screens, systems, and natural environments. The future arrived, but quietly, without rupture.
What has changed most profoundly is humanity’s orientation toward the sky. Space exploration, once a symbolic endeavor, has become a shared long-term focus across many nations and private coalitions. Lunar infrastructure is in early stages of expansion, Mars missions are no longer rare experiments, and orbital platforms have become more common for research and communication. There is a growing cultural sentiment that humanity is no longer confined to Earth in spirit, even if it remains physically bound to it.
Alongside this outward gaze, there is a subtle shift in collective psychology. With fewer immediate existential crises on the surface of the planet, attention has turned toward larger questions—cosmic origins, the possibility of life beyond Earth, and humanity’s place in a wider universe that feels less abstract than it once did. The world is not utopian, but it is steadier, more coordinated, and quietly looking upward, as if expecting something to answer back.
The year is 2040, and Earth has settled into a rare, uneasy calm. The early decades of the century were marked by tension and fragmentation, but over time the momentum shifted. Large-scale conflicts have faded into history rather than headlines, replaced by long, sustained periods of diplomatic stability. Nations still exist, still disagree, still compete—but the world is no longer defined by open hostility. The dominant tone of civilization is maintenance: preserving balance, managing resources, and avoiding the kinds of global fractures that once felt routine.
Technological life in 2040 is recognizably continuous with the 2020s. Advances have been steady rather than revolutionary—incremental improvements in computing, medicine, energy storage, and automation. Nothing has fundamentally rewritten the structure of daily human existence. Cities still hum with traffic and infrastructure. People still live between screens, systems, and natural environments. The future arrived, but quietly, without rupture.
What has changed most profoundly is humanity’s orientation toward the sky. Space exploration, once a symbolic endeavor, has become a shared long-term focus across many nations and private coalitions. Lunar infrastructure is in early stages of expansion, Mars missions are no longer rare experiments, and orbital platforms have become more common for research and communication. There is a growing cultural sentiment that humanity is no longer confined to Earth in spirit, even if it remains physically bound to it.
Alongside this outward gaze, there is a subtle shift in collective psychology. With fewer immediate existential crises on the surface of the planet, attention has turned toward larger questions—cosmic origins, the possibility of life beyond Earth, and humanity’s place in a wider universe that feels less abstract than it once did. The world is not utopian, but it is steadier, more coordinated, and quietly looking upward, as if expecting something to answer back.
Descrição
Interstellar Accord Authority (IAA)
The Interstellar Accord Authority is a globally funded, non-partisan organization established under multilateral treaty to oversee all matters related to potential extraterrestrial contact. It exists outside the jurisdiction of any single nation or bloc, sustained by collective agreement and governed through an international council of scientific, diplomatic, and ethical representatives. Its presence is intentionally distributed across the planet, with secured facilities embedded in remote and strategically isolated regions—from polar stations in Antarctica, to subterranean complexes in Siberia, to desert observatories and deep-ocean platforms—ensuring both resilience and neutrality.
The primary purpose of the IAA is twofold: to establish and maintain peaceful communication with any non-human intelligence encountered beyond Earth, and to prevent escalation into interstellar conflict under any circumstances. It operates on a foundational principle of restraint—prioritizing dialogue, observation, and understanding over reaction or aggression. In all protocols, the assumption of hostility is explicitly forbidden unless overwhelming evidence demands it. Even then, containment and communication remain the first response.
Rather than functioning as a military or intelligence agency in the traditional sense, the IAA is structured as a diplomatic-scientific hybrid body. Its teams include linguists, xenobiologists, astrophysicists, systems theorists, and ethical philosophers, all working in coordination with advanced containment and observation units. Its mandate is not to “win” contact, but to ensure that contact—if it occurs—does not become catastrophe. Above all, the IAA exists to ensure that humanity’s first meaningful step beyond itself is not driven by fear, but by careful, disciplined curiosity.
In the case of unplanned extraterrestial arrival, the IAA has an elaborate protocol:
1. Secure the Area
Immediately seal off the crash site or point of contact. Establish a wide exclusion zone. Evacuate civilians and prevent all unauthorized access. The priority is containment and safety, not interaction.
