Isekai Yakkyoku - Ch. 61 - Patient and Pharmacist, Older and Younger Brother

[ryuumajin]

DON'T PUT A FLAG THERE YOU LITTLE---

 

[anonaddict]

somehow slightly disappointed manga mentions only three states of matter

Spoiler: pulled from vedantu

How many states of matter are there in total?​

Hint: Generally, we only know the four fundamental states of matter i.e., solid, liquid, gas and plasma. But there are several other states of matter which have been found theoretically and very few experimentally in space and time.

Complete step by step answer:
Considering all the studies that have been done till today, there are 22 states of matter in total described below:
Solid: a solid holds a definite shape and volume without a container and its particles are held very close to each other.
Liquid: a liquid is the state of matter which does not have a definite shape but has a definite volume and its volume does not change when pressure is applied to it.
Gas: it conforms to the shape of the container as well as it expands to fill it.
Plasma: plasma is the state of matter which has free particles that are charged, for example, electrons or any type of ions either positive or negative. They can generate the magnetic or electric field by themselves and thus respond well in the electromagnetic system.
Excitonium: this state of matter is made up of particles called excitons, which are formed by the process of quantum mechanical pairing. These are integers which obey Bose statistics in the low-density limit.
Electron degenerate matter: these are found in the core of the stars called a white dwarf. In this, the electrons are very strongly bonded to the atoms but are transferable to adjacent atoms.
Neutron degenerate matter: in this the fermions i.e., neutrons are found in the neutron stars and by the process of beta decay the electrons are forced to bond with the protons.
Strange matter: these are also found in the core of neutron stars. It is one of the forms of quark matter with up, down and strange quarks which are assumed to occur in neutron stars.
Photonic matter: inside a quantum nonlinear medium, there are photons which act like they have some mass and interact with one another and result in the formation of photonic molecules.
Quantum spin hall state: it is only a theoretical phase of matter derived from the quantum hall state of matter.
Bose-Einstein condensate: in this state of matter, there are several bosons which behave like a single wave or particle due to the same and collective quantum state of all the bosons.
Fermionic condensate: in this state, any two fermions behave as bosons and then these pairs enter the same quantum state without any kind of restriction.
Superconductivity: when certain substances are cooled below a critical temperature, there occurs a state of zero electrical resistance and expulsion of magnetic fields.
Superfluid: this is one of the kinds of cryogenic liquid, but at an extreme temperature where they face zero resistance against their flow.
Supersolid: it is similar to the superfluid in that it does not have to face any restriction in motion but it retains a rigid shape all the time.
Quantum spin liquid: it is a disordered state where quantum spins interact with each other and maintain a disorder to very low temperatures.
String net liquid: have closed loops, obeying the branching rules
Dropleton: quasiparticles which behave like the liquid.
Time crystal: a space-time crystal which changes its structure in space as well as time.
Rydberg polarons have large atoms at very low temperatures.
Quark gluons plasma: high energy state in which quarks are free to move and exist independently.
Rydberg matter: exotic phase, which is formed by the Rydberg atoms only.

Note: Solid, liquid, gas and plasma are called the four fundamental states of matter. Superfluid, Bose-Einstein condensate, Fermionic condensate, Rydberg molecule, Quantum Hall state, Photonic matter, Dropleton are called the low-temperature states. Electron degenerate, neutron degenerate, strange matter, quark matter are called high energy states.

out of scope, none of the other states have relevance for medicine and it would massively complicate explanation with no benefit. thats why we still teach newtonian mechanics

 

[Romisterie]

Oh wait, his name is Farma, like "Pharma". Didn't make that connection til now.

And his brother sounds like "Pill" as mentioned in past chapters. Their family name is "Medici" not to be confused with House Medici in real life(They are a banking and political family)

 

[DigitalCielo]

somehow slightly disappointed manga mentions only three states of matter

Spoiler: pulled from vedantu

How many states of matter are there in total?​

Hint: Generally, we only know the four fundamental states of matter i.e., solid, liquid, gas and plasma. But there are several other states of matter which have been found theoretically and very few experimentally in space and time.

