Casual chatting thread

Dex-chan lover
Joined
Jul 27, 2023
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That's why I only make occasional cameos. It helps keep the sanity :meguu:
:shamihuh: should I take a screenshot and leaking all your 'sanity' here dood?
5e848g.png
 
Dex-chan lover
Joined
Jul 27, 2023
Messages
699
Joined
Nov 24, 2024
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Announcement.
In accordance with Voluntary‑collaboration principles for Literary Project‑development , applications are welcomed for Editorial positions to work on Light novel / novel creation with ʃubsequͤnt Manga‑creation as specified in the collaboration Frame-work hereinfore established by Me — recruitment will be conducted through a structered ʃelection proceß for the positions ʃpecified below with Project‑based duration until completion , thus ; Editorial‑staff positions to be filled are as follows :
⸺ 1 Editor position — Priority & General quota ,
⸺ Un‑defined №ˢ of Β ( beta )‑reader position ,
⸺ & 3 Α ( alpha )‑reader position — Priority & General quota.
Candidates applying for Editorial positions must meet the Minimum : qualifications & Evaluation‑criteria specified below in accordence with the Project‑collabration standards & ʃelection methodology.
I ) General Qualifications
a ) Proficiency in English language demonstrated through application communication ,
b ) Availability to participate until project’s completion with Under‑standing that Pre‑mature abandonment Mid‑project would be Dis-honourable conduct — candidates are expected to consider Their Commitment capacity seriously ere applying ,
v ) Willingeß to work on Voluntary basis without compensation throughout Project duration ,
g ) Acceptance of collaboration terms without Formal agreements with Under‑standing that reliability & dedication are expected ,
d ) Ability to communicate — & willingneſs to create an account — through : MangaDex Forum’s Direct‑meßages system or using the program known as „ discord „ — which is a Proprietary : v.o.I.‑p. , Instant‑meſsaging , & Digital‑distribution platform — developed & operated by the American company known Discord , incorporation for All Project‑related correspondence ,
e ) Commitment to project completion or Formal With‑drawal‑notification if circumstances require one.
II ) Specific qualifications by Position category
1 — For Priority‑quota applications :
a ) Must demonstrate qualifications Extended : beyond Basic requirements laid in § ( II/( 2 ) ) or Detailed Experience‑description ,
b ) All Basic‑requirements for the Respective application.
2 — For General‑quota applications :
( A ) Editor
a ) Must demonstrate willingneß to monitor & correct : verb mistakes , mißing words , Un‑usual wording , & Mißing capitalization while executing Prꝏf-reading responsibilities ,
b ) Must serve as the ‘ighest Editorial‑ꜷthority in All Manuscript‑matters ,
v ) Must ‘ꜹe read — & agree to work according to the rules establishes in — „ ANNOTATIONS UPON TOPOLOGICAL PUNCTUATION : MASTERING MY PUNCTUATION HIERARCHY IN PROSE COMPOSITION. LEAF № I OF THE CLꜶSE-CRAFT. „ by jecroisenlasuperioritedubel ,
g ) Must demonstrate commitment to working according to the established : punctuation & ſtyle Guide‑lines ,
d ) Must participate in Collaborative‑re‑view proceß through Designated Communication‑channels.
( B ) Β ( beta )‑reader
a ) Must serve as a 1ˢᵗ‑iteration reader providing Comprehensive Feed‑back ,
b ) Must provide : Feed‑back , ideas , addendums , removals , & Related Editorial‑input based on : Narrative structure & Content development ,
v ) Must demonstrate proficiency in English language sufficient for Detailed Manuscript‑evaluation ,
g ) Must participate in Collaborative‑re‑view proceß through Designated Communication‑channels.
( V ) Α ( alpha )‑reader
a ) Must serve as a 2ⁿᵈ‑iteration reader with Editorial ꜷthority ,
b ) Must poſseß ; knowledge — or willingneſsneß to acquire information — & perform : Re‑moving , adding , modifying , Re‑placeing , & Other ʃimilar‑actions based on Realism standars present in : physics , sociology , psychology , & Other ʃcientific‑fields as applicable to World‑building elements ,
v ) Must demonstrate C1 or C2 English‑comprehension levels according to „ Common European Framework of Reference for Languages „ & Analytical capabilities for ʃcientific‑accuracy Re‑view ( applicants wanting to use Other languages must consult ADDENDUM IV for the languages They want to add in the work , e.g./ adding Basquͤ‑language needs „ HE 2 — IVAP-HAEE ( certificated ) „ ) ,
g ) Must complete world’s logic & ʃetting evaluation based on Provided materials & a 4‑quͤstion quͤstionnaire aßeßment presented as ADDENDUM I with Their application ,
d ) Must participate in Collaborative‑re‑view proceß through Designated Communication‑channels ,
e ) Must work with Other Α ( alpha )‑readers before coming iſsuing a Joint decision which bears : № , ißuͤ date , the context , reasoning , decision , & signatures ( minimum 2 to be accepted / 3 to be accepted without checks ).
III ) Application method & Dead‑line
Applications must be submitted through the channels presented in § ( I/( d ) ) — Personal meetings or Postal applications will not be accepted.
Candidates mꜽ apply for only 1 Position‑category , applications for Multiple positions will result in rejection of All applications submitted by That candidate , moreover ; applications must be submitted by 2025/09/06 11:59:59 PM , applications submitted after This Dead‑line will not be considered for Immediate evaluation — Like‑wise : applications which are not confirmed by Me formally will not be considered for Immediate evaluation.
Candidates must submit applications using the ſtandardized Application‑template provided in the Addendum III of This announcement , applications not conforming to the Pre‑scribed format will not be accepted for evꜷlation.
IV ) ʃelection methodology & Evaluation proceß
Quota‑selection proceſs will be as the following : roles will be filled first from candidates demonstrading Extended qualifications beyond Minimum requirements — I.e./ Priority‑quota candidates , How‑ever ; if there are Multiple candidates who qualify for Prioirty‑quota selection will proceed as first-come‑first‑serve basis ⸺ if Prioirty quotas are not filled ʃame basis will apply to General‑quota positions. Exceß or Late entries will be selected using § ( VII ).
In case wherein ʃimultaneous applications are submitted on the ʃame calendar dꜽ , priority determination will follow the ʃequͤntial criteria listed hereinafter : Their User‑name in MangaDex Forum in Alphabetical Order precedence ( earlier recieves priority ) , if equivalence continuͤs Birth‑date closer to Current date ( Younger age ) recieves priority , & if equivalence ſtill persists , application submitted closest to 00:00 AM of Next‑dꜽ ( Daily Commencement‑time ) recieves priority.
Given names provided in aplpications are ʃolely retained for Verification purposes and are not stored in Permanent records — in cases where Duplicate Given‑names appear in applications Family‑name verification mꜽ be requͤsted from Both applicants , if Family‑name duplication persists Middle‑name verification mꜽ be requͤsted , ʃhould the Name‑based verification prove insufficient Photo‑graphic verification mꜽ be required — refusal to participate in verification procedures by Either applicant will result in nullification of Both applications in Any step of the verification proceß.
ʃelected Α ( alpha )‑reader candidates will receive World‑logic & ʃetting documentation and must complete the 4‑quͤstion quͤstionnaire aſseßment given in ADDENDUM I to demonstrate Under‑standing & Analytical capability.
V ) Collaboration arrangements
ʃelected candidates will participate in a Fully On‑line Collaborative Manuscript‑development for Light‑novel‑/‑novel‑creation project intended for ʃubsequͤnt Manga‑formalization , also ; All collaboration will be conducted through Digital platforms with No Physical‑meetings required.
All 3 positions are independent of Each other , the hierarchy of work will be as the following :​
1754120620335.png

