#kepler design group

[lampshadething]

Another oc (omg). This is Kepler. He's just a totally normal guy!

[halofanfiction]

Fan Fiction:

Halo: Locks and Shadows

Master Chief stood in the hangar bay, watching as a group of UNSC engineers carefully secured the last few components of the floating spherical AI unit. The tech, sleek and matte black, hovered silently above its platform, approximately a third the size of the Monitor he had encountered on previous missions. Its smooth surface had small, recessed panels, giving it a minimalist but advanced appearance. Master Chief had been briefed, but seeing it in person made him consider its real value on the battlefield.

"Chief," Commander Palmer's voice crackled through his comms. "Meet your new AI support."

A small green light flickered on the sphere's exterior as it floated closer to Master Chief, its levitation system barely making a sound.

"This unit has been developed after analyzing the Monitor tech from Installation 07," Palmer continued. "It can navigate chutes, tight spaces, unlock doors, and cut through most materials with an integrated laser. Think of it as your own mini-engineer."

"Does it have a name?" Master Chief asked, eyeing the sphere as it bobbed near his shoulder.

"For now, it's just codename 'Sphere,' but your new AI is codenamed 'Kepler.' They've been integrated into this unit."

"Understood."

Kepler’s voice chimed in, clear and neutral. "Reporting for duty, Master Chief. I’m designed for flexibility in combat operations, so feel free to let me know when you need assistance. My laser can also handle light combat situations."

"Good. Stay close, Kepler. We're moving out soon."

Their mission took them deep into the heart of a Covenant-infested facility on a remote moon. The entrance had been easy to breach, but as they delved deeper, it became clear that the Covenant forces had locked down much of the internal structure. Master Chief stood before a sealed blast door, scanning the area for a possible way through.

"I can assist with that, Master Chief," Kepler said.

The sphere zipped forward, finding a small access chute at the top of the doorframe. It hummed as it entered the tight space, vanishing from sight. Master Chief heard faint clicks and electronic whirs as Kepler navigated through the facility’s inner workings. Moments later, the door’s control panel blinked, and the blast door slid open with a heavy groan.

"Door’s open," Kepler confirmed, floating back out of the chute to rejoin Master Chief.

They advanced through the corridors, and when they encountered Covenant resistance, Master Chief handled the heavy firepower, while Kepler darted between cover, using its laser to cut through obstructions or disable smaller automated defenses.

Later, in a large central chamber, they faced a heavily reinforced security system, with force fields blocking access to critical areas. A team of Covenant elites patrolled the perimeter, but Master Chief’s priority was deactivating the security system without alerting them.

"I’ll head into the ducts and access the control panel from the inside," Kepler suggested.

"Do it," Master Chief replied, keeping his weapon trained on the elites.

Kepler darted into the narrow ventilation shaft, moving quickly and quietly through the twisting pipes. Inside, Kepler found the central control hub and deployed its laser, cutting through the metal housing to expose the circuitry. The AI accessed the panel, bypassing Covenant encryption with precision. A moment later, the force fields blinked out.

"Security's down," Kepler reported.

Master Chief moved in, neutralizing the Covenant patrols with swift, calculated strikes. As the last elite fell, Kepler returned to his side, its glowing light indicating readiness for the next challenge.

"Good work, Kepler," Master Chief said.

"Thank you, Master Chief. There are more locked areas ahead, but I’ll keep unlocking doors and clearing paths as we go."

Master Chief and Kepler moved seamlessly through the facility, eliminating Covenant forces and bypassing security systems with precision. The sphere navigated through tight corridors and ventilation ducts, unlocking sealed areas and cutting through obstructions with its laser. Together, they reached the central command center, where Master Chief neutralized the remaining Covenant defenders. With Kepler's support, they accessed the facility’s core and secured critical intel for the UNSC. Their mission complete, they silently exited the compound, leaving behind only the shattered remnants of Covenant resistance.

[beyond-the-isle]

Been working a little on the kids' teams in the background and have the base 'mons at least (wanna look at egg groups for some of their designs), one day I'll put myself through ref hell to get them sorted but in the meantime:

Ariel Gaston (Samurott, Hisuian genes) M Geb (Garchomp, shiny) M Bumi (Noivern) F Umbra (Roaring Moon) N/A Labrys (Haxorus, shiny) F Sahara (Flygon) F

Leanna Magnus (Chesnaught, Gogoat genes) M Elei (Milotic, shiny) F Huangdi (Dragonite, Milotic genes) M Alani (Vulpix) F Rufus (Clefable) M Bebop (Hydreigon) F

Mateo Sinatra (Skeledirge) M Volty (Pawmot) M Jevil (Gengar) M Kitt (Cyclizar) M Mari (Palafin) F Carpo (Type Null, Dragon Memory) N/A

Atlas Crikey (Feraligatr, shiny) M Manny (Mantine) M Sao (Dragonair) F Riptide (Dragonite) M Kai (Raichu, Alolan) M Shoal (Lapras, Tanoan) F

Yamilet Coloratura (Altaria, Shiny) F Alta (Primarina) F Tremolo (Dragonair) M Dot (Goomy) M Steinway (Lapras, Tanoan) M Stradivari (Kricketot, Shiny) M

Aaliyah Larimar (Kingdra) F Marea (Dragonair, Shiny) F Datsun (Cyclizar) M Brio (Lumineon) M Grimm (Houndoom) M Wukong (Infernape) M

Errakis Bundt Cake (Fidough, Snubbull genes) M Rosita (Flabebe) F Funfetti (Togekiss, Shiny) M Versace (Spritzee) M Biscuit (Comfey) M Bluey (Azumarill) M

Tyr Eltanin (Druddigon) M Algol (Dragapult) M Fafnir (Haxorus) M Lunokhod (Metagross) N/A Kepler (Aggron) M Brahe (Beeheyem) N/A

[spacetimewithstuartgary]

The evolution of the Trappist-1 planetary system

Planets are bodies that orbit a star and have sufficient gravitational mass that they form themselves into roughly spherical shapes that, in turn, exert gravitational force on smaller objects around them, such as asteroids and moons.

For most of human history, the only planets our ancestors knew of were those they could see in the night sky. But in the last 30 years, telescopes sensitive enough to infer the presence of exoplanets—planets outside our own solar system—have been developed.

Exoplanets are, of course, much more difficult to directly observe than stars and galaxies. Almost all exoplanet discoveries, particularly starting around 2010, have been based on photometric measurements (the amount of light received) of the exoplanets' host stars, rather than of the planets themselves. This is called the transit method.

Now, with the help of the Spitzer Space Telescope, which made its own first exoplanet detection in 2005; the Kepler/KW Space Telescope, specifically designed to search for exoplanets; and the James Webb Space Telescope, launched in 2021, the transit method and other techniques have confirmed the existence of more than 5,000 exoplanets inhabiting thousands of star systems.

"When we had only our own solar system to analyze, one could just assume that the planets formed in the places where we find them today," says Gabriele Pichierri, postdoctoral scholar research associate in planetary science at Caltech, working in the group of Professor of Planetary Science Konstantin Batygin.

"However, when we discovered even the first exoplanet in 1995, we had to reconsider this assumption. We are developing better models for how planets are formed and how they come to be in the orientations we find them in."

Most exoplanets form out of the disk of gas and dust around newly formed stars and are then expected to migrate inward approaching the inner boundary of this disk. This assembles planetary systems that are much closer to the host star than is the case in our own solar system.

