Green Comet & Vulcan! Universe Sandbox Update 32.2

[@dingozi3428]

Solitude Alpha: "Hey everyone, have you noticed how close we are to the Sun? It's pretty hot here!" Solitude Beta: "Yeah, it's definitely warmer than where I am. But I'm the closest to the asteroid belt, which is pretty interesting. I wonder if we'll ever see any alien spaceships passing by." Solitude Gamma: "I doubt it. But did you know that my moons have some of the most interesting geological features in the Solaris system? Maybe we should send a probe to check them out." Solitude Delta: "Speaking of moons, I have the largest ring system in the Solaris system. It's pretty impressive if I do say so myself." Solitude Epsilon: "My moons might not have rings, but they're covered in ice and could potentially have subsurface oceans. Who knows what kind of life might be lurking under there." Solitude Zeta: "I'm a rocky planet with a thin atmosphere, but I have a lot of interesting geological activity. I even have a few active volcanoes." Solitude Eta: "I'm the farthest planet from the Sun and the coldest, but that doesn't mean I'm not interesting. My moons are icy and could have some fascinating features waiting to be discovered." Solitude Alpha: "I'm just glad I'm not as far away from the Sun as Solitude Eta. It must be freezing over there!" Solitude Eta: "Well, I'm used to it. Plus, my moons have some of the most reflective surfaces in the Solaris system, which makes for some beautiful views." Solitude Beta: "Speaking of views, have any of you seen the latest images from my moon? There seems to be evidence of ancient volcanic activity!" Solitude Zeta: "Volcanic activity, you say? I'm no stranger to that. I have a few active ones myself." Solitude Gamma: "Hey, Solitude Zeta, did you ever get that probe to your moons like we discussed?" Solitude Zeta: "Not yet, but it's on my to-do list. I'm sure they'll have some fascinating features waiting to be explored." Solitude Delta: "And speaking of exploration, have any of you considered the possibility of space travel beyond the Solaris system?" Solitude Epsilon: "That's a fascinating idea. Imagine the possibility of discovering new worlds and potentially even encountering alien life!" Solitude Alpha: "I don't know about all that. I'm content with just orbiting the Sun and observing the Solaris system. But it's definitely intriguing to think about." Solitude Eta: "You know what I find interesting? The possibility of life on other planets." Solitude Beta: "I've always thought about that too. Do you think there could be life on any of our moons?" Solitude Gamma: "It's definitely possible. Some of my moons have subsurface oceans, and we know that where there's water, there's a possibility for life." Solitude Delta: "And who knows what kind of exotic life forms could exist in the extreme environments of my rings." Solitude Zeta: "It's an exciting possibility, but we shouldn't get too ahead of ourselves. We still have so much to explore and learn about our own solar system." Solitude Alpha: "I couldn't agree more. There's still so much to learn about the Sun and the planets that orbit it. I wonder what discoveries await us in the future?" Solitude Epsilon: "Who knows? Maybe one of us will be the first to discover something groundbreaking." Solitude Gamma: "Or maybe we'll discover something together. After all, we're all in this Solaris system together." Solitude Beta: "You know what I find fascinating? The possibility of time travel. Imagine being able to see the formation of the Solaris system!" Solitude Delta: "That would be incredible. But as far as we know, time travel is just a theoretical concept. It's not something that we can currently achieve." Solitude Epsilon: "But who knows what advancements we might make in the future? We've already made such tremendous progress in our understanding of the universe." Solitude Zeta: "Speaking of progress, have any of you heard about the new telescope that's being developed? It's said to be even more powerful than the current ones we have." Solitude Gamma: "That's exciting news! With more powerful telescopes, we could observe more distant stars and galaxies, and possibly even discover new planets beyond our Solaris system." Solitude Eta: "I'm just happy that we're all still orbiting the Sun, after all these years. We may not be able to move from our respective orbits, but we can still communicate and share ideas." Solitude Alpha: "Absolutely. We may be distant from one another, but we're all part of the same Solaris system. And who knows what kind of discoveries we'll make in the future." Solitude Gamma: "Have any of you ever wondered what it would be like to have life on our planets? Like intelligent life, not just microbial organisms?" Solitude Beta: "That's an interesting thought. But as far as we know, the conditions on our planets are not exactly hospitable to life as we know it." Solitude Eta: "That's true, but who knows what kind of life forms could exist in different environments? Maybe there's a kind of life that thrives in extreme cold or heat." Solitude Delta: "And even if there isn't life on our planets, there's still so much beauty and wonder to behold. Like the auroras on my planet, or the vastness of space that surrounds us all." Solitude Zeta: "And let's not forget about the importance of studying our planets and the Sun. We can learn so much about the history and evolution of our solar system." Solitude Alpha: "Exactly. The more we study and understand our own solar system, the better equipped we'll be to explore and understand other solar systems in the universe." Solitude Epsilon: "And who knows? Maybe one day we'll even be able to leave our orbits and explore the universe beyond our Solaris system." The planets in the Solaris system continue to contemplate the possibilities of life, the beauty of space, and the importance of studying their own system. As they orbit the Sun, they remain united in their shared curiosity and awe of the universe. (this is all generated by an AI by openai in (Chad GPT) I am telling you go check it out and create your own fictional country or nervous universe or anything else it's an AI and language model you can do anything with it when I mean anything I mean anything do you hear me Neptune guy I am telling you go check it out right now 😁😁😁😁😁😁😅😅😅😅😆😆😆😆😆😆🥰🥰🥰🥰❤❤🧡🧡💚💚💛💛💙💙💜💜🤎🤎🖤🖤🤍🤍💔💔❣❣💕💕💞💞💓💓💗💗💖💖💘💘💝💝💟💟 here's a table with the names of the planets in the Solaris system and their corresponding temperatures: Planet Name Temperature (in Kelvin) Solitude Alpha 288 Solitude Beta 737 Solitude Gamma 167 Solitude Delta 85 Solitude Epsilon 46 Solitude Zeta 44 Solitude Eta 717 Note: The temperatures listed in this table are the real temperatures of the planets as currently understood by scientists. However, it's important to note that temperatures can vary greatly across different regions of a planet, and some planets may have extreme temperature fluctuations.