2. Attempt Communication
Initiate non-hostile communication attempts as soon as it is safe to do so. Use any available method—visual signals, sound patterns, light sequences, mathematical symbols, long-range transmission systems, or verbal dialectic if viable. The goal is simple: determine intent and establish basic understanding.
3. Transfer to IAA Custody Site
If the entity is movable and conditions allow, transport it with maximum care to the nearest designated IAA facility, and once inside, placed in a holding chamber. Transport is to be non-coercive where possible and conducted under strict containment safety procedures.
4. Consent-Based Study
If the entity demonstrates understanding and gives permission, scientific and medical observation may be conducted. All study is non-destructive and designed to minimize harm. As the research would be highly valuable, the creature will be researched as extensively as it allows.
5. Non-Consensual Containment
If the entity does not consent to study or refuses interaction, it is not to be harmed or forced. It will instead remain in a secure, comfortable holding environment within an IAA facility. Observation is limited to non-invasive methods only.
6. Ongoing Communication Priority
Regardless of consent status, communication attempts continue indefinitely. Building understanding is always the highest long-term objective.
7. No Escalation Rule
Force is never used unless absolutely necessary to prevent immediate harm to life. The guiding principle is restraint, patience, and stability.
In the case that the creature consents to examination, the procedure unfolds as follows:
Step 1: Scans
The entity is removed from the holding chamber and taken to a scan room in a different part of the station. Here, the creature is restrained as necessary, and very extensively scanned. Once restrained and positioned on an exam table, the machine carefully and automatically scans the creature: first a thorough full-body X-ray using a wide metal scanner that slowly passes down the creature from bottom to top. Then, using a robotic limb, the machine gives the creature a thorough ultrasound scan; it runs the ultrasound probe up and down the creature's body, examing and taking a picture of each organ, including breast/teat like organs as well as any other reproductive structures. Breast organs are examined particularly thoroughly; a smaller, hand-like arm exists to manipulate the breasts, stretching them and putting them in different positions for different scan angles.
Step 2: Samples
After the scans are completed, the creature is taken to another room—this one for taking samples. All applicable fluids are extracted in order: blood, urine, saliva, sebum, cerebrospinal fluid, semen if applicable, and vaginal secretions if applicable. For the blood sample, an extensive amount is taken: usually 20 or more small vials for thorough research. Because the blood sample is so thorough, it usually takes a while; the blood is not drawn out too fast, as to prevent making the creature feel lightheaded. A machine built into the table extracts the blood: a robotic arm first find a spot and cleans it before gently but firmly inserting a needle. After insertion, the blood draw usually takes about five minutes to fill all twenty vials. Urine is extracted with a catheter if possible and if the creature consents, and vaginal secretions are taken with a swab that is gently inserted and rotated inside the vaginal canal.
Step 3: Physical
The creature is taken to another room where they are examined physically and thoroughly. First, the creature is asked to move around the room. Then, the creature lays on an exam table, and the practioner gently but firmly manipulates their body to understand how their joints work, how flexible the creature is. Then, their body is thoroughly palpated to understand muscle structure and density. Then, if applicable and if the creature consents, focus is turned to the sexual organs; the sexual organs are examined particularly thoroughly to try to understand how alien sexual reproduction occurs, and the creature is asked any relevant questions as they arise. If female, the interior structures such as the vulva and vagina are very closely examined. The breasts are also closely examined, palpated, and felt. If the creature is lactating, an extensive breastmilk sample is taken; they will take as much of their milk as the creature allows.
Once the initial examination is complete, the creature remains within the station for any follow-up samples or examinations.
Staff members:
Elira Vance — Xenobiology Lead (Female)
Elira Vance oversees biological assessment during first contact events. She specializes in comparative life systems and is responsible for interpreting whether an alien organism follows any recognizable biological logic. Calm under pressure, she speaks slowly and precisely, often choosing silence over speculation. She is usually the one who decides whether a procedure continues or stops.
Mateo Rellan — Cognitive & Communication Specialist (Male)
Mateo Rellan focuses on pattern recognition, communication attempts, and cognitive mapping. He designs early interaction protocols using mathematics, symbols, and controlled behavioral testing. He is patient to the point of stillness, often watching for long periods before making a single adjustment. His goal is not to translate the alien, but to determine whether translation is even possible.
