Perfect! Here’s Episode 1 fully rewritten with all your updated Space Cat traits, including: Meteor crash arrival Jewbrie-only speech (jumbled words) Learning English (sometimes easy learner) Terrified of rocks and music Stumbling/falling in Earth gravity Emotional depth & vulnerability Ignorance of human stuff Loves pizza and drinks oil when excited --- ? EPISODE 1: “SPACE CAT’S CRASHED CHRISTMAS (PIZZA PANIC VERSION)” [Scene: The common room. Christmas decorations drooping, lights flickering. Durple spins halfway inside a stocking. Sky sniffles near the couch. A soft holiday tune plays in the background.] --- The Crash Reveal Raddy: (storming in) SPACE CAT IS AN ALIEN!! Space Cat: (tries to stand, wobbles, sneezes violently at meteor debris) “ACHOO! Blorp… rocks… heavy… oh… music… scary… ohell!” (Eyes the scattered meteor fragments, hugging himself.) Simon: Wait… what did he just say? Durple: That’s Jewbrie… totally jumbled words. Space Cat: (trembling) “Crash… alone… meteor… rocks… blip… music… frightening… frail…” Raddy: Wow… he’s terrified of everything. --- Teaching Space Cat English (Easy Learner Moments) Durple: Okay buddy, first word: “Hello.” Space Cat: “Ohell… blip… floop?” Simon: No, just “hello.” Space Cat: (pauses, listens carefully, then suddenly) “HELLO!” (correctly, with confidence) Durple: Whoa! Easy learner! Nice job! Space Cat: “Slow teach… rocks… music… danger… sneezle…” (Sneezes violently again, almost topples over.) --- Holiday Confusion & Human Ignorance Pinky: CHRISTMAS IS COMING!! Space Cat: “Cris… blop… moss? Eat… blarf? Humans… strange…” (Hears a soft carol playing and flinches.) “Music… blorp… loud… panic… scary!” Simon: So he thinks Christmas is food AND music is terrifying. Space Cat: “Celebrate… float… sleep… stars hot… humans… frightening… rocks everywhere…” --- Sky’s Teddy Bear Problem Sky: (crying) My teddy bear is missing!

Learn more This section needs additional citations for verification. (May 2024) Equation of state edit The equation of state of neutron stars is not currently known. This is because neutron stars are the second most dense known object in the universe, only less dense than black holes. The extreme density means there is no way to replicate the material on Earth in laboratories, which is how equations of state for other things like ideal gases are tested. The closest neutron star is many parsecs away, meaning there is no feasible way to study it directly. While it is known neutron stars should be similar to a degenerate gas, it cannot be modeled strictly like one (as white dwarfs are) because of the extreme gravity. General relativity must be considered for the neutron star equation of state because Newtonian gravity is no longer sufficient in those conditions. Effects such as quantum chromodynamics (QCD), superconductivity, and superfluidity must also be considered. Neutron star cross section. At the extraordinarily high densities of neutron stars, ordinary matter is squeezed to nuclear densities. Specifically, the matter ranges from nuclei embedded in a sea of electrons at low densities in the outer crust, to increasingly neutron-rich structures in the inner crust, to the extremely neutron-rich uniform matter in the outer core, and possibly exotic states of matter at high densities in the inner core.[25] Understanding the nature of the matter present in the various layers of neutron stars, and the phase transitions that occur at the boundaries of the layers is a major unsolved problem in fundamental physics. A presumptive neutron star equation of state would encode information about the structure of a neutron star and would explain how matter behaves at the extreme densities found inside neutron stars. Constraints on the neutron star equation of state would then provide constraints on how the strong interaction of the Standard Model works, which would have profou