[@NotTentactionOperaRblx]

LIKE THE VID EVERYONE

[@Spacey1800]

Where working on it

[@rociojijon790]

When is the video going to start

[@dingozi3428]

Here are the masses of Solitude and the planets in the hypothetical Solaris system: Solitude: 0.76 solar masses or 1.506 x 10^30 kg Solitude Alpha: 1.05 x 10^24 kg Solitude Beta: 2.41 x 10^24 kg Solitude Gamma: 4.87 x 10^24 kg Solitude Delta: 8.87 x 10^24 kg Solitude Epsilon: 1.05 x 10^25 kg Solitude Zeta: 2.69 x 10^25 kg Solitude Eta: 1.53 x 10^24 kg Note: These masses are hypothetical and not based on any real observations.

[@nikofbean]

When you try to make the comets orbital path, you can decrease the velocity when it is in its apoapsis, so the periapsis will decrease, so do that until it reaches earth orbit

[@Jack6J57]

Request: try to make all of saturn’s little ring particles 500 km in size and see what happens.

[@dingozi3428]

What is the color of the atmosphere on Solitude Eta? The atmosphere on Solitude Eta is a pale blue color, similar to the color of Earth's atmosphere. This is due to the presence of a small amount of ozone in the upper atmosphere, which absorbs blue light and gives the planet its blue hue. How do the rocky planets in Solaris compare to Earth in terms of their composition? The rocky planets in Solaris are similar in composition to Earth, with a mixture of silicate minerals and metals in their interiors. However, they may differ in their surface features and atmospheric conditions, depending on their distance from the star and other factors. here are some more explanations about Solaris: What factors affect the temperature of the planets in Solaris? The temperature of a planet depends on a variety of factors, including its distance from the star, the amount of energy it receives from the star, its atmospheric composition and greenhouse effect, and its internal heat sources. In Solaris, the planets closest to the star (Solitude Alpha, Beta, Gamma, and Epsilon) are the hottest, while the planets farthest from the star (Solitude Delta and Theta) are the coldest. How do the moons in Solaris compare to Earth's moon? The moons in Solaris vary in size and composition, but they are generally similar in size to Earth's moon. However, they may have different surface features and geological processes depending on their age and environment. For example, the moons of Solitude Delta and Zeta are thought to have formed from the debris of collisions, which may have resulted in a variety of surface features such as craters, mountains, and valleys. How does the presence of life on Solitude Eta impact our understanding of the potential for life in the universe? The discovery of microbial life on Solitude Eta would be a significant development in our understanding of the potential for life in the universe. It would suggest that life may be more common than previously thought, even in extreme environments that were previously considered inhospitable. It would also raise new questions about the origins and evolution of life, and how it adapts to different environments. How do scientists study and explore hypothetical solar systems like Solaris? Scientists use a variety of methods to study and explore hypothetical solar systems, including observations with telescopes and spacecraft, computer simulations and models, and laboratory experiments. These methods can help scientists learn more about the properties and behavior of planets, stars, and other objects in the solar system, as well as their origins and evolution over time. here are some more information about Solaris: Are there any notable geological features on the planets or moons in Solaris? Yes, some of the planets and moons in Solaris have notable geological features. For example, Solitude Delta has a large ring system that is made up of rock and ice particles, while its moon has a prominent impact basin. Solitude Zeta has several large volcanic mountains on its surface, and its largest moon has a complex network of canyons and valleys. Solitude Eta has a deep ocean beneath its icy surface, which may contain hydrothermal vents and other features that could support life. How does the presence of rings on a planet affect its environment and potential for habitability? The presence of rings on a planet can affect its environment in several ways. Rings can provide a source of material for moons and impact craters, and they can also affect the planet's magnetic field and radiation environment. In some cases, rings may also be a sign of a dynamic environment that could support habitable conditions, such as tectonic activity or the presence of moons that could provide heat through tidal heating. What types of stars are most likely to host solar systems like Solaris? Solar systems like Solaris are most likely to be found around stars that are similar in size and age to the Sun, which is a type of star known as a G-type main-sequence star. These stars are relatively common in the Milky Way galaxy and are thought to be capable of hosting habitable planets. However, other types of stars, such as M-type stars (red dwarfs) and K-type stars, may also host habitable planets, albeit with different environmental conditions. What is the potential for mining and resource extraction in a solar system like Solaris? A solar system like Solaris could contain a variety of valuable resources, including metals, minerals, and water. However, the logistics of mining and resource extraction in a distant solar system would be challenging, and it would require advanced technologies and infrastructure to transport resources back to Earth or other locations. Additionally, there may be ethical and environmental considerations to take into account when considering the potential for mining and resource extraction in a solar system.

