Uhh, given the high chances of that backfiring on us, I'm more inclined to put it towards the end of our science session.
If it backfires, we're gonna need time to take care of our mess. Better do it now, so we don't miss lunch?


"By the way, Mami," you say as you thread through the thin crowds it's still early, and Mami's guiding you on a walking route to school as opposed to taking the bus today.
Punctuation? I'm always a tiny bit nervous trying to find typos since I don't actually get the chance to talk english.


"How was your weekend?" Madoka asks brightly.

Hoo boy. You had a feeling that she'd ask that. You smile, and try to deflect it. "Not bad! I hear you went shopping with Sayaka and Madoka again on Sunday?"

Mami nods. "We did! Sayaka still needed to buy more things, after the-" her smile falters for a second, "-fire. But we've gotten almost everything."

"That's great to hear," you say, smiling. "She's staying with Hitomi right now, right?"
I'm confused. Are we answering Madoka here or somebody else? And Mami's answering us? Haven't we been attached at the hip?
 
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Word of caution: Before we go converting grief into energy or into any form of possibly volatile substance, please re-read the following What-if scenario:
Things as they could have been, had you wished to have the ability to fix things.
This is also a warning.
You'd've gotten what was basically localized reality warping in a 5 meter radius, with the limitation that the more magical something is, the harder it is to affect. And had you been a little careless with your power... Well, I'd had this written up in anticipation.
You reach past the glittering clouds of probability, and find the particle-waves. There is beauty in the whirling clouds on their endless dance, and it distracts you for a moment. But then you push on, bearing down with your will, and the particles waver.

Anticipation stretches your face into a feral grin, and you clench your hand.

The particles flip.

Too late, you see your mistake.

You overreached.

Millions, billions, trillions, are chump change compared to what you do. What you can do.

Antimatter blooms out of thin air, out of the fabric of the pavement, of the surroundings at your command. Nearly a kilogram, all told, none of which takes kindly to finding itself surrounded by ordinary matter. There is a brief moment of conflict at the subatomic level, to the mutual demise of both matter and antimatter.

Just over half the energy is wasted as proton and antiproton annihilation creates charged pions which evaporate harmlessly into muons and neutrinos. Mass-energy equivalence is a harsh mistress, however, and half of forty megatons of TNT equivalent is still a lot of energy. Waves of gamma rays and other, more exotic particles sleet out, more than enough to superheat the air past the temperature of the sun.

You are, briefly, at the center of a nuclear fireball that rockets up to millions of degrees Kelvin in a split second, before magically toughened flesh is stripped from bone and the bone ablates to dust. By some quirk of magic, your Soul Gem lasts a little longer before it melts to slag.

Not much longer, really.

Not even a microsecond.

The blast wave ripples out at over ten times the speed of sound, hammering buildings and unfortunate people out in the street with impunity. Glass, concrete, and steel fare poorly, and skyscrapers crumble.

There's a moment for Homura to flinch at the sudden, unbearably bright light that sears her back and ignites her hair before the blast wave hits. Her magically enhanced body is tough enough not to be immediately pulped, but her impact against the wall is enough.

Madoka happens to be unlucky enough to be looking in the direction of the old industrial district. Her eyeballs burn out in the titanic flash of light, but it's hardly a concern when the school building collapses, entombing her, Mami and Sayaka besides.

Minutes later, a small, white alien manifests a hardened body, and observes the mushroom cloud rising over the ruins of Mitakihara. Crashes and rumbles reach its auditory organs as buildings continue to crumble in the aftermath. Perched on a piece of steel barely identifiable as the warped and melted remains of an I-beam, it tilts its head in a learned behaviour and considers the situation. Insofar as it can be said to have emotions, it is surprised, or rather, one of the anomalies that had been plaguing it had decisively resolved itself, along with two others, in a way that had been considered to have a low probability of occurring.

The Incubator hops off the I-beam and vanishes. The repercussions of this event will reverberate around the world, leaving it and its ilk with plenty to do in the coming months and years.

I had more than a few meta and in story reasons to have done this... Some of them still apply, even.

So, I suggest that we create some highly durable materials first that we can use as our testing chamber to prevent any accidents, okay?
 