Complete step by step answer:
Considering all the studies that have been done till today, there are 22 states of matter in total described below:
Solid: a solid holds a definite shape and volume without a container and its particles are held very close to each other.
Liquid: a liquid is the state of matter which does not have a definite shape but has a definite volume and its volume does not change when pressure is applied to it.
Gas: it conforms to the shape of the container as well as it expands to fill it.
Plasma: plasma is the state of matter which has free particles that are charged, for example, electrons or any type of ions either positive or negative. They can generate the magnetic or electric field by themselves and thus respond well in the electromagnetic system.
Excitonium: this state of matter is made up of particles called excitons, which are formed by the process of quantum mechanical pairing. These are integers which obey Bose statistics in the low-density limit.
Electron degenerate matter: these are found in the core of the stars called a white dwarf. In this, the electrons are very strongly bonded to the atoms but are transferable to adjacent atoms.
Neutron degenerate matter: in this the fermions i.e., neutrons are found in the neutron stars and by the process of beta decay the electrons are forced to bond with the protons.
Strange matter: these are also found in the core of neutron stars. It is one of the forms of quark matter with up, down and strange quarks which are assumed to occur in neutron stars.
Photonic matter: inside a quantum nonlinear medium, there are photons which act like they have some mass and interact with one another and result in the formation of photonic molecules.
Quantum spin hall state: it is only a theoretical phase of matter derived from the quantum hall state of matter.
Bose-Einstein condensate: in this state of matter, there are several bosons which behave like a single wave or particle due to the same and collective quantum state of all the bosons.
Fermionic condensate: in this state, any two fermions behave as bosons and then these pairs enter the same quantum state without any kind of restriction.
Superconductivity: when certain substances are cooled below a critical temperature, there occurs a state of zero electrical resistance and expulsion of magnetic fields.
Superfluid: this is one of the kinds of cryogenic liquid, but at an extreme temperature where they face zero resistance against their flow.
Supersolid: it is similar to the superfluid in that it does not have to face any restriction in motion but it retains a rigid shape all the time.
Quantum spin liquid: it is a disordered state where quantum spins interact with each other and maintain a disorder to very low temperatures.
String net liquid: have closed loops, obeying the branching rules
Dropleton: quasiparticles which behave like the liquid.
Time crystal: a space-time crystal which changes its structure in space as well as time.
Rydberg polarons have large atoms at very low temperatures.
Quark gluons plasma: high energy state in which quarks are free to move and exist independently.
Rydberg matter: exotic phase, which is formed by the Rydberg atoms only.

Note: Solid, liquid, gas and plasma are called the four fundamental states of matter. Superfluid, Bose-Einstein condensate, Fermionic condensate, Rydberg molecule, Quantum Hall state, Photonic matter, Dropleton are called the low-temperature states. Electron degenerate, neutron degenerate, strange matter, quark matter are called high energy states.

The circle of knowledge in the world they're in would be too small to explain more. It's not like as if those other states will be usable in the moment. The basic 3 will more than suffice for the purposes of his explanation of changing a gaseous state of oxygen to liquid. Also we're talking about a pharmacist not a physicist nor chemist, it's not his area of expertise to go about explaining the other states anyway.

 

[hythae]

@anonaddict @DigitalCielo

i simply hope he sooner rather than later makes papers that introduces the vast applications of plasma at least since it includes medicinal purposes. i dont expect pharma to mention something like an mri machine.

since he is haunted by the memories of losing his sister to brain tumor he should still be completely against the stagnation of innovation so he has plenty of reason to do so.

can do it later? possibly. but his missing shadow and occasional translucency is worrisome.

 

[finalm]

"Time to do my best at recovering then!"

He's already dead isn't he?

The only death flag missing (so far) is "when I get better, I'm getting married!".

 

[T-sama]

The only death flag missing (so far) is "when I get better, I'm getting married!".

There's also flag that's he was gonna retire too, but he's too young for it lol

 

[albirew]

Oh wait, his name is Farma, like "Pharma". Didn't make that connection til now.

Pharma de medicis (medicis being doctors in latin)
Palle => pale/sick
Blanche => french for white
etc.

 

[fight2live]

that last page had me like

 

[dcipher5]

Why was he so shocked to see the depiction of the godess? Shouldn't he be familiar with it by now?