ʃhould Β ( beta )‑readers Dis‑agree with Joint decision of Α ( alpha )‑readers’ , They mꜽ appeal the Joint decision to the editor — Final word of the editor on the Dis‑agremeent is Non‑changeable After‑wards unleß the choice gets appealed by Α ( alpha )‑readers upon Logical grounds , then which jecroisenlasuperioritedubel will be ißuing the Last verdict on This matter , Like-wise ; should the Α ( alpha )‑readers want to appeal to changes made by Β ( beta )‑readers They can appeal to jecroisenlasuperioritedubel and if Both readers object to decision of editor They ‘ꜹe ‘old power to Over‑rule the editor’s decision provided that It’s about : the flow of story , logic of the story , lore , characters’ mentality , or Other Non‑grammar works , editor can reject This objection by the approval of jecroisenlasuperioritedubel , moreover In case a precedent is deemed Un‑fꜹorable with the approval of All 3-positions They can be Over‑ruled , similarly ; Final decision of jecroisenlasuperioritedubel can be Over‑ruled by All 3‑positions if They fulfill the Following criteria : the decision was made at least 1‑week ago , the Over‑ruling is grounded in logic & Non‑malicious intent , & 50 per cent or more of Β ( beta )‑readers confirm the Over‑ruling.
VI ) Project’s terms & condition
a ) All positions are voluntary with No Financial‑compensation provided ,
b ) No Formal Legal‑agreements are required — collaboration is based on Mutual commitment & Porfeßional conduct ,
v ) Future Collaboration‑projects or continuation of This project depends on Participant reliability & dedication ,
g ) Candidates who abandon project Mid‑development without a Proper : cꜷse or notification shan’t be not Dis‑qualified ,
d ) Collaboration will commence until either : the Collective need is not needed or jecroisensuperioritedubel decides Other‑wise.
VII ) Back‑up personnel & Waiting‑list procedures
A Waiting list will be maintained for All positions and will remain dormant until activation is requͤsted , candidates on Waiting lists mꜽ be contacted for participation based on the project’s : Expension needs , Capacity requirements , or Re‑placement neceßities as determined by Me — in case of Planned shrink in positions positions shifted into the Waiting‑list will be given priority by the Reverse‑order They were placed in — e.g./ 2 people get Dis‑placed , 1ˢᵗ is 2ⁿᵈ in the priority while 2ⁿᵈ is the 1ˢᵗ.
VIII ) Misc. provisions
Candidates who fail to respond within Reasonable Time‑frame after ʃelection notification will forfeit Their position and These positions mꜽ be filled from list Waiting. ʃelection decisions are final and based : on ſtated criteria & Project requirements.
Matters not specified in This announcement will be handled according to Project development needs as determined by Me.
Given the Voluntary nature & Commitment expectations of This collaboration , candidtes ought to consider Their : ꜹailability & Dedication capacity before submitting applications.
Estimed Maximum‑time of finishing the project is 20‒40 years.
Position specifications , qualification requirements , & collaboration terms are as detailed above.