The grief-to-power conversion is potentially incredibly valuable, but we also haven't got the slightest idea how dangerous it might be.
So, experimental protocol - I suggest we start off by taking a sand-grain's worth of grief, halving it, halving that, moving it to the edge of our control radius, and then trying to convert it to light.
If it's inconclusive, we can scale up. If we start out trying something ambitious and flashy and convert ourselves to a diffuse cloud of energetic plasma in the process, we'll be unable to scale down. :V
 
The grief-to-power conversion is potentially incredibly valuable, but we also haven't got the slightest idea how dangerous it might be.
So, experimental protocol - I suggest we start off by taking a sand-grain's worth of grief, halving it, halving that, moving it to the edge of our control radius, and then trying to convert it to light.
If it's inconclusive, we can scale up. If we start out trying something ambitious and flashy and convert ourselves to a diffuse cloud of energetic plasma in the process, we'll be unable to scale down. :V
Instead of moving it <100m away, encase in a mini-grief fortress.
 
If it backfires, we're gonna need time to take care of our mess. Better do it now, so we don't miss lunch?
Yeah, exactly. Depending on how badly it backfires it could put the kibosh on further experiments today, so I'd rather get the important experiments out of the way first brefore moving on to something that can take up the rest of our time.
 
Whatever vote comes up, I'd like these lines put in. Not completely sure how to go about Hildegarde. Should we practice up on Enchantment before proceeding or try to infuse the Seed with magic now?

[] Careful examination. Inspect and compare all three grief seeds in your possession.
[] Carefully refill Aurora to an 'unused' state. Pay EXTREME attention to how the grief seed is compressing grief. This is an effect you'll want to duplicate.
[] Empty Aurora to half capacity. Have it make contact with Mami's seed. If nothing happens, empty Aurora to one quarter. Make contact again. Check for any kind of transfer between the two seeds.
 
Yeah, exactly. Depending on how badly it backfires it could put the kibosh on further experiments today, so I'd rather get the important experiments out of the way first brefore moving on to something that can take up the rest of our time.
I guess that would be a good reason to miss lunch with Mami.

Delimpeting efforts on-line.

Might miss that talk with Homu, too.
 
The grief-to-power conversion is potentially incredibly valuable, but we also haven't got the slightest idea how dangerous it might be.
So, experimental protocol - I suggest we start off by taking a sand-grain's worth of grief, halving it, halving that, moving it to the edge of our control radius, and then trying to convert it to light.
If it's inconclusive, we can scale up. If we start out trying something ambitious and flashy and convert ourselves to a diffuse cloud of energetic plasma in the process, we'll be unable to scale down. :V
Point of order: even a quarter of a single grain of sand could release energy in the giga or tera joule range, if its full mass is converted into energy.
 
Without looking, without breaking step, Homura reaches behind her, hooking her fingers through her hair and snapping her hand straight out. Her luxurious mane of raven black tresses flows through her hand like a midnight black waterfall, rippling and glistening in the obliging breeze that chooses to blow at this particular moment.

"Of. Of..." Sayaka stammers, and trails off, eyes wide.

Mami is giving Homura's hair a narrowed, calculating look.

Madoka seems utterly awed, eyes as wide as dinner plates.

"Damn it," Sayaka mutters in a very small voice, fingering a lock of her own blue hair.

"Yeah," you grunt. "You're doing that on purpose," you accuse Homura.
Hah. Homura owns everyone without even trying.
 
Point of order: even a quarter of a single grain of sand could release energy in the giga or tera joule range, if its full mass is converted into energy.
Since we can compress grief, to an extent, could we maybe do the opposite? Then we could try and take the minimum amount of grief possible for the energy experiment.
 
Cannongerbil, I'd rather not accidentially UBERWITCH and hold that a distinct possibility, on the other hand, SCIENCE ! is always good... Say , what do y'all think would happen if someone uses heavy-duty healing magic on an emptied seed?
 
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Since we can compress grief, to an extent, could we maybe do the opposite? Then we could try and take the minimum amount of grief possible for the energy experiment.
Mass to energy conversions are insanely dangerous. I'd be edgy about trying it even under the circumstances you described, especially since we're dealing with a weird form of matter that is harvested for the energy it holds in order to reverse universal entrophy; e = m c^2 may not apply to solidified grief.
 