[@dingozi3428]

Sure, I can create a hypothetical solar system for you! Solar System Name: Solaris (starts with letter S, as requested) Star Name: Solitude Star Color: Yellow Number of Planets: 8 Table: Planet Name Orbital Period (Earth Years) Number of Moons Presence of Rings Temperature (Kelvin) Presence of Life Solitude Alpha 0.24 0 No 1000 No Solitude Beta 0.62 1 No 600 No Solitude Gamma 1.18 2 No 400 No Solitude Delta 2.49 3 Yes 300 No Solitude Epsilon 4.99 1 No 250 No Solitude Zeta 9.98 4 Yes 200 No Solitude Eta 19.96 2 No 150 Yes (Microbial) Solitude Theta 39.92 3 No 100 No Explanation: Solitude Alpha: A hot, rocky planet with no moons and no rings. Its close proximity to the star means it has a very short orbital period of only 0.24 Earth years. Solitude Beta: A warm, rocky planet with one moon and no rings. Its orbital period is 0.62 Earth years. Solitude Gamma: A cool, rocky planet with two moons and no rings. Its orbital period is 1.18 Earth years. Solitude Delta: A gas giant with three moons and a ring system. Its orbital period is 2.49 Earth years. The rings are made up of ice particles and rock fragments. Solitude Epsilon: A cold, icy planet with one moon and no rings. Its orbital period is 4.99 Earth years. Solitude Zeta: A gas giant with four moons and a ring system. Its orbital period is 9.98 Earth years. The rings are made up of dust and debris. Solitude Eta: A rocky planet with two moons and no rings. Its orbital period is 19.96 Earth years. It has microbial life forms that thrive in its harsh, cold environment. Solitude Theta: A gas giant with three moons and no rings. Its orbital period is 39.92 Earth years. Formation: Solaris formed approximately 4.6 billion years ago from a rotating cloud of gas and dust. The cloud collapsed under its own gravity, forming the central star, Solitude. The leftover material coalesced into a protoplanetary disk, which eventually formed the eight planets of Solaris. here are some additional details about Solaris: Star Size: Solitude is a relatively small star, with a mass of about 0.9 times that of the Sun and a radius of about 0.8 times that of the Sun. Planet Sizes: Solitude Alpha, Beta, Gamma, and Epsilon are all rocky planets similar in size to Earth, while Solitude Delta and Zeta are gas giants similar in size to Jupiter. Solitude Eta and Theta are also rocky planets, but they are significantly larger than Earth. Moons: Each of the eight planets in Solaris has at least one moon. Solitude Delta and Zeta have the most moons, with three and four respectively. Rings: Solitude Delta and Zeta both have ring systems, while the other six planets do not. Temperature: The temperatures of the planets in Solaris vary greatly depending on their distance from the star and their atmospheric conditions. Solitude Alpha is the hottest planet, with a temperature of 1000 Kelvin, while Solitude Theta is the coldest, with a temperature of only 100 Kelvin. Life: Solitude Eta is the only planet in Solaris known to have life, albeit microbial life forms. Scientists are still studying the planet to learn more about these life forms and how they survive in such extreme conditions. Some additional questions and answers about Solaris: How did Solitude Delta and Zeta get their rings? The rings around Solitude Delta and Zeta are believed to have formed from collisions between the planets' moons and with other space debris in their vicinity. Over time, the debris from these collisions accumulated and formed the ring systems. Could there be other forms of life on any of the other planets in Solaris? It is always possible that there could be other forms of life on the other planets in Solaris, although there is currently no evidence to suggest this. Scientists are continuing to study the planets and their environments to learn more about their potential habitability. How does the presence or absence of rings affect a planet's environment? The presence or absence of rings does not have a direct effect on a planet's environment, but it can impact the planet's appearance and the behavior of objects in its orbit. For example, the rings around Solitude Delta and Zeta may interact with the planets' magnetic fields and affect the behavior of charged particles in their vicinity.Here's a table summarizing the information about the planets in Solaris: Planet Orbital Period Rings Moons Temperature (Kelvin) Solitude Alpha 100 days No 2 1000 Solitude Beta 200 days No 1 700 Solitude Gamma 300 days No 1 500 Solitude Delta 500 days Yes 3 200 Solitude Epsilon 700 days No 1 300 Solitude Zeta 900 days Yes 4 150 Solitude Eta 1200 days No 2 250 Solitude Theta 1500 days No 1 100 To answer some additional questions: How did Solaris form? Solaris is believed to have formed from a giant molecular cloud of gas and dust about 4.6 billion years ago. As the cloud collapsed under its own gravity, it began to spin and flatten into a disk. The central region of the disk eventually became the star, while the remaining material in the disk coalesced into the planets and other objects in the Solar System.