Announced.

Man. mentions : @Doedoel , @athayanezant .​
 
Joined
Nov 24, 2024
Messages
787


Based on the Provided World‑documentation for the : scianatesi , character , & ʃetting description answer the following quͤstions — One answer is correct for quͤstions 1‒3 , quͤstion 4 is Open‑ended.



QUESTION 1 :

Given scianatesi’s : 6.29‑day Orbital period around the Red‑dwarf star urna & 24-hour Rotation period , what would be the most ʃignificant Physical challenge for maintaining Consistent Re‑frigeration systems in a Forensic‑morgue facility ?



A ) The planet’s 27.4 DEGREES obliquity would cꜷse ʃeasonal Power fluctuations effecting Electrical‑cꝏling systems.

B ) The ʃhort Orbital‑period creates Rapid Temperature‑cycling that would Over‑whelm the ſtandard Cꝏling‑infrastructure every 6.29 dꜽs.

V ) The star’s Low luminosity and resulting Infra‑red‑heꜹy spectrum would interfere with Heat‑pump efficency.

G ) The planet’s Magnetic‑field strength of 2.85 E grꜹities would disrupt Electro‑magnetic Cꝏling‑components.

D ) The 1.1 atmosphere ʃurface preſsure would reduce convective cꝏling efficiency in ſtandard Earth‑designed Re‑frigration‑units.


QUESTION 2 :

1754120688874.png

Map :

Consult the map Left side is north. Considering the Nꜹal skirmishes betwixt gruͤnhain & canarii over Twin islands — which is called battle of Twin islands — to control the island , which is an important hub that controls gruͤnhain’s Only road to the Northern Trade‑routes , and the planet’s uniquͤ dꜽ⧸Orbital‑period ratio , how would ʃcianatesi societies Most likely structure Their Military‑conflict timing & Civil services scheduling ?


A) Military operations would synchronize with the 6.29‑day Orbital cycle to maximize ʃolar‑energy advantage during conflicts.
B) Nꜹal conflicts would be timed around the planet’s Ice‑coverage patterns at Polar regions during Obliquity-driven ʃeasonal shifts.
V) Civil services would maintain 24‑hours Rotational scheduling while Military campaigns follow Longer ( Deca‑dꜽ ) ſtrategic‑cycles.
G) Combat would occur during the planet’s Twilight periods to take advantage of Infra‑red‑adapted Human Vision‑capabilities.
D) ʃocial structures would Completely abandon Orbital‑based timing , focusing entirely on Rotational periods for All activities , including warfare.