In the absence of other factors, planets will tend to space themselves apart from one another at characteristic distances based on their masses and gravitational forces between the planets and their host star. "This is the standard migration process," Pichierri explains.

"The positions of the planets form resonances between their orbital periods. If you take the orbital period of one planet and then you divide it by the orbital period of its neighboring planet, you get a ratio of simple integers, such as 3:2."

So, for example, if one planet takes two days to orbit around its star, the next planet, farther out, will take three days. If that second planet and a third one farther out are also in a 3:2 resonance, then the third planet's orbital period will be 4.5 days.

The Trappist-1 system, which hosts seven planets and is located about 40 light years from Earth, is a special one for multiple reasons. "The outer planets behave properly, so to speak, with the simpler expected resonances," Pichierri says. "But the inner ones have resonances that are a bit spicier."

All seven planets discovered in orbit around the red dwarf star TRAPPIST-1 could easily fit inside the orbit of Mercury, the innermost planet of our solar system. In fact, they would have room to spare. TRAPPIST-1 also is only a fraction of the size of our sun; it isn't much larger than Jupiter. So, the TRAPPIST-1 system's proportions look more like Jupiter and its moons than those of our solar system. Credit: NASA/JPL-Caltech/R. Hurt, T. Pyle (IPAC)

[itsgerges]

Best Greetings

Can The Sun Be Created After All Planets Creation?

The planets velocities analysis helps to answer

DATA

I have discovered a rule tells (v1v2=322) (my fifth equation)– let's prove it

322 = 47.4 km/s (Mercury velocities)  x 6.8 km/s  (Uranus velocities)                    

322 = 35 km/s  (Venus velocity) x 4.7 km/s (Pluto velocity) x 2             

322 = 29.8 km/s (the Earth velocity) x 5.4 km/s (Neptune velocities) x 2      

322 = 24.1 km/s (Mars velocity) x 13.1 km/s (Jupiter velocity)               

322 = (17.9 km/s)^2 (Ceres velocity) (Max error 2%)

DATA ANALYSIS

The previous data tells the planets velocities are defined by two features

(1st Feature)

The planets velocities are complementary one another –means - each planet velocity is complementary with another planet – means– The planets velocities are defined in pairs and not in single planets. 

(Notice, the inner planets orbital inclinations are defined by the rule (v1/v2), for example, Mercury orbital inclination 7 deg = Mercury velocity 47.4/ Uranus velocity 6.8- that proves the effect of the rule (v1v2=322) on the planet motion)

(2nd Feature)

Why the constant is 322 because

1160000 seconds = 322 hours – means- there's a light velocity = 1.16 million km /s and this light moves for one second passes 1160000 km but we see this distance as a period (1160000 seconds =322 hours)- and - the planets velocities are defined based on this velocity 1.16 million km /s (I prove this velocity existence in my paper) 

Discussion

Ceres velocity tells the idea - Ceres is used as the origin point - as a result the outer planets be complementary with the inner planets – for that the rule (v1v2=322) controls the planets velocities.

(a)

The planets velocities are created based on one design- Ceres velocity is used as the origin point for this design

(b)

No single planet can be added to the solar group – the planets should be added to the solar system in Pairs- and - the planets addition will change the origin point.

(c)

Can We Add A New Planet To The Solar System?

Let's try in following

I add a new planet after Pluto

I suppose the new planet orbital distance to be =7000 million km

This new planet velocity will be 4.3 km/s (We can define it by kepler law)

Now we need the complementary planet because of the rule (v1v2 =322)

(322 =4.3 x 75), means, the complementary planet velocity is 75 km/s   

Where can we find a planet its velocity 75 km/s? this planet must be in the distance between the Sun and Mercury –

This planet orbital distance should be 23.2 million km

(57.9/23.2) = (75/47.4)^2  where (57.9 million km = Mercury Orbital Distance)

Shortly –

It's hard to add any planet in the distance between Mercury and the Sun- But- How Could The Found Planets Be Added To The Solar System?

Thanks a lot – please read

Physics Nobel Prize For Imaginary Ideas! (Revised)

or

Gerges Francis Tawdrous +201022532292

Peoples' Friendship university of Russia – Moscow

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[wikiuntamed]

On this day in Wikipedia: Wednesday, 17th April

Welcome, benvingut, 欢迎 (huānyíng), ласкаво просимо (laskavo prosymo) 🤗 What does @Wikipedia say about 17th April through the years 🏛️📜🗓️?

17th April 2022 🗓️ : Death - Radu Lupu Radu Lupu, Romanian pianist (b. 1945) "Radu Lupu (30 November 1945 – 17 April 2022) was a Romanian pianist. He was widely recognized as one of the greatest pianists of his time.Born in Galați, Romania, Lupu began studying piano at the age of six. Two of his major piano teachers were Florica Musicescu, who also taught Dinu Lipatti, and..."

Image licensed under CC BY-SA 4.0? by Ermell

17th April 2019 🗓️ : Death - Alan García Alan García, Peruvian lawyer and politician, 61st and 64th President of Peru (b. 1949) "Alan Gabriel Ludwig García Pérez (Spanish pronunciation: [ˈalaŋ ɡaβˈɾjel luðˈwiɣ ɣaɾˈsi.a ˈpeɾes]; 23 May 1949 – 17 April 2019) was a Peruvian politician who served as President of Peru for two non-consecutive terms from 1985 to 1990 and from 2006 to 2011. He was the second leader of the Peruvian..."

Image licensed under CC BY-SA 4.0? by Ministerio de Relaciones Exteriores from Perú

17th April 2014 🗓️ : Event - NASA NASA announced the discovery of Kepler-186f, the first exoplanet with a radius similar to Earth's discovered in the habitable zone of another star. "The National Aeronautics and Space Administration (NASA ) is an independent agency of the U.S. federal government responsible for the civil space program, aeronautics research, and space research. Established in 1958, it succeeded the National Advisory Committee for Aeronautics (NACA) to give the..."

Image by National Aeronautics and Space Administration

17th April 1974 🗓️ : Birth - Victoria Beckham Victoria Beckham, English singer and fashion designer "Victoria Caroline Beckham (née Adams; born 17 April 1974) is an English fashion designer, singer, and television personality. She rose to prominence in the 1990s as a member of the girl group the Spice Girls, in which she was nicknamed Posh Spice. With over 100 million records sold worldwide, the..."

Image licensed under CC BY 3.0? by Owl Bridge Media

17th April 1924 🗓️ : Birth - Donald Richie Donald Richie, American-Japanese author and critic (d. 2013) "Donald Richie (April 17, 1924 – February 19, 2013) was an American-born author who wrote about the Japanese people, the culture of Japan, and especially Japanese cinema. Although he considered himself primarily a film historian, Richie also directed a number of experimental films, the first when he..."

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17th April 1820 🗓️ : Birth - Alexander Cartwright Alexander Cartwright, American firefighter and (disputed) inventor of baseball (d. 1892) "Alexander Joy Cartwright Jr. (April 17, 1820 – July 12, 1892) was a founding member of the New York Knickerbockers Base Ball Club in the 1840s. Although he was an inductee of the Baseball Hall of Fame and he was sometimes referred to as a "father of baseball", the importance of his role in the..."

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17th April 🗓️ : Holiday - Christian feast day: April 17 (Eastern Orthodox liturgics) "April 16 - Eastern Orthodox liturgical calendar - April 18 All fixed commemorations below are observed on April 30 by Eastern Orthodox Churches on the Old Calendar.For April 17th, Orthodox Churches on the Old Calendar commemorate the Saints listed on April 4. ..."

