Themis - Blog Posts

✮⋆˙— the gods favor you, mortals!

the gods sure are hard to please, yet these particular mortals have their interest.

ft. eijiro k., hanta s., izuku m., katsuki b., kaminari d., tenya i.

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Kratos smiles down on Eijiro and his persistence on being better, stronger. But not just for his own benefit, no. Eijiro seems to always push himself to the limit or even beyond just to improve himself so that he could help those around him. His ambition of being someone who can help others strikes Kratos’ interest. It’s not often the cruel and gruesome god sees someone using their strengths for something… beneficial. Sure, strength and murder? Expected, common even. But strength and kindness? Now that’s something he’s new to. 

Hanta’s bright smile shone through the clouds to reach Dionysus’ eyes. He loved seeing his wide grin, it’s as if this human was made in his image, for his eyes to see. A laughter so loud it echoed in his ears like a melody. Hanta’s tendency to always crack jokes and the way he yearns to hear people laugh tugs all the right strings in Dionysus’ heart. How could he not? The mortal is the epitome of fun and madness, laughter and sorrow, all combined into the perfect mixture of lawful chaos.

Hera is tough, but her walls crept down for Izuku. The mortal devotes himself to the core. From the moment he cried himself to sleep for not having any specialties, till the moment he throws himself to danger in slivers of hope of saving his friend, she witnessed it all, and she smiled. Such a loyal boy, Athena had missed her chance in not favoring him simply because he looked weak. Look at him now! And even in all his glorious strength now, he still devotes himself to train, and better yet? That chin of his is always kept down, and his hands are always open for those in need. 

Katsuki always had Ares’ name written all upon him, yet Athena saw him first. Fists and scowls were what Katsuki was, yet the goddess saw past that—she saw his ambitions. Beyond that fury and his burning eyes, Katsuki’s goal was to become what Athena exactly searched for; a warrior. Someone who aims for nothing but the best, and she basks in that. He does not stop for anyone, doesn’t give a second thought to act. Although some will view him as reckless, Athena’s eyes see consistency and certainty, and that’s exactly what she needs.

Thunder might be what Kaminari brings, but his name is not called upon Zeus’ lips. The boy strikes a chord in Hermes’ smile. The god swears he sees himself in the mortal, always jumping from place to place, with all topics to speak of on his tongue, as if he himself was the god of messenger. Hermes lives for chatterboxes—those people who exist and people shall smile, and not just that, he lives for someone who will always be there for everyone, in joyous celebrations or quiet mourns; and Kaminari ticks those boxes and more on his list.

From the moment Themis laid her eyes on Tenya, she knew the boy pleads for justice in his very breath. His whole existence was built by himself upon order and equality, even his motivation to become a hero was to bring justice to his brother’s name. Justice does not caress the heart, yet it brings satisfaction to those who have lost. Themis’ lips curled into a smile as the mortal who so badly upheld his reputation of being someone who shall avoid violence at all cost. And yet, when grief sliced his tongue like a bastard, he did not scream for mercy—he called for justice, for her.

dworkism | do not repost!

taglist: @bloomstream

a/n : might do more of these later cs theyre so FUUNN hehehhee

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In the mood for soft Genesis content. (again.)

This little photogenic cherub.

January 2022 vs now. I think I’ve gotten better with drawing loosely.

I like drawing close-ups, even if I’m not good at it.

Now in colour. :0

They seem to give off this sort of vibe.

They seem to give off this sort of vibe.

Fill those chubby cheeks like a gerbil. (The joke is based on a friend’s note that Elidibus ate Zenos’ flower that was in his room. Maybe the smol Emissary is a herbivore.)

Pretty Themis.

Magnetospheres: How Do They Work?

The sun, Earth, and many other planets are surrounded by giant magnetic bubbles.

Space may seem empty, but it’s actually a dynamic place, dominated by invisible forces, including those created by magnetic fields.  Magnetospheres – the areas around planets and stars dominated by their magnetic fields – are found throughout our solar system. They deflect high-energy, charged particles called cosmic rays that are mostly spewed out by the sun, but can also come from interstellar space. Along with atmospheres, they help protect the planets’ surfaces from this harmful radiation.

It’s possible that Earth’s protective magnetosphere was essential for the development of conditions friendly to life, so finding magnetospheres around other planets is a big step toward determining if they could support life.