I don't think so because the church glowes when he enters very hard to look around when everything's shininng

 

[anonaddict]

@anonaddict @DigitalCielo

i simply hope he sooner rather than later makes papers that introduces the vast applications of plasma at least since it includes medicinal purposes. i dont expect pharma to mention something like an mri machine.

since he is haunted by the memories of losing his sister to brain tumor he should still be completely against the stagnation of innovation so he has plenty of reason to do so.

can do it later? possibly. but his missing shadow and occasional translucency is worrisome.

its still very niche compared to his projects so far. stuff like introducing penicilin or revealing existence of bacteria. he has limited time and no infrastructure support for inventions. even simple tasks like lens productions was a pretty substancial effort of having to travel around between craftsmen. thats also why he has set up lectures to increase the number of available hands available who understand at least the basics. once more people have a solid foundation he can start assigning differerent more specialized tasks to different groups. if he has a couple grad students he can explain an experiment to them and let them deal with practical challenges then once they have a setup he can evaluate it and point out issues then send them off again to fix problems that arise. that way he can serve as advisor for dozens of project at once

 

[hythae]

its still very niche compared to his projects so far. stuff like introducing penicilin or revealing existence of bacteria. he has limited time and no infrastructure support for inventions. even simple tasks like lens productions was a pretty substancial effort of having to travel around between craftsmen. thats also why he has set up lectures to increase the number of available hands available who understand at least the basics. once more people have a solid foundation he can start assigning differerent more specialized tasks to different groups. if he has a couple grad students he can explain an experiment to them and let them deal with practical challenges then once they have a setup he can evaluate it and point out issues then send them off again to fix problems that arise. that way he can serve as advisor for dozens of project at once

ye thats the sad part. 61 chapters in and farma didnt really explore things he wasnt already familiar with.

its a whole new world that can have all kinds of weird flora and fauna
then theres magic that even farma acknoweldged as not bogus which seems to be mainly astrology and divine arts but theres others that have been mentioned like prayer(faith?) and numerology

of course i dont expect him to research those other branches himself but i would have liked to see him talking and actively working together with other experts that are

ultimately it wouldve made more sense to drop seeing patients himself and focus on just research and lectures even if its out of character. also may help reduce dying to overworking again

.....but then that wouldnt be much of an entertaining manga huh which means at this point im just venting hahahhaha....

 

[Baddtraxx]

thats a death flag...

 

[kaorihikari]

Wait, the medicine god is female? I thought every time they've been mentioned they've been referred to as male

Usually called non gendered pronoun in JP. You couldn't do that in ENG so it's usually a "He" until discovered.

 

[Yankun]

Slaps the helping hand
"Get your hands off me, peasant!"
Dies

"Stop being humble"? Sure. But you'll have to stop being a dick in exchange and accept the fact everything your brother does is to help you.

In the first case, Palle didn't know what his brother was doing and simply saw a hand on his face.
Bruno said it ealier on: "it only looks as if you are holding out your hand".
These people barely knew of microorganisms even after them being introduced more than 2 years later. What makes you think being able to breath normally since the air around his mouth and nose is nothing but oxygen could be easy for him to understand without explanations?

In the second case, have you seen someone who helps you profoundly yet is discrediting him/herself profoundly as well?
It's frustrating to be saying the least.
And in this case, Farma is being close to negative on what he did, despite the fact no medicine or oxygen can be administered without him jumping up at the sound of his brother choking to death. That is not mentioning how he casted a spell to boost the medicines' effectiveness as well as his brother's vitality. Discrediting himself after all that, on top of recognizing the condition, planning the treatment, convincing his brother to take the treatment, keeping the needed condition for the treatment, etcetera, is a bad habit and will cause mental problem for Farma himself. Well, by the look of it, that already happened. Yakutani Kanji did die once from that condition.
Even if his understanding was not that advanced on the matter, Palle risked his own life for his brother there in that moment. And that's him being a dick?

 

[Yankun]

Wait, the medicine god is female? I thought every time they've been mentioned they've been referred to as male

The previous (and pretty much the only recorded) iteration of the deity (god/goddess) of medicine was recorded to be a young girl (chapter 49, page 13).
So yeah, that's going to be the iteration people remembers. Even the statue of the deity, as seen in chapter 58, is a very feminine looking statue.

Thus, the translation choices do make sense.

 

[Yankun]

Usually called non gendered pronoun in JP. You couldn't do that in ENG so it's usually a "He" until discovered.

To be fair, "they" is now used as a gender neutral pronoun in English for both plural and single subjects.
But yeah, deities have a tendency to be "god" instead of "goddess" for quite some times now. No reason to assume the deity was a female before clear indications.