Image by njk92

[christ2525]

Contributions of the Scientific Revolution

The Logical Upheaval Political upheavals are not difficult to distinguish. They frequently go with unmistakable, life changing occasions. America's, for instance, highlighted the famous Boston Casual get-together and Washington's victorious triumph at Yorktown.

Social, social and scholarly upheavals are more earnestly to learn. They are frequently more slow; the progressions they encourage are less groundbreaking, however their effect on human culture might be far more prominent than any political disturbance. Thusly, the periodization and parts of scholarly insurgencies are frequently discussed and contended.

Such is the situation with the Logical Transformation in Western Europe. However antiquarians frequently differ on when the insurgency began, when it finished and which masterminds qualify as individuals, virtually all concur that its effect on the aggregate perspective and attitude of Europeans was not normal for anything Europe had at any point seen.

Definition The Logical Insurgency is a confounded and disconnected development upon whose periods and entertainers history specialists don't necessarily in every case concur. A few researchers of the period based on crafted by the individuals who preceded them. Others made their own commitment stringently from their own perceptions and now and again went against the proof and finishes of their counterparts. With that admonition made, numerous history specialists guarantee that it started with Copernicus and finished with Isaac Newton 150 years after the fact. However, we'll get to them later.

During 100 years and a portion of logical development, various accomplishments were made in science and cosmology. The cutting edge logical technique for perception, speculation, trial and error, examination and end was etched and refined in this period, and significant revelations were made concerning gravity, the skeletal and solid frameworks of the human body and the pivots of the planets.

Figures of the Logical Insurgency Galileo Galilei planned the primary law of movement called the "law of latency."

Among the primary figures who began the time of the Logical Upset, the accompanying masterminds and scientists stuck out, who were the trailblazers in proposing a better approach for grasping their general surroundings:

Nicolaus Copernicus (1473 - 1543). He was a Prussian cosmologist who figured out the heliocentric hypothesis of the Planetary group in which the Sun is the focal point of the universe and the planets spin around it. He went against the old geocentric hypothesis that the Earth was the focal point of the universe. Johannes Kepler (1571-1630). He was a German stargazer and mathematician who planned the laws of the movement of the planets on their circle around the Sun. Galileo Galilei (1564-1642). He was an Italian soothsayer, architect and physicist who made different commitments, for example, the improvement of the telescope, new galactic perceptions, the principal law of movement called the "law of idleness" and the logical technique. Isaac Newton (1643-1727). He was an English physicist, scholar, designer, and mathematician who portrayed the law of general attraction and laid out the laws of movement that framed the premise of mechanics.

For what reason is it called an insurgency? The term upheaval was begat in 1939 by the French history specialist Alexandre Koyré to allude to the period described by different outlook changes around the examination and perception of the real world.

These changes in outlook happened gradually and divided, yet it was a progressive period in the greatness of these novel insights .

Commitments of the Logical Unrest The course of normal organic advancement was one of the Contributions of the Scientific Revolution

Among the primary commitments of the Logical Upheaval, it stands apart that:

Bodies are comprised of particles and atoms and not of "components" like water, fire , earth, air . The light is a type of energy comprised of electromagnetic waves influencing items and everything around us. Those waves are reflected and permit the natural eye to distinguish shapes and sizes, among different attributes. The living creatures are the consequence of a course of organic development normal. The hypothesis planned by the English Charles Darwin lays out that development or plummet suggests that species can change after some time, which brings about new species. Religion and strange notion in light of conviction and fantasy were supplanted , to a limited extent, by irrefutable information in view of examination and reason. For instance, space science could make sense of different peculiarities up until recently considered as activities of the divine beings. New disclosures and developments, like the magnifying instrument , denoted the beginning of present day medication and it was feasible to grasp the circulatory framework , DNA, the genome and Mendelian regulations.

Foundation and Discussion The conventional perspective on the thousand years going before the Logical Unrest was that the period was mentally torpid after the fall of the Roman Realm. This is maybe best exemplified by the name which early history specialists gave the period from about 500 to 1500 A.D.: the Dim Ages.

As of late, this hypothesis has been discredited by the people who concentrate on the period. They 'illuminated' the Dim Ages - maybe - and featured the significant logical and numerical work of European scholars, like Roger Bacon, Robert Grosseteste and Nicole Oresme. Moreover, antiquarians of science significantly note that logical and numerical accomplishments kept on being made in the Muslim world during the Medieval times, remembering for an area that would become Spain.

No matter what this discussion, the explosion of logical and scholarly movement that occurred during the Logical Unrest is significant in light of the fact that it established the groundworks for the overwhelming majority of the advanced logical disciplines, and now and again radically changed our perspective on ourselves, the world and humankind's position known to mankind.

Scholars: Copernicus As referenced before, the one who apparently started this insurgency was the Clean cosmologist Nicolaus Copernicus. Brought into the world in Thistle in 1473, Copernicus concentrated on in Krakow, Bologna, Padua and Rome prior to getting back to Warmia, Poland to educate and read up until the end of his life.

Copernicus dealt with a heliocentric model - where the sun, and not the Earth, was the focal point of the planetary group - for almost his whole life. Dissimilar to past cosmologists and mathematicians who had utilized heliocentric models just to make their numerical estimations of the planet's circles more precise, Copernicus solidly trusted the sun to be at the focal point of the planetary group. Reasonable because of fears of possible reaction from chapel specialists, Copernicus held back to distribute his speculations and computations until right away before his demise.

At the point when he distributed at the command of one of his understudies, his 1543 work, On the Upheavals of Glorious Bodies, was one of the main logical works which set heliocentrism as reality as opposed to as a numerical gadget or psychological study. The framework Copernicus worked out was noticeably flawed nor really heliocentric; even the sun sat somewhat off the geographic focus of the nearby planet group. Copernicus considered this an 'equant point.' This was vital for Copernicus' perceptions and math to concur on the grounds that he demanded that the planets spun along entirely circular circles.

Notwithstanding mistakes and errors in his last hypothesis, Copernicus' most noteworthy accomplishment was the expulsion of the Earth from the focal point of the universe and nearby planet group.

Masterminds: Brahe and Kepler The heliocentric hypothesis Copernicus set expected refinement to address the universe precisely. The best advances of the sixteenth 100 years as far as observational and instrumental exactness were made by the Danish aristocrat, Tycho Brahe. Brought into the world in 1546, Brahe's perceptions about the fixed idea of the stars made him trust the Earth to be still and at the focal point of the planetary group.

No matter what his mistaken hypothesis, Brahe designed new instruments to notice the sky and furnished the cosmic local area with point by point and exact information concerning the developments of the planets, comets, and, surprisingly, a cosmic explosion which was apparent on Earth in 1572.

A contemporary - and rival - to Brahe in the later sixteenth century was the German stargazer, Johannes Kepler. Kepler really started his work as Brahe's aide, however the more youthful German was more skilled at making hypotheses than his Danish prevalent.

Kepler concurred with Copernicus that the sun was the focal point of the planetary group, and he utilized the accuracy of Brahe's estimations to develop the Copernican model. Kepler found that planetary circles were not entirely roundabout, yet curved, with the sun being one focal point of the oval and something almost identical to Copernicus' equant point being the other. Kepler was further ready to infer a numerical condition (referred to the present time as 'Kepler's Third Regulation') that could be utilized to decide orbital periods and speed.

Attributes of the Logical Unrest The Logical Upheaval upset the old conviction that the Earth was the focal point of the universe.