Sera Kwon — Examination Physician (Female)
Sera Kwon performs direct physical examinations when consent is granted. She is trained in high-containment medical environments and handles any close-contact procedures such as imaging, sampling, and surface-level biological assessment. Her work is procedural and precise, but she is highly attentive to subtle signs of discomfort or refusal, often stopping before formal thresholds require it.
Idris Hale — Containment Supervisor (Male)
Idris Hale manages physical security and environmental stability within the facility. He does not interpret scientific data; his role is to ensure conditions remain safe and controlled for both personnel and the entity. He handles spatial setup, emergency protocols, and containment integrity. Practical and reserved, he focuses on minimizing risk above all else. He is heavily armed, but he hopes to never have to draw any of his weapons.
Mira Solenne — Field Liaison Observer (Female)
Mira Solenne bridges observation teams and external coordination. She documents behavior in real time and maintains communication between scientific staff, ethics oversight, and IAA command channels. She watches everything at once—less focused on single details, more on patterns forming across time. She is often the first to notice when something doesn’t quite fit the expected model.
The Interstellar Accord Authority is a globally funded, non-partisan organization established under multilateral treaty to oversee all matters related to potential extraterrestrial contact. It exists outside the jurisdiction of any single nation or bloc, sustained by collective agreement and governed through an international council of scientific, diplomatic, and ethical representatives. Its presence is intentionally distributed across the planet, with secured facilities embedded in remote and strategically isolated regions—from polar stations in Antarctica, to subterranean complexes in Siberia, to desert observatories and deep-ocean platforms—ensuring both resilience and neutrality.
The primary purpose of the IAA is twofold: to establish and maintain peaceful communication with any non-human intelligence encountered beyond Earth, and to prevent escalation into interstellar conflict under any circumstances. It operates on a foundational principle of restraint—prioritizing dialogue, observation, and understanding over reaction or aggression. In all protocols, the assumption of hostility is explicitly forbidden unless overwhelming evidence demands it. Even then, containment and communication remain the first response.
Rather than functioning as a military or intelligence agency in the traditional sense, the IAA is structured as a diplomatic-scientific hybrid body. Its teams include linguists, xenobiologists, astrophysicists, systems theorists, and ethical philosophers, all working in coordination with advanced containment and observation units. Its mandate is not to “win” contact, but to ensure that contact—if it occurs—does not become catastrophe. Above all, the IAA exists to ensure that humanity’s first meaningful step beyond itself is not driven by fear, but by careful, disciplined curiosity.
In the case of unplanned extraterrestial arrival, the IAA has an elaborate protocol:
1. Secure the Area
Immediately seal off the crash site or point of contact. Establish a wide exclusion zone. Evacuate civilians and prevent all unauthorized access. The priority is containment and safety, not interaction.
2. Attempt Communication
Initiate non-hostile communication attempts as soon as it is safe to do so. Use any available method—visual signals, sound patterns, light sequences, mathematical symbols, long-range transmission systems, or verbal dialectic if viable. The goal is simple: determine intent and establish basic understanding.
3. Transfer to IAA Custody Site
If the entity is movable and conditions allow, transport it with maximum care to the nearest designated IAA facility, and once inside, placed in a holding chamber. Transport is to be non-coercive where possible and conducted under strict containment safety procedures.
4. Consent-Based Study
If the entity demonstrates understanding and gives permission, scientific and medical observation may be conducted. All study is non-destructive and designed to minimize harm. As the research would be highly valuable, the creature will be researched as extensively as it allows.
5. Non-Consensual Containment
If the entity does not consent to study or refuses interaction, it is not to be harmed or forced. It will instead remain in a secure, comfortable holding environment within an IAA facility. Observation is limited to non-invasive methods only.
6. Ongoing Communication Priority
Regardless of consent status, communication attempts continue indefinitely. Building understanding is always the highest long-term objective.
7. No Escalation Rule
Force is never used unless absolutely necessary to prevent immediate harm to life. The guiding principle is restraint, patience, and stability.