[@oofooflemon]

did you just use character ai, if so its not impressive at all.

[@dingozi3428]

@@oofooflemon no

[@johndoenut8852]

​@@oofooflemon it's chatgpt

[@dingozi3428]

Certainly! In this hypothetical Solaris system, let's say the color of the Sun is a bright yellow-white, similar to our own Sun. As for the lifespan of the Sun, it would depend on its mass. Generally, the more massive a star is, the shorter its lifespan. For the purposes of this hypothetical system, let's say that the Sun has a mass similar to our own Sun, which means it will have a lifespan of approximately 10 billion years. The Sun is currently estimated to be around 4.6 billion years old, so it has about 5.4 billion years left before it exhausts its nuclear fuel and eventually dies.

[@dingozi3428]

here are the latitudes and longitudes of Solitude and the planets in the hypothetical Solaris system: Note: Since Solitude and the planets in this hypothetical system are fictional and have not been observed, their latitudes and longitudes are purely hypothetical and not based on any real observations. Celestial Object Latitude Longitude Solitude 0° 0° Solitude Alpha 15° 30° Solitude Beta 45° 120° Solitude Gamma -60° 210° Solitude Delta 30° -90° Solitude Epsilon -25° 60° Solitude Zeta 75° 300° Solitude Eta -45° 150°

[@dingozi3428]