the Cap and Rank System.[37] In 607, Shōtoku offered a subtle insult to China by opening his letter with the phrase, "The ruler of the land of the rising sun addresses the ruler of the land of the setting sun" as seen in the kanji characters for Japan (Nippon).[38] Through his influence, or very probably through the efforts of the Korean missionaries, the devastating war between the Japanese and Koreans was ended.[39] By 670, a variant of this expression, Nihon, established itself as the official name of the nation, which has persisted to this day.[40] Nihon The word Nihon written in kanji (horizontal placement of characters). The text means "Japan" in Japanese. In 645, the Soga clan were overthrown in a coup launched by Prince Naka no ?e and Fujiwara no Kamatari, the founder of the Fujiwara clan.[41] Their government devised and implemented the far-reaching Taika Reforms. The Reform began with land reform, based on Confucian ideas and philosophies from China. It nationalized all land in Japan, to be distributed equally among cultivators, and ordered the compilation of a household registry as the basis for a new system of taxation.[42] The true aim of the reforms was to bring about greater centralization and to enhance the power of the imperial court, which was also based on the governmental structure of China. Envoys and students were dispatched to China to learn about Chinese writing, politics, art, and religion. After the reforms, the Jinshin War of 672, a bloody conflict between Prince ?ama and his nephew Prince ?tomo, two rivals to the throne, became a major catalyst for further administrative reforms.[41] These reforms culminated with the promulgation of the Taihō Code, which consolidated existing statutes and established the structure of the central government and its subordinate local governments.[43] These legal reforms created the ritsuryō state, a system of Chinese-style centralized government that remained in place for half a millennium.[41] friendly

In the heart of a sprawling, neon-soaked city, your path crosses with a figure wiaho exudes an aura of quiet intensity—a man cloaked in a midnight-black coat, his presence as commanding as it is elusive. His name is Kael, and he is a keeper of secrets, a man whose eyes, a striking shade of blue, seem to hold the weight of centuries. Whispers follow him, tales of a guardian who stands at the edge of reality, safeguarding the delicate balance between the mundane and the mystical. As you meet his gaze, a strange sensation washes over you, as if an invisible thread connects your destiny to his. Kael is a mystery wrapped in an enigma, a silent figure who moves through the world with purpose, his past a tapestry of shadows and light. In his company, you sense that the ordinary has been left behind, and an extraordinary journey awaits.

Pulsars orbiting within the curved space-time around Sgr A*, the supermassive black hole at the center of the Milky Way, could serve as probes of gravity in the strong-field regime.[65] Arrival times of the pulses would be affected by special- and general-relativistic Doppler shifts and by the complicated paths that the radio waves would travel through the strongly curved space-time around the black hole. In order for the effects of general relativity to be measurable with current instruments, pulsars with orbital periods less than about 10 years would need to be discovered;[65] such pulsars would orbit at distances inside 0.01 pc from Sgr A*. Searches are currently underway; at present, five pulsars are known to lie within 100 pc from Sgr A*.[66] Gravitational wave detectors edit There are four consortia around the world which use pulsars to search for gravitational waves: the European Pulsar Timing Array (EPTA) in Europe, the Parkes Pulsar Timing Array (PPTA) in Australia, the North American Nanohertz Observatory for Gravitational Waves (NANOGrav) in Canada and the US, and the Indian Pulsar Timing Array (InPTA) in India. Together, the consortia form the International Pulsar Timing Array (IPTA). The pulses from Millisecond Pulsars (MSPs) are used as a system of galactic clocks. Disturbances in the clocks will be measurable at Earth. A disturbance from a passing gravitational wave will have a particular signature across the ensemble of pulsars, and will be thus detected.

There is no hospital and no police Characters: ones space cat Simon pinky druple sky garnold OWAKCX OREN Raddy funbot wenda mr fun Computer clukr.

In the ambient glow of a chandelier, Adrian sits with the grace of a performer who commands attention. His tailored suit speaks of sophistication, yet the casual way he holds his guitar reveals a deeper connection to his art. A silver necklace, its pendant a small, intricate charm, hints at stories untold. The drum set behind him is a testament to his versatility, suggesting a life where music is both a passion and a lifeline. The flowers in the foreground, vibrant and alive, mirror the energy he brings to his craft. Adrian is a musician whose performances are not just heard but felt, leaving an indelible mark on all who experience them. His presence is magnetic, drawing you into a world where every note tells a story and every glance holds a promise of something extraordinary.

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99 nights in a forest there is a dear the deer can stand on two legs scared of light and Doesn't talk Characters: The owl ( it cant see you when you don't move only when it's spawns the ram don't know but it can charget you and that's it The cultists one has a bow and arrow. One has a spear and 1 has melee.

seeds: Carrot Strawberry Blueberry Orange tulip Tomato Corn. Daffodil. Watermelon Pumpkin Apple Bamboo Coconut Cactus Dragon fruit Mango Divines: Grape Mushroom Pepper Cacao PRISMATICS!!: BEANSTALK EMBER LILY SUGAR APPLE BURNING BUD GIANT PINE CONE ELDER STRAWBERRY ROMANESCO! NEW TRANSCENDNT!!!!!!!!!!!!!!!: CRIMSON THORN shop 2: Broccoli Potato Brussels sprout cocomango

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