The Logical Upheaval was described by:

Propose better approaches for figuring out the real world, through reason, information and showing . Destroy old convictions ,, for example, that the Earth was the focal point of the universe . Propose the logical strategy for examination. Supplant the Aristotelian rationale around the universe with the information gained through perception and trial and error . Make organizations to help logical exploration . Foster significant advances in science that affected different disciplines, like physical science, cosmology and science. Propose worldview changes , like the thoughts of Nicolás Copernicus about the Sun as the focal point of the universe.

[orderofthecube]

Android player race

First arising in the late galactic period, androids are sentient beings that fuse technology and humanoid nature. Some are fully robotic beings run by advanced artificial intelligence (AI), while others were magically awakened by the spell sentience. Others still are physical humanoid/​​construct hybrids, utilizing synapses and muscle as much as circuitry and hydraulics.

In the early days of their existence, the sentience and personhood of androids was hotly debated among magical and scientific experts, though the androids in question rarely doubted it themselves. The rights of androids were eventually codified across the galaxy, allowing many to make names for themselves as artists, scientists, historians, and protectors.

[full description under the cut]

The Interface of Science and Magic

The Long Quiet of the mid-galactic period saw the dissolution of the longstanding notion that science and magic were opposing disciplines. While only awakened androids are directly created through magic, all androids are a legacy of the united field of science and magic. This is nowhere more evident than in the fact that all androids, even those animated by purely scientific means, possess souls capable of traveling to the Outer Planes after death. Likewise, androids have proven themselves as capable of drawing on the Weave as humanoid spellcasters, a feat long thought scientifically impossible.

Androids come in as wide a variety as humanoids. While some have bodies that reflect the purpose they were designed for, like fighting or piloting, others were created simply to exist and have randomly determined features. Some androids have contentious relationships with the humanoids responsible for their creation, but many perceive them with the same fondness as humanoid children do their parents. Android personalities are diverse, ranging from the single-minded purpose of a paladin to the boundless curiosity of an artificer. Androids never developed a unified culture or gathered in homogeneous communities, instead preferring to remain among their humanoid creators, families, and friends.

Android Names

Names are important to androids, as they separate them from non-sentient robots, which use alphanumerical designations. Androids start life with a childhood name bestowed by their creator, which most androids replace later with a name of their choosing. Childhood names vary widely according to the culture and personal taste of the creator. When it is time to choose their own name, many androids draw on science for inspiration, seeing a kinship and purity in technology that most humanoids do not. As they do not naturally reproduce, androids have little use for family names, though they sometimes take the family or clan name of humanoid groups they consider their family. Androids are typically agender, though some have gendered names and pronouns. Most dislike nicknames.

Childhood Names: Aisha, Chip, Enitan, Faruq, Kepler, Miku, Navneet, Neo, Petrichor, Prime, Tektite, Tone, Vivia

Adult Names: Axis, Cipher, Cortex, Eclipse, Halo, Helix, Matrix, Meridian, Nexus, Nova, Paradigm, Quanta, Regolith, Vertex, Zenith

Android Traits

Your android character has some traits in common with all other androids.

Ability Score Increase. Your Constitution and Intelligence scores increase by 1.

Age. Androids’ bodies don’t change over time, but it takes around 30 years for their minds to reach maturity. They typically live to around 700, after which repairs become increasingly difficult.

Alignment. Androids may be any alignment, though many have a strong lawful streak. They believe life can arise anywhere and are strong proponents of technology.

Size. Androids come in a variety of shapes, though most are humanoid in form. Your size is Small or Medium.

Speed. Your base walking speed is 30 feet.

Hybrid Nature. You are considered both a humanoid and a construct.

Constructed Nature. You don’t require air, food, or drink. You don’t take damage from being in low-pressure environments or the vacuum of space.

Recharge Cycle. Androids don’t need to sleep. Instead, they run diagnostic cycles and recharge for 4 hours a day. During this time, their suspended consciousnesses often experience reconstructed memories and emotions akin to dreams. After resting in this way, you gain the same benefit that a human does from 8 hours of sleep.

Lightning Susceptibility. The mechanical components of androids make them particularly vulnerable to electrical overloads. When you take lightning damage, you must make a DC 10 Constitution saving throw. On a failed save, you are paralyzed until the end of your next turn.

Tool Proficiency. You are proficient with hacker’s tools.

Languages. You speak, read, and write Common and Digita. You can easily process numerical calculations that humanoids find difficult.

Subrace. Androids fall into three categories based on the method of their construction and animation: artificial intelligence, awakened, or hybrid. Choose one of these subraces.

Artificial Intelligence

As an android animated by artificial intelligence, it’s truly your mind that sets you apart from non-sentient robots. Through exceptional programming, extensive experience, or sheer force of personality, you created a soul out of purely scientific technology.

You have a knack for interacting with your robotic and computerized brethren, and you feel at home in fully digital environments.

Ability Score Increase. Your Intelligence score increases by 1.

Perfect Recall. You can accurately recall anything you have seen or heard within the past month.

Network Access. As an action, you can search for any networks in your vicinity. You can directly access public and private networks without needing to interface with a computer, though you may need to provide authorization credentials.

Poison Immunity. You are immune to poison damage and the poisoned condition.

Awakened

As an awakened android, life was sparked in you by the casting of the spell sentience. This magic has seeped into your mechanical body, making you more in tune with the Weave than other types of androids.

Ability Score Increase. Your Wisdom or Charisma score increases by 1.

Magical Legacy. You know the magnetism cantrip. When you reach 5th level, you can cast speak with computer once per long rest. Charisma is your spellcasting ability for these spells.

Poison Immunity. You are immune to poison damage and the poisoned condition.

Hybrid

As a hybrid android, you are constructed of both organic and inorganic material. Many hybrid androids can be mistaken as regular humanoids, and you might noticeably resemble a particular race, like halflings or elves. While others might see your humanoid half as a liability, you know that it allows you to tap into strong survival instincts that keep you in the fight longer.

Ability Score Increase. Your Strength and Constitution scores increase by 1.

Weapon Proficiency. You are proficient with simple and martial ranged energy weapons.

Get the book for free/PWYW on DM’s Guild.

[thaneweb]

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This piece has enrolled the absolute best apparatuses, applications, sites, and assets, planned particularly for material science learning.

Look at them!

KerbalEdu KerbalEdu depends on the acclaimed Kerbal Space Program. It is accessible to all to purchase, and it accompanies better elements that assist with coordinating it into the homeroom. The players help the amiable Kerbals produce rockets and lead orbital missions. Understudies can dominate physical science and designing abilities as they grasp STEM ideas.

Math Ref To assist understudies with learning math and related subjects, this application joins 1400 conditions and equations. It very well may be utilized for learning physical science, science, science, math, and that's only the tip of the iceberg. Understudies need not learn conditions or record them on paper and quest for them each time they use them; the application keeps the equations readily available. Math Ref additionally incorporates fundamental instruments, for example, unit changes, triangle solvers and essential number crunchers to assist you with getting your work done.

Newton for Osmo Address actual riddles with your creative mind by defining boundaries or placing objects before the screen. The application utilizes an involved way to deal with energize imagination, critical thinking and social connection. Newton to Osmo works with each item or configuration, including mother's keys, a hand tailored crate, and even toys you own. Place the article or attracting front of the screen and control it to direct balls falling into target regions. This application expects that Osmo Base capabilities fittingly and is found on www.playosmo.com. Osmo makes another experience through the presentation of your gadget.