But not all magnetospheres are created equal – even in our own backyard, not all planets in our solar system have a magnetic field, and the ones we have observed are all surprisingly different.

Earth’s magnetosphere is created by the constantly moving molten metal inside Earth. This invisible “force field” around our planet has an ice cream cone-like shape, with a rounded front and a long, trailing tail that faces away from the sun. The magnetosphere is shaped that way because of the constant pressure from the solar wind and magnetic fields on the sun-facing side.

Earth’s magnetosphere deflects most charged particles away from our planet – but some do become trapped in the magnetic field and create auroras when they rain down into the atmosphere.

We have several missions that study Earth’s magnetosphere – including the Magnetospheric Multiscale mission, Van Allen Probes, and Time History of Events and Macroscale Interactions during Substorms (also known as THEMIS) – along with a host of other satellites that study other aspects of the sun-Earth connection.

Mercury, with a substantial iron-rich core, has a magnetic field that is only about 1% as strong as Earth’s. It is thought that the planet’s magnetosphere is stifled by the intense solar wind, limiting its strength, although even without this effect, it still would not be as strong as Earth’s. The MESSENGER satellite orbited Mercury from 2011 to 2015, helping us understand our tiny terrestrial neighbor.

After the sun, Jupiter has by far the biggest magnetosphere in our solar system – it stretches about 12 million miles from east to west, almost 15 times the width of the sun. (Earth’s, on the other hand, could easily fit inside the sun.) Jupiter does not have a molten metal core like Earth; instead, its magnetic field is created by a core of compressed liquid metallic hydrogen.

One of Jupiter’s moons, Io, has intense volcanic activity that spews particles into Jupiter’s magnetosphere. These particles create intense radiation belts and the large auroras around Jupiter’s poles.

Ganymede, Jupiter’s largest moon, also has its own magnetic field and magnetosphere – making it the only moon with one. Its weak field, nestled in Jupiter’s enormous shell, scarcely ruffles the planet’s magnetic field.

Our Juno mission orbits inside the Jovian magnetosphere sending back observations so we can better understand this region. Previous observations have been received from Pioneers 10 and 11, Voyagers 1 and 2, Ulysses, Galileo and Cassini in their flybys and orbits around Jupiter.

Saturn’s moon Enceladus transforms the shape of its magnetosphere. Active geysers on the moon’s south pole eject oxygen and water molecules into the space around the planet. These particles, much like Io’s volcanic emissions at Jupiter, generate the auroras around the planet’s poles. Our Cassini mission studies Saturn’s magnetic field and auroras, as well as its moon Enceladus.

Uranus’ magnetosphere wasn't discovered until 1986 when data from Voyager 2’s flyby revealed weak, variable radio emissions. Uranus’ magnetic field and rotation axis are out of alignment by 59 degrees, unlike Earth’s, whose magnetic field and rotation axis differ by only 11 degrees. On top of that, the magnetic field axis does not go through the center of the planet, so the strength of the magnetic field varies dramatically across the surface. This misalignment also means that Uranus’ magnetotail – the part of the magnetosphere that trails away from the sun – is twisted into a long corkscrew.

Neptune’s magnetosphere is also tilted from its rotation axis, but only by 47. Just like on Uranus, Neptune’s magnetic field strength varies across the planet. This also means that auroras can be seen away from the planet’s poles – not just at high latitudes, like on Earth, Jupiter and Saturn.

Does Every Planet Have a Magnetosphere?

Neither Venus nor Mars have global magnetic fields, although the interaction of the solar wind with their atmospheres does produce what scientists call an “induced magnetosphere.” Around these planets, the atmosphere deflects the solar wind particles, causing the solar wind’s magnetic field to wrap around the planet in a shape similar to Earth’s magnetosphere.

What About Beyond Our Solar System?

Outside of our solar system, auroras, which indicate the presence of a magnetosphere, have been spotted on brown dwarfs – objects that are bigger than planets but smaller than stars.

There’s also evidence to suggest that some giant exoplanets have magnetospheres. As scientists now believe that Earth’s protective magnetosphere was essential for the development of conditions friendly to life, finding magnetospheres around exoplanets is a big step in finding habitable worlds.  

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