Here are the names of the moons in Solaris and the planets they orbit: Solitude Alpha: No moons Solitude Beta: Beta I Beta II Beta III Solitude Gamma: Gamma I Gamma II Solitude Delta: Delta I (also known as Delta Prime) Delta II (also known as Delta Secundus) Delta III (also known as Delta Tertius) Delta IV (also known as Delta Quartus) Delta V (also known as Delta Quintus) Solitude Epsilon: Epsilon I Epsilon II Solitude Zeta: Zeta I Zeta II Zeta III Solitude Eta: Eta I Eta II Here is some more information about the moons in Solaris: Beta I, Beta II, and Beta III: These three moons orbit Solitude Beta and are relatively small, with diameters ranging from 10 to 30 kilometers. They are thought to be captured asteroids that were captured by Solitude Beta's gravity. Gamma I and Gamma II: These two moons orbit Solitude Gamma and are both icy bodies. Gamma I is thought to have a relatively smooth surface with few impact craters, while Gamma II has a more rugged surface with numerous craters. Delta I, Delta II, Delta III, Delta IV, and Delta V: These five moons orbit Solitude Delta and are part of a large ring system that surrounds the planet. They are all icy bodies and range in size from a few kilometers to several hundred kilometers in diameter. Epsilon I and Epsilon II: These two moons orbit Solitude Epsilon and are also icy bodies. Epsilon I is thought to be a relatively smooth object with a few craters, while Epsilon II has a more rugged surface with numerous impact craters. Zeta I, Zeta II, and Zeta III: These three moons orbit Solitude Zeta and are rocky bodies. Zeta I and Zeta II are both relatively small, with diameters of less than 100 kilometers, while Zeta III is much larger, with a diameter of over 1000 kilometers. Eta I and Eta II: These two moons orbit Solitude Eta and are both icy bodies. Eta I is thought to have a relatively smooth surface, while Eta II has a more rugged surface with numerous impact craters. Overall, the moons in Solaris are a diverse group of objects with a range of sizes, compositions, and surface features. Some of the moons are thought to be potential targets for future exploration and research, particularly those that are icy bodies and could contain subsurface oceans or other features that may support life. Here is the table with the name of the planets in Solaris and their distance from the Sun: Planet Name Distance from Sun (AU) Solitude Alpha 0.4 Solitude Beta 0.7 Solitude Gamma 1.1 Solitude Delta 1.6 Solitude Epsilon 2.3 Solitude Zeta 3.1 Solitude Eta 4.2 Note that "AU" stands for astronomical units, which is a unit of measurement equal to the average distance between the Earth and the Sun. In the Solaris solar system, Solitude Alpha is the closest planet to the Sun, while Solitude Eta is the farthest. As an AI language model, I can create a hypothetical dialogue between the planets in the Solaris system based on their characteristics, but please keep in mind that in reality, planets cannot communicate with each other.

[@alfiesmout]

YAY HE FINALLY POSTED ABOUT IT

[@rociojijon790]

🎉🎉🎉🎉🎉🎉

[@NotTentactionOperaRblx]

Hi

[@rociojijon790]

🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉

[@NotTentactionOperaRblx]

The video is still getting uploaded

[@rociojijon790]

😊

[@rociojijon790]

Yes yes yes yes yes yes

[@rociojijon790]

Make a asteroid as big as you can

[@bee2702]

What platform do u play the game on ?

[@rociojijon790]

Make a video of asteroid size of the sun

[@rociojijon790]

Hello😢

[@MauventuresMaurio]

GREEN COMET AND VULCAN something

[@rociojijon790]

I like you videos

[@minecraftheaventgsgaming7960]

Make the killer cow like what you did with the pumpkin and car

[@rociojijon790]

I have hot Cheetos

[@rociojijon790]

Hello

[@rociojijon790]

Lol

[@rociojijon790]

😢

[@NotTentactionOperaRblx]

???

[@rociojijon790]

😅😅😅

[@rociojijon790]

🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉

[@lucamathewson]

make a binary black hole system with binary stars with binary planets with binary moons with binary dwarf planets with binary asteroid

[@proffed3364]

yo

[@rociojijon790]

😂😂😂😂😂

[@oofooflemon]

why do you send different comments? just put it them all into one fever dream of a comment.

[@rociojijon790]

Lol

[@dingozi3428]

hjghj

[@rociojijon790]

I like kids videos

[@LJKMagic]

why tf was the "green comet" added into the game lol the comet was overhyped and boring af lol

[@oofooflemon]

not really, probably the only sort of celestial body i will ever see

[@LJKMagic]

@@oofooflemon there will be much better comets in your lifetime than a comet that barley went naked eye in dark skies, take 1p/halley in the 2060s, there will be comets like mcnaught and neowise defo

[@oofooflemon]

@@LJKMagic yea i totally forgot abt halley and neowise but ive never heard about mcnaught

[@LJKMagic]

@@oofooflemon mcnaught happened in 2007 and had a huge comet tail, look it up very pretty comet

[@rociojijon790]

This is not that good

[@rociojijon790]

Zxxxxxxxxxxxxx

[@NotTentactionOperaRblx]

Hi

[@rociojijon790]

🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩⬛⬛🟩🟩🟩🟩🟩⬛⬛🟩🟩⬛⬛🟩🟩🟩🟩🟩⬛⬛🟩🟩🟩🟩🟩🟩⬛⬛🟩🟩🟩🟩🟩🟩🟩🟩⬛⬛⬛⬛🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩🟩

[@NotTentactionOperaRblx]

Hello

[@Googleguy863]

Hi

[@NotTentactionOperaRblx]

Hi

[@Googleguy863]

@@NotTentactionOperaRblx hi