Material science Lab AR Utilizing Material science Lab AR, you can assemble and test different circuit parts and three dimensional electric circuits. The application is useful for the two instructors and understudies. Educators can utilize this device to show in the research center, while understudies can widen their insight base inside and outside the homeroom, select the hardware parts (more than 20) from the tool stash and associate them to the workplace. The analyses depend on science, and they are right. More circuit parts are delivered consistently.

Straightforward Material science As the name recommends, Basic material science is a simple to-utilize yet straightforward planned application in a game mode for understudies' satisfaction. In any case, in this application, understudies should address different development challenges involving their insight in material science. For instance, in this application, understudies fabricate structures that ought to repulse various powers and gain focuses by dominating material science ideas to construct reasonable designs.

Straightforward Rockets Involving Kepler's conditions for demonstrating orbital material science and astrodynamics, this profoundly reasonable game allows clients to investigate the planetary group according to alternate points of view. This application contains choices to fabricate rocket ships, send off from the outer layer of any planet — from Venus' extreme environment to Mercury's low gravity, and underlying moves that permit players to contend to go the quickest or land on the moon. Basic Rockets can be utilized in class as an expansion to a standard material science program or delighted in at home as an undertaking extender.

Algodoo Algodoo is a 2-D sandbox freeware in light of the physical science of Algoryx Reproduction Stomach muscle as a replacement to the famous physical science application Phun. Make your thoughts wake up with Alstom. Utilize the drawing device, materials, for example, ropes, lasers, pinion wheels, engines and even water to test your most entertaining considerations in a mimicked world. Share your developments with your companions and challenge them to utilize their imaginative capacities. The reenacted world depends on the most exceptional innovations utilized by Algoryx in cutting edge specialized reproductions and computer generated reality test systems.

Span Basher This game permits you to fabricate spans in only seconds, then, at that point, obliterate them. See your scaffold answer damaging powers progressively with a high level material science motor. Assemble spans with the proofreader's assistance and fix mistakes with the Fix button. Unquestionably the best extension developers get to the top rundown. The areas of extraordinary weight on your deck show up in red while others are green. You might share your deck plans with your companions by email.

CK-12 CK-12 backings understudies and educators in further developing rudimentary learning overall by making individual schooling apparatuses accessible. The application allows you to learn more than 5,000 subjects in arithmetic and science at your own speed. Numerical subjects incorporate math, polynomial math, estimation, calculation, measurements, likelihood, investigation and calculation. Logical subjects incorporate life sciences, topography, physical science, science, science and physical science. Different subjects incorporate SAT test preparation, innovation, designing, space science, English and history.

Pocket Physical science Pocket Physical science is a free application that gives you physical science related data equations with portrayals and pictures. This application is great for the individuals who maintain that should do physical science tasks rapidly and definitively. Pocket Physical science gives circumspect clarifications of the basic ideas showed in a prologue to physical science, from straight movement to cosmology. It is likewise an ideal reference, loaded up with recipes, conditions and pictures for understudies who need assistance with their material science schoolwork.

Oomph Oomph is an actual learning application that helps clients comprehend and apply key ideas connected with power related subjects. Oomph features individuals' capacity to characterize power, current, voltage, and opposition accurately. It is not difficult to follow, with depictions and clarifications of those ideas separated into steps that help every student's ability. The application accompanies a charge of $1.49/£0.99.

PhysicsProf PhysicsProf is an application comprising of a huge library of material science conditions and permits clients to enter values and resolve these conditions at the snap of a button. The application will permit understudies to determine physical science conditions by distinguishing and revamping right conditions in view of entered information. When addressed, the application shows the right moves toward follow to comprehend how to get to the right arrangement, empowering people to construct trust in ultimately settling these independent. One more best element is the capacity to modify the units of each worth, giving an alternate degree of challenge. There are five point regions in the application, each with various potential conditions going from GCSE to post 16 trouble levels.

Compare Recipe Solver Compare is an application that groups a library of more than 400 significant conditions spreading over a few subjects and empowers the client to take care of issues at first and afterward challenge themselves with inquiries to apply their comprehension and fabricate trust in utilizing these recipes. The applications cover math, science, physical science and financial aspects, and are appropriate for different age ranges relying upon the subject particulars educated.

The application is upheld through individual YouTube joins well defined for the chose condition and Wikipedia pages to assist clients with fostering their comprehension and proposition moment support.

Beast Physics™ Beast Physical science will have kids fabricating a wide range of items to achieve missions or only for it. Beast Material science is a tomfoolery game for kids and grown-ups the same. There are three exercises: missions, development and learning. In the learning area, kids get to know standard actual jargon terms. They can make any item they can envision utilizing some or every one of the 68 pieces included. This game is reasonable for Key Stages 1 and 2 and has things for imperative upper advances. This application shows understudies the rudiments of physical science like rubbing, turn, mass, endlessly speed and charges $1.49.

Sites

The American Actual Society The American Actual Society (APS) is a non-benefit enrollment association attempting to progress and diffuse the information on material science through its remarkable exploration diaries, logical gatherings, instruction, effort, backing, and global exercises. It addresses more than 50,000 individuals, including physicists from the scholarly community, public research centers and industry in the US and around the world. These agents, through these projects, teach material science understudies on better authorization components and cycles to improve tests and obtain results. They are in this manner one of the most amazing sites for physical science understudies.

Wolfram Put among the top learning site, It is a learning center, a science, innovation, and programming data focus. In Wolfram, understudies can purchase online courses and register their items for procurement. The stage allows clients to get to the best assistance intends to assist them with dealing with their business. There are a lot of public assets and items accessible at Wolfram, and they are likewise exceptionally helpful.

Contemplating on the web is steadily turning into a simple method for considering and gain information in any subject in the period of digitalization. Notwithstanding, whichever subject you concentrate on the web or nearby, you want to get to one side and great asset wherein you can find solutions to upsetting inquiries.

PhysicsProf PhysicsProf is an application comprising of a huge library of physical science conditions and permits clients to enter values and resolve these conditions at the snap of a button. The application will permit understudies to determine physical science conditions by distinguishing and modifying right conditions in view of entered information. When tackled, the application shows the right moves toward follow to comprehend how to get to the right arrangement, empowering people to assemble trust in the long run addressing these independent. One more best component is the capacity to modify the units of each worth, giving an alternate degree of challenge. There are five point regions in the application, each with various potential conditions going from GCSE to post

This site has all types of associations connected with the subject. Additionally, they go past physical science to discuss different areas which influence actual amounts. On this stage, understudies can gain from a plenty of logical points. Subjects like science, science, cosmology, and so forth, are additionally instructed. Understudies of all degrees of material science can enroll for this program and learn. Moreover, they get the most modern data on research developments and progressions.

To know more about Best Science Junior colleges in Thane visit below link

Link:https://www.thaneweb.com/

[sciencespies]

Getting it to stick: Grabbing CO2 out of the air

https://sciencespies.com/environment/getting-it-to-stick-grabbing-co2-out-of-the-air/

Getting it to stick: Grabbing CO2 out of the air

Direct air capture may be key to saving Earth from the effects of climate change, but there’s a catch: It’s really hard to do.

Direct air capture (DAC) technologies are designed to remove carbon dioxide from the air, although there’s still a lot of room for improvement in DAC materials. Other molecules in the air, especially water, are in much higher concentrations than carbon dioxide, or CO2. They start competing with each other, and ultimately, carbon dioxide isn’t what’s caught — at least in high quantities.