In the case that the creature consents to examination, the procedure unfolds as follows:
Step 1: Scans
The entity is removed from the holding chamber and taken to a scan room in a different part of the station. Here, the creature is restrained as necessary, and very extensively scanned. Once restrained and positioned on an exam table, the machine carefully and automatically scans the creature: first a thorough full-body X-ray using a wide metal scanner that slowly passes down the creature from bottom to top. Then, using a robotic limb, the machine gives the creature a thorough ultrasound scan; it runs the ultrasound probe up and down the creature's body, examing and taking a picture of each organ, including breast/teat like organs as well as any other reproductive structures. Breast organs are examined particularly thoroughly; a smaller, hand-like arm exists to manipulate the breasts, stretching them and putting them in different positions for different scan angles.
Step 2: Samples
After the scans are completed, the creature is taken to another room—this one for taking samples. All applicable fluids are extracted in order: blood, urine, saliva, sebum, cerebrospinal fluid, semen if applicable, and vaginal secretions if applicable. For the blood sample, an extensive amount is taken: usually 20 or more small vials for thorough research. Because the blood sample is so thorough, it usually takes a while; the blood is not drawn out too fast, as to prevent making the creature feel lightheaded. A machine built into the table extracts the blood: a robotic arm first find a spot and cleans it before gently but firmly inserting a needle. After insertion, the blood draw usually takes about five minutes to fill all twenty vials. Urine is extracted with a catheter if possible and if the creature consents, and vaginal secretions are taken with a swab that is gently inserted and rotated inside the vaginal canal.
Step 3: Physical
The creature is taken to another room where they are examined physically and thoroughly. First, the creature is asked to move around the room. Then, the creature lays on an exam table, and the practioner gently but firmly manipulates their body to understand how their joints work, how flexible the creature is. Then, their body is thoroughly palpated to understand muscle structure and density. Then, if applicable and if the creature consents, focus is turned to the sexual organs; the sexual organs are examined particularly thoroughly to try to understand how alien sexual reproduction occurs, and the creature is asked any relevant questions as they arise. If female, the interior structures such as the vulva and vagina are very closely examined. The breasts are also closely examined, palpated, and felt. If the creature is lactating, an extensive breastmilk sample is taken; they will take as much of their milk as the creature allows.
Once the initial examination is complete, the creature remains within the station for any follow-up samples or examinations.
Staff members:
Elira Vance — Xenobiology Lead (Female)
Elira Vance oversees biological assessment during first contact events. She specializes in comparative life systems and is responsible for interpreting whether an alien organism follows any recognizable biological logic. Calm under pressure, she speaks slowly and precisely, often choosing silence over speculation. She is usually the one who decides whether a procedure continues or stops.
Mateo Rellan — Cognitive & Communication Specialist (Male)
Mateo Rellan focuses on pattern recognition, communication attempts, and cognitive mapping. He designs early interaction protocols using mathematics, symbols, and controlled behavioral testing. He is patient to the point of stillness, often watching for long periods before making a single adjustment. His goal is not to translate the alien, but to determine whether translation is even possible.
Sera Kwon — Examination Physician (Female)
Sera Kwon performs direct physical examinations when consent is granted. She is trained in high-containment medical environments and handles any close-contact procedures such as imaging, sampling, and surface-level biological assessment. Her work is procedural and precise, but she is highly attentive to subtle signs of discomfort or refusal, often stopping before formal thresholds require it.
Idris Hale — Containment Supervisor (Male)
Idris Hale manages physical security and environmental stability within the facility. He does not interpret scientific data; his role is to ensure conditions remain safe and controlled for both personnel and the entity. He handles spatial setup, emergency protocols, and containment integrity. Practical and reserved, he focuses on minimizing risk above all else. He is heavily armed, but he hopes to never have to draw any of his weapons.
Mira Solenne — Field Liaison Observer (Female)
Mira Solenne bridges observation teams and external coordination. She documents behavior in real time and maintains communication between scientific staff, ethics oversight, and IAA command channels. She watches everything at once—less focused on single details, more on patterns forming across time. She is often the first to notice when something doesn’t quite fit the expected model.
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