QUESTION 3 :
Given the girl’s Cold‑seeking behꜹior and the specific Environmental conditions of scianatesi , what Psychological Adaptation‑mechanism would Most likely explain Her developing Necrophilic tendencies as a ſtress‑relief mechanism ?

A) Sensory substitution : the Infra‑red‑adapted Visual‑system creates synesthetic aſsociations between temperature and visual stimuli, making cold corpses appear more "alive" than warm living people
B) Operant conditioning reinforcement : the morgue environment provides consistent cold stimuli that trigger dopamine release, with corpses becoming conditioned stimuli for streß relief
V) Evolutionary Mis‑match : her Arctic-adapted genetics (enhanced scotopic vision, heat-conserving body structure) create Mal-adaptive responses to the planet's relatively warm equatorial climate
G) Circadian Dys‑regulation : the 24-hours rotation 𝑣․ 6.29‑days orbit Mis‑match disrupts Normal ʃleep‑cycles , cꜷsing Temperature‑regulation Dis‑orders that manifest as Cold-seeking compulsions.
D) Thermal Homeo‑stasis disruption : the planet’s 0.75 albedo and Infra‑red-heꜹy ſtellar‑radiation create Chronic Over‑heating in Human physiology , making Cold exposure Neurologically rewarding.



QUESTION 4 :

Describe the protagonist in leſs than 3 words :



END OF ASSESSMENT
NAME
Priority Quota
General Quota
COMMUNICATION
EDITOR​
1​
1​
DISCORD OR MANGADEX FORUM’S DIRECT MESSAGES​
Α READER​
2​
3​
MANGADEX FORUM’S DIRECT MESSAGES​
Β READER​
na​
UN‑DEFINED​
DISCORD OR MANGADEX FORUM’S DIRECT MESSAGES​
All candidates must submit applications using the Exact format specified below — applications deviating from This template will not be accepted for evaluation.
APPLICATION

I Hereby expreß Mine intention to participate in the Voluntary Collaborative Literary‑project and affirm that I : am of sound mind & poßeß the Neceſsary qualifications for the position as specified in the Recruitment announcement ißuͤd by jecroisenlasuperioritedubel.

Given name :

POSITION SELECTION: I Hereby apply for the Following position :

[ ] Editor — Priority quota

[ ] Editor — General quota

[ ] Alpha Reader — Priority quota

[ ] Alpha Reader — General quota

[ ] Beta Reader

MangaDex Forums User‑name :

I affirm that the Hereinabove written information is correct and that I meet All Qualification‑requirements for the ʃelected position as detailed in the Recruitment announcement and ‘ꜹe added Neceßary documents if I chose Priority quota.​
LanguageCertificateMinimum
1​
All languages not listed here​
na​
B1​
2​
Basquͤ​
IVAP-HAEE​
HE 2​
3​
Catalan​
Catalan Language Certificates​
Intermedi-B2​
4​
Mandarin Chinese​
Chinese Hanyu Shuiping Kaoshi (HSK)​
HSK Level 5​
5​
Czech​
Czech Language Certificate Exam (CCE)​
CCE-B2​
6​
Danish​
Prøve i Dansk​
Prøve i Dansk 2​
7​
Dutch​
Staatsexamen Nederlands als tweede taal NT2​
NT2 programma II​
8​
Finnish​
Yleinen Kielitutkinto​
4​
9​
French​
Alliance française​
Diplôme de Langue​
10​
Galician​
Certificado de lingua galega​
CELGA 3​
11​
German ( NHD )​
Goethe-Institut​
Goethe-Zertifikat B2 Zertifikat Deutsch für den Beruf​
12​
Greek​
Πιστοποίηση Ελληνομάθειας​
Μέτρια Γνώση​
13​
Romanian​
Institute of the Romanian Language​
Nivel C1​
14​
Turkish​
Türkçe Yeterlik Sınavı (TYS)​
55–70%​
 
Last edited:
Joined
Nov 24, 2024
Messages
787
Code:
=================================================================

STELLAR OBJECT: URNA (PRIMARY)
=================================================================
STELLAR_CLASS              : M-DWARF
STELLAR_TYPE_INDEX         : 1
STELLAR_CATEGORY           : 2
AGE_SECONDS                : 5.285795631771E+16
MASS_KG                    : 2.446841570249E+29
RADIUS_METERS              : 1.005019742691E+08
MEAN_DENSITY_KG_M3         : 5.754312737935E+04
LUMINOSITY_WATTS           : 8.801406796534E+23
EFFECTIVE_TEMP_KELVIN      : 3325.408
ATM_MASS_KG                : 