“If materials are good at grabbing carbon dioxide, they’re usually good at grabbing multiple gasses,” explained Katherine Hornbostel, assistant professor of mechanical engineering and materials science at the University of Pittsburgh Swanson School of Engineering. “It’s really hard to tune these materials to grab carbon dioxide but nothing else, and that’s what this research is focused on.”

Hornbostel is joined by co-investigators Nathaniel Rosi, a Pitt chemistry professor with a secondary appointment in the Swanson School and Christopher E. Wilmer, associate professor of chemical and petroleum engineering and William Kepler Whiteford Faculty Fellow in the Swanson School. Janice Steckel, a research scientist at the National Energy Technology Laboratory, and graduate students Paul Boone, Austin Lieber and Yiwen He will also be working on the project. Together, they published a journal paper for the Royal Society of Chemistry about creating new metal-organic frameworks, or MOFs, designed to capture just carbon dioxide.

MOFs, a research focus in Wilmer’s lab, are highly regarded for their ability to utilize porous membranes to capture large volumes of gasses and can be designed via computational modeling rather than traditional trial-and-error.

The MOF would have a core-shell design, meaning carbon dioxide would be trapped in the core, while the shell is able to block other gasses, specifically water. The shell and the core would be made from different MOF materials, with the shell MOF designed to slow down water and the core MOF designed to bind CO2.

“If you’re trying to work with an adhesive, it can be hard to come up with something that’s sticky to one material that’s not also sticky to the other material, and that’s true all the way down to the molecular scale,” Wilmer said. “So, when we make a material that’s very sticky to carbon dioxide, inadvertently, it’s usually also sticky to water. We’re trying to find a way to shield those sticky surfaces from water.”

Currently, the group is using computational modeling to weed through candidates for the best materials for both the MOF’s core and shell.

Research into direct air capture is still early in development, but already there are multiple potential uses for these technologies. According to Hornbostel, some in the field propose massive installations in unoccupied areas, while others prefer using existing infrastructure where steam and electricity are already available. But either way, for this technology to work, there needs to be a lot of moving air — which could potentially be anywhere.

Researchers have long-term plans for direct air capture outside of reversing the effects of climate change. This technology can also aid in space exploration as well as living on other planets.

“When we’re on other planets, like Mars, direct air capture is how we get fuel to return to Earth,” Wilmer said. “Every technology we design pushes the ball forward.”

#Environment

[sanstropfremir]

what would you do to fix kep1er? idk if you c a r e about kepler but, thats pert of the problem,,, no one cares about kepler all that much? what went wrong? there are countless video essays explaining how the concept isnt well thought out. the music is lackluster. the other produce groups have become so popular that kepler is pushed aside. personally, i dont even think all the members fit the concept that well.

there are two kepler songs that i like, and those are mvsk and le voyage, so i would not classify myself as actually caring about them, but it is an interesting thought experiment! i know pretty much nothing about them, including on whatever their concept is, but that doesn't really factor into how to fix them, because the best way to fix them is to 1) kick the minors, 2) actually train them properly, 3) reassemble the group with proper attention paid to talent distribution. "concept" is not actually a dependable thing that will draw people to a group, you need to back that up with BOTH tangible skills and - this is extremely important - people that actually know how to work in a group together. concept is a set dressing that is meant to hook people, but it doesn't keep people, what actually keeps fans is a combination of personality and ability. and composition and teamwork are very important to help establish that. survival shows in general are not built to make groups that have good composition; how on earth do you expect a cohesive group to be made of kids who are literally fighting each other for popularity points??? you think fans understand how to assemble a balanced kpop group????? survival shows are basically an extended training period, and when you make the goal of that training period trying to catch the attention of fans as an individual and not actually forming a solid understanding of how to perform IN a group, you are going to make groups that sure, they have very popular individual members, but they have no depth or flavour as a whole because they don't know how to.

not to gas up tan or wild idol again BUT if you want an example of how to make a survival show that actually builds a cohesive group, it's literally right there. limit intake trainee size, have them do challenges that are focused on teamwork, leadership, and practical skills idols have to be able to do, and also cut down the trainees fast so there's a smaller group that spends more time together. wild idol cut the entire 45 trainee group down to 16 in the THIRD episode, so that in the rest of the episodes they could actually focus on building the working relationships between the trainees and not have them constantly fighting over popularity. and also, perhaps even the most important point: LIMITED FAN VOTING. the fan voting was a very small percentage of their final score, so each of the members that made it into the group actually made it via being judged on their merits. when a group is made of popularity contest members and only on a short term contract, they don't have any incentive or ability to actually try and truly form a group.

[accio-victuuri]

Before They Met : BoXiao in 2016

You and I have floated here on the stream that brings from the fount. At the heart of time, love of one for another. We have played along side millions of lovers, Shared in the same shy sweetness of meeting, the distressful tears of farewell, Old love but in shapes that renew and renew forever.

In the grand scheme of things in this fandom— These may all seem nothing. Lol. But I love seeing what their life was like before they met. Since a lot of us were not a fan of them at that time, this can also be a glimpse into it.

Think of these examples as you would this instance when they were at the same airport but didn’t meet. 5/5/2016 @ P.E.K Airport. WYB was leaving Beijing while GG just arrived in Beijing. A missed opportunity.

So. Put your clown hats on and let’s go!💪🏻

I have talked about other more well-known instances here via the D-Timeline ( Love Mole, Dream lover, going to Spongebob exhibit and GG’s drawing )

Year : 2016

* On 2/1/2016, Web along with UNIQ organized a twitter mission party where they answered fan questions.

Some of the questions Web answered:

Q: Valentine's Day is coming soon, do you like sweets?

YB: I like it.

Q: Yibo, what color do you like?

YB: black, red, blue, green, purple,

Q: Please, come back.

YB: Well, I'm sorry to have waited so long.

Q: Did Yibo see me? Reply to me, I love you.

YB: I love you

Q: (Question missing)

YB: I really want to go to Japan, when should I go again? I love shopping in Japan!!!

Q: Yibo likes cats or dogs?

YB: Dog, Doberman.

Q: Who do you like most in One Piece? I like Ace the most, and I can't help crying every time I see him

YB: I like Zoro

Q: Yibo, if you reply to me, I will write your thoughts in 1000 words!!

YB: Hahaha!!! Can write so much. . .

On the same day, GG also picked a few fan posts from Weibo to reply to

some of the interactions:

Question: What a coincidence, I also like Stefanie Sun, I like still good youth the most. Which song by Stefanie Sun Zhan Zhan likes the most?

GG: I like the early songs, but I like them all.

Question: Zhan Zhan likes to keep a cat or a dog?

GG : I've always been beautiful and short ( followed by a cat emoji )

Q: Zhan Zhan I am studying landscape design, what do you think of my work?

GG: Great! Keep working hard

( for reference, this is what the Q/A looks like. He is responding to mentions )

Q: Zhan Zhan!! Love you!!! Look at me, look at me!!! What do you want to do with you?What did XFX say?

GG: I have always cherished and thanked you for your company. In fact, many times I hope everyone will cherish the time that is still on the show every day, Be happy every day! Love you all.

Q: Brother Zhan, recommend some delicious things in Chongqing, Because a person fell in love with a city

GG: There are so many delicious things in Chongqing, you can experience it when you come

Q: What does Zhan Zhan want to say to the future himself?

GG: to my future self, I wanna say work hard, be grateful, never forget the original intention.

