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[TEXT+ ACTION] A Puzzle of Flesh | Pre-Halloween Party
Good Morning,
I will try to keep this as brief as I can so that you all may resume your daily activities.
Over the past several weeks β or rather, months at this stage, I have been curious about our diverse group now living on this station. Some hail from different versions of Earth, while some come from another galaxy. I believe those of you who were with us on the first mission on Gyeongje are aware of how tricky it is to go about the rest of the mission when part of your crew has succumbed to an infectious pathogen.
Now, Iβm no medical expert by any stretch of the imagination. However, I believe we can collect important data around the properties of our blood and its practical application if the occasion may arrive: transfusions, antibodies, tissue therapy, on top of different numerical applications in biomedical engineering. I will do you the favor by sparing you the gritty details, but whatβs most important is that I can collect perhaps a small sample size. All simple prick of the finger will be more than plenty for this venture.
If any of you would like to volunteer, please stop by the lab.
Ah. And please enjoy yourselves with the remainder of the festivities. Try not to ruin your regular sleep schedules by consuming too much sugar.
{ACTION} AT THE LAB - During the Halloween Party
[The howling of laughter can be heard prominently from this side of the lab. It was quite nice listening to the others having a little fun as he worked in front of the computer screen. So much work, so little time before they are dispatched onto the next mission. He has to make sure he gets this right. To successfully obtain two orbs with no fatal casualtiesβ¦
The margin of error can be calculated in two ways, depending on whether you have parameters from a population or statistics from a sample: Margin of error = Critical value x Standard deviation for the population.
His pale fingers glide across the keyboard, a tint of blue light is splashed across his face. The engineer is stepping into fresh territory. Something out of his typical comfort zone. How well this will all pan out? Hermann allowed for that margin of error of 0.57% to be his guide.
His right-hand reaches to the side to grab his lukewarm coffee. He perches the cup to his lips with his eyes not leaving the screen for a second.
Another rupture of laughter. He smiles to himself. Music to his ears.
How longβ¦How long will this last?
Another headache is coming on. Hermann sets his cup to the side so he can start massaging his temples.]
I will try to keep this as brief as I can so that you all may resume your daily activities.
Over the past several weeks β or rather, months at this stage, I have been curious about our diverse group now living on this station. Some hail from different versions of Earth, while some come from another galaxy. I believe those of you who were with us on the first mission on Gyeongje are aware of how tricky it is to go about the rest of the mission when part of your crew has succumbed to an infectious pathogen.
Now, Iβm no medical expert by any stretch of the imagination. However, I believe we can collect important data around the properties of our blood and its practical application if the occasion may arrive: transfusions, antibodies, tissue therapy, on top of different numerical applications in biomedical engineering. I will do you the favor by sparing you the gritty details, but whatβs most important is that I can collect perhaps a small sample size. All simple prick of the finger will be more than plenty for this venture.
If any of you would like to volunteer, please stop by the lab.
Ah. And please enjoy yourselves with the remainder of the festivities. Try not to ruin your regular sleep schedules by consuming too much sugar.
{ACTION} AT THE LAB - During the Halloween Party
[The howling of laughter can be heard prominently from this side of the lab. It was quite nice listening to the others having a little fun as he worked in front of the computer screen. So much work, so little time before they are dispatched onto the next mission. He has to make sure he gets this right. To successfully obtain two orbs with no fatal casualtiesβ¦
The margin of error can be calculated in two ways, depending on whether you have parameters from a population or statistics from a sample: Margin of error = Critical value x Standard deviation for the population.
His pale fingers glide across the keyboard, a tint of blue light is splashed across his face. The engineer is stepping into fresh territory. Something out of his typical comfort zone. How well this will all pan out? Hermann allowed for that margin of error of 0.57% to be his guide.
His right-hand reaches to the side to grab his lukewarm coffee. He perches the cup to his lips with his eyes not leaving the screen for a second.
Another rupture of laughter. He smiles to himself. Music to his ears.
How longβ¦How long will this last?
Another headache is coming on. Hermann sets his cup to the side so he can start massaging his temples.]