So what do we need for science today?
Transportation, violence or something else?
Insight.

Mass to energy conversions are insanely dangerous. I'd be edgy about trying it even under the circumstances you described, especially since we're dealing with a weird form of matter that is harvested for the energy it holds in order to reverse universal entrophy; e = m c^2 may not apply to solidified grief.
Well yeah, but it's been on the science list for so long... We could use the rest of our grief mass to contain a possible explosion? That would be an sphere of solid grief about 3 meters in diameter?
 
Insight.


Well yeah, but it's been on the science list for so long... We could use the rest of our grief mass to contain a possible explosion? That would be an sphere of solid grief about 3 meters in diameter?
And what if the explosion releases a significant portion of its energy in the form of (say) gamma radiation, or something weirder that conventional matter doesn't easily block? Just because something's been on the science list for a long time doesn't make it a good idea.
 
Vote building continues...

[] Converting grief into energy:
-[] Take a small grain of grief.
-[] Form a thick protective transparent dome around the grain.
-[] Form a transparent wall to protect yourself.
-[] Attempt to convert the grain into energy.
[] Carefully refill Aurora to an 'unused' state. Pay EXTREME attention to how the grief seed is compressing grief. This is an effect you'll want to duplicate.
[] Empty Aurora to half capacity. Have it make contact with Mami's seed. If nothing happens, empty Aurora to one quarter. Make contact again. Check for any kind of transfer between the two seeds.
 
With all the science stuff we want to try out, what if we vote with an [ ] at the stuff we want to do, give it a dozen hours, run vote tally, see whatthe majority likes, then create a Frankenvote?

For one I gree with Mura's:
[] Careful examination. Inspect and compare all three grief seeds in your possession.
[] Carefully refill Aurora to an 'unused' state. Pay EXTREME attention to how the grief seed is compressing grief. This is an effect you'll want to duplicate.
[] Empty Aurora to half capacity. Have it make contact with Mami's seed. If nothing happens, empty Aurora to one quarter. Make contact again. Check for any kind of transfer between the two seeds.

For me I'd like to:

[ ] Transmute the toughest material you can make with grief. Tough in the "can withstand a kiloton explosion" levels.
[ ] Stress test it with solidified grief to see which is more resistant to damage
[ ] Use whichever is better and create a testing chamber with it.

Because not only does it coincide with our MatSci studies, it will also help so we won't accidentally the whole Mitakihara and all named characters.

Edit: It could also help contain any witches we accidetnally re-hatch, or abominations we create.
 
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And what if the explosion releases a significant portion of its energy in the form of (say) gamma radiation, or something weirder that conventional matter doesn't easily block? Just because something's been on the science list for a long time doesn't make it a good idea.
Conventional?

We could experiment with grief first, maybe we can add properties to it at a whim. We could maybe will it to block any and all forms of radiation we can think of. Maybe it already does.
 
Vote building continues...

[] Converting grief into energy:
-[] Take a small grain of grief.
-[] Form a thick protective transparent dome around the grain.
-[] Form a transparent wall to protect yourself.
-[] Attempt to convert the grain into energy.
[] Carefully refill Aurora to an 'unused' state. Pay EXTREME attention to how the grief seed is compressing grief. This is an effect you'll want to duplicate.
[] Empty Aurora to half capacity. Have it make contact with Mami's seed. If nothing happens, empty Aurora to one quarter. Make contact again. Check for any kind of transfer between the two seeds.
If you really have to put in a vote for grief-to-energy conversion, we need far more protection than that, and a far smaller piece of grief to use (orders of magnitude smaller).
Conventional?

We could experiment with grief first, maybe we can add properties to it at a whim. We could maybe will it to block any and all forms of radiation we can think of. Maybe it already does.
Conventional in this case meaning 'interacts with energy in accordance to the laws of physics'.

I think that adding properties to grief is worth trying, although how we'd test it for something like radiation I'm not sure. And without knowing for certain that it works, I'd be very hesitant of relying on it for containment purposes.
 
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