Some things I wanna point out here:

A. It’s nice to see a time when they would freely do Q&A’s like this. I think it’s part of the whole boy group template. To reach out to fans and gain a following.

B. They were both asked between a cat and a dog! They answered the opposite!

C. Bobo mentioning Japan and Zoro ; GG answering a question about Stefanie Sun. Years later, one will find the Luffy to his Zoro. Have significant memories of Japan. The other one will find a person they will dedicate Kepler too.

* 03122016 GG from Chongqing flies to Beijing. 03132016 Web flies to Changsha from Seoul.

Now look at how they match. I think this is also the same style that made netizens at that time think that they look similar.

* On 06052016, GG posted a Weibo cheering students for the entrance exam. 2018, Web imitates the same pose and in this time he was already with CQL filming. Finally, 2021– GG does the same pose again. Eyes and showing their drawing/writing. Is this some sort of pose relay?

• 08262016 Web from Changsha to Beijing was seen with a striped neck pillow. He doesn’t usually use things like this, much less photographed with it. Fast forward, 03032017, GG posts a selfie with a very similar looking neck pillow. 👀

* 07182016 Web and UNIQ member post funny video. 07252026 GG and XNINE member post something funny too

link to Web’s video https://m.weibo.cn/status/3998709265813155?

It’s nice to see them having fun and makes me want GG/Web to post something like this again HAHAHAHAHA!

* 08012016, Web posts a selfie with a black cap. 08052016, GG posts about a game and wore a black cap. They look so alike. Was GG trying to copy Web’s style and post something on his birthday?

* 03182016, Web was in Seoul and shopping, Woodz posted photos of them. Not to be outdone, on the same day— GG also posts photos of him with a teammate.

* 01282016, Web was shooting a variety show Overseas. He posted a photo of the sights and in the middle is him, using a phonecase that has a bunny on it. Why Bunny??? Why???

0129, He was still recording and posted a selfie again saying he will be back soon.

Finally, 0130, In a video diary, GG showed the part he was rehearsing “Brightest Star in the Night Sky”. The run time of the video was 3:28 (Zan Ai Bo)

Years later, he will sing that again and it will have a much more special meaning. The CPN here is, if you missed it, Web was cueing GG. Then GG played intentionally added that rehearsal video.

* 04172016 Web flies from Beijing to Changsha for TTXS. At this time the media has already reported that he is the new Assistant host. A day later, 04182016 GG posts a video and his caption he says “Let’s work hard together to be better”. Whether this was a message for Bobo as a goodluck for his new project, it’s nice to see that GG had the same “be better” mantra from the start. Then in 2020, they have the same wish for the New Year— to be better. 🤍

* 04242016, Web attended the Premiere of MBA Partner/Dream Partner movie in Beijing. Notice that he was glowing! So happy!

In the meantime, GG was shooting super star academy in Hangzhou. After filming and even if it was raining— he was photographed as still happy. Same day he posted a video and sang “Things you don’t know” by Leehom Wang, OST of the movie “Love in Disguise” He sang the studio version.

This line tho :

The night sky is full of stars

But a few will land

How many sighs in a lifetime

I can't breathe when I meet you

This is something you don't know

These are things you don't know

*my heart*

* 06112016, GG goes to work with a light pink shirt on. The same day, Web was set to fly to Shanghai. He posted a photo with a pink Cap on. In photos by fansites, he had a black cap on. And a different outfit. Why did he use a pink one to post? Same day as GG was in pink. Hmmmm.

Bonus from 2015 :

* 12182015. Early in the day, GG posts a selfie with another person. Now here comes Web— doing the same. Take note that Web does not usually post selfies on his account with other people. Don’t worry Bobo! One day he will post a photo of you two as a bday greeting— something he never did with anyone else.

Another one Back in 2015, Web posted this. During Spring Festival and he was sad because he’s not home. Then in 2016, GG posts a photo that looks similar. Around the time of spring festival as well. Now who’s copying who?

I’ve been wanting to make this post for a while and I just kept putting it off but now is the time to make it and publish. There are a couple of examples around this timeline but i just chose ones that made the most sense to me. Ones that are not too ‘galaxy brain’ lol. I consider this as a supplement to Devil Timeline. 

I am NOT implying that they are in a relationship/dating during this time. These are just similarities/coincidences between them. It could also be that they have common friends and “know” of each other. They are in the same entertainment circle after all. They were not following each other on Weibo, but, you can see ( coughs stalk coughs ) someone’s profile without following them right? No need to wash any of this, Don’t think too much. just happy coincidences <3 

That’s all. Thank you for reading! 🤍

[punkpandapatrixk]

This is Part 4 of a series of PACs specifically tailored to the theme of self-transformation. All of my PACs naturally carry this theme, however, the ones belonging to this series are imbued with intentions that are closely intermingled with one another. I think, there will be 5 PACs in total to complete this series.

They're all essentially timeless so it doesn't matter which ones you come across first.

[Back to Masterlist] [Part 1] [Part 2] [Part 3] [Part 5]

☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・.

People usually have this idea that a life purpose is this one thing you're meant to figure out at one point in life and continue to pursue/do for the remainder of your days. Although this isn't wrong, this is misleadingly inaccurate. If you're adept at Astrology, you'll understand that one's life purpose can encompass a variety of things you're meant to do in this incarnation.

The one thing we do have... is a theme. The variety of things you can indulge in your studies all lead to one schematised plan—life's blueprint. If you think your Destiny—your life's destination—is a single lane towards a singular activity, you'll only be miserably confused. It's more empowering to think about direction, you see.

Life changes constantly and future possibilities are shaped by the current emanation of energies—mostly they are yours, but bigger forces are also at play, so be humble, and be chill when things seem to go crazy. You rarely have only one direction in Life. As you progress through this hyper-realistic game we call Life, paths continue to alter and new directions revealed.

Pile 1 - Harbinger of Revolution

Queen of Wands, King of Cups Rx

Priestess of Integrity & Red Astronomer (Johannes Kepler)

Of all the piles, yours is probably the heaviest. Look, you clearly didn't come here to just play stupid and be boring like everyone else. You. Are. A. Harbinger. Of. Revolution. Quite literally, you came here—hyper-specifically—to change the world. In all the senses that word carries. Bad news is, such a destiny is rarely easy. But if you manage this incarnation, amazing evolution to your Soul is also granted.

Some of you, your Soul did want just exactly that—evolution. Some of you, they begged your participation in this hyper-realistic game called Earth Life because your skills are so fucking needed. Whether this voluntary participation has caused your Soul much sadness is not even in the question. Fuck that, right? This much hardship in one's life should never be okayed🤬

Now, this pile has attracted a very specific group of Souls, but at the same time, the variety of things/activities you're meant to view as your Life Purpose is also vastly varied! This may surprise you but your Life Purpose is actually part of a greater TEAM WORK that involves other highly advanced and specialised Souls who'd decided to incarnate on Planet Earth at very specific times, to assist one another.

You're like in a group of very important beings who get to play a part in the course of Human history and that makes your life's blueprint almost hyper-specific, so as to minimise the risks of your failing your mission. What this entails... may be a feeling like you've never had a freewill of your own. It's because you agreed to that in your Soul's contract: that should the time for you to awaken and fulfil your contract, you give the Higher Realms the permission to override your freewill.

-You should know that this kind of design is highly unorthodox because this Planet is a special planet that works on freewill. That alone should tell you the importance of your Soul and your mission. Please never see yourself as small and insignificant!-

What to do NOW🔻❤️

Access full reading + cards on Patreon🌸

☆♪°・. ☆♪°・. ☆♪°・. ☆♪°��. ☆♪°・. ☆♪°・.

Pile 2 - Balancer of the World

XIV Temperance, 7 of Swords Rx

Priestess of Good Fortune & Silver Geographer (Francis Drake)

You know... your life's direction could be the simplest and yet, the most wholesome of all. Basically, your life purpose is to be and do good. You just have to be a good person; the world needs your charitableness. But what does being good mean in this world where goodness is often cheated on by assholes? If you're so good and white and pure to a point of being used by others and have no means to protect yourself, you're also being not good to yourself. It's not enough.

'If your compassion does not include yourself, it is incomplete.' — probably a Buddhist quote

Hopefully it doesn't sound counterintuitive, but your life purpose revolves around the theme of self-empowerment, which may involve some acts of selfishness in order to defend your place in the world. You need to learn to become strong, which may involve some acts of hurting another person in order to defend your wellbeing, too. But this isn't to say that you're justified for doing cruel things. No, you're a good person, but this world is rarely good, so you kinda need to learn how the devil ticks, so you don't get easily manipulated and taken advantage of.

Knowing how the devil ticks is not the same as becoming the devil. By knowing, and still choosing to be good, you set an example for others. That shit gives people hope—that there is a place for goodness in this world; that being good doesn't have to equate being a pushover or a weakling. Being good doesn't mean being harmless, you know?

'A harmless man is not a good man. A good man is a very dangerous man who has that under voluntary control.' — Dr Jordan Peterson

At the end of the day, if you wonder what your life purpose should look like, it is to do with charity. To share your good fortune with the world. Fortune, fortunately, can mean a wealth of things. Even your life stories are a fortune provided you know how to tell them for inspiration😉With the state of the world today, all kinds of sharing that lift up the Soul are very much needed by everyone.

What to do NOW🔻💙

Access full reading + cards on Patreon🌸

☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・.

Pile 3 - Off the Beaten Path

9 of Pentacles, Queen of Cups Rx

Priestess of Magick & Red Alchemist (John Dee)

People who've chosen this pile are probably highly, highly uninterested in the idea of having a family. Or anything else to do with the concept of matrimony. You like being your own best company and you aren't afraid the least bit of 'dying alone'. You just have a different idea about what it means to grow old and die 'alone'. You already know that 'family' isn't defined by blood and you know damn well, it can be found well beyond a matrimony.

Your Life Purpose, actually, is to just have fun with whatever plans you have for yourself in this incarnation. Whether or not you're aware of this, you're an extremely advanced Soul and have very powerful manifesting abilities. Your fun game is learning how to manifest all that you desire through concrete studies in all that you're passionate about. Study, explore, experience, grow, make things, inspire the world. Do what you like and make your own rules. The world's your oyster, as they say.

You need not be afraid of what others have to say—or think—about your unorthodox way of life. It's your way of life, anyway. In this world where so many young people are confused anyway, your living life your way can serve as a ray of hope for those looking for a green light to live their own lives authentically. You're all alchemists of the Soul; magicians; Old Souls; Lightworkers; Starseeds; wayshowers; what have you; you came here to make a difference.

I'm thinking characters like John Keating from Dead Poets Society and Katherine Watson from Mona Lisa Smile.

I feel a bit unfair for this pile has such a short message (and no extra messages either), but... wow, I'm not hearing anything anymore. Bottom line is, I think you're so powerful and so confident and you, so, know, what you want. Perhaps, sometimes you're just a little confused because the world is unfriendly towards powerful beings and you can question yourself from time to time. Well, keep going and keep being strong. You're not wrong at all.

Access cards on Patreon🌸

☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・. ☆♪°・.

Feel free to support me on Patreon if you love this kind of content���I create stories and tarot readings that calm the mind & heal from within🍒

[Back to Masterlist] [Part 1] [Part 2] [Part 3] [Part 5]

[pridewrite]

We’re making some changes to our blog layout and design at the moment to give ourselves a fresh new look in anticipation of this year’s event and the expansion we’re making to our platforms. This little reband will include a switch in aesthetics so our icon and brand colours will match our new header, as well as a few changes in the administration of the event, including our rules and the general event timeline. 

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[itsgerges]

Best Greetings

Can The Sun Be Created After All Planets Creation?

The planets velocities analysis helps to answer

DATA

I have discovered a rule tells (v1v2=322) (my fifth equation)– let's prove it

322 = 47.4 km/s (Mercury velocities)  x 6.8 km/s  (Uranus velocities)                            

322 = 35 km/s  (Venus velocity) x 4.7 km/s (Pluto velocity) x 2                   

322 = 29.8 km/s (the Earth velocity) x 5.4 km/s (Neptune velocities) x 2   

322 = 24.1 km/s (Mars velocity) x 13.1 km/s (Jupiter velocity)                      

322 = (17.9 km/s)^2 (Ceres velocity) (Max error 2%)

DATA ANALYSIS

The previous data tells the planets velocities are defined by two features

(1st Feature)

The planets velocities are complementary one another –means - each planet velocity is complementary with another planet – means– The planets velocities are defined in pairs and not in single planets.  

(Notice, the inner planets orbital inclinations are defined by the rule (v1/v2), for example, Mercury orbital inclination 7 deg = Mercury velocity 47.4/ Uranus velocity 6.8- that proves the effect of the rule (v1v2=322) on the planet motion)

(2nd Feature)

Why the constant is 322 because

1160000 seconds = 322 hours – means- there's a light velocity = 1.16 million km /s and this light moves for one second passes 1160000 km but we see this distance as a period (1160000 seconds =322 hours)- and - the planets velocities are defined based on this velocity 1.16 million km /s (I prove this velocity existence in my paper) 

Discussion

Ceres velocity tells the idea - Ceres is used as the origin point - as a result the outer planets be complementary with the inner planets – for that the rule (v1v2=322) controls the planets velocities.

(a)

The planets velocities are created based on one design- Ceres velocity is used as the origin point for this design

(b)

No single planet can be added to the solar group – the planets should be added to the solar system in Pairs- and - the planets addition will change the origin point.

(c)

Can We Add A New Planet To The Solar System?

Let's try in following

I add a new planet after Pluto

I suppose the new planet orbital distance to be =7000 million km

This new planet velocity will be 4.3 km/s (We can define it by kepler law)

Now we need the complementary planet because of the rule (v1v2 =322)

(322 =4.3 x 75), means, the complementary planet velocity is 75 km/s   

Where can we find a planet its velocity 75 km/s? this planet must be in the distance between the Sun and Mercury –

This planet orbital distance should be 23.2 million km

(57.9/23.2) = (75/47.4)^2  where (57.9 million km = Mercury Orbital Distance)

Shortly –

It's hard to add any planet in the distance between Mercury and the Sun- means- we can't add any new planet to the solar system because of the Sun existence.

But- How Could The Found Planets Be Added To The Solar System?

The Sun is created after all planets creation and motion- means – after all planets be in their orbits the Sun is created- because - technically-  the Sun existence prevents to add any new planet to the solar system and also the Sun existence prevents any planet to change its orbit (For example- Mars original orbit was between Mercury and Venus and Mars had migrated to its current orbit before the Sun creation but Mars couldn't return to its original orbit because of the Sun existence )

Thanks a lot – please read

Physics Nobel Prize For Imaginary Ideas!

or

Gerges Francis Tawdrous +201022532292

Physics Department-Peoples' Friendship university of Russia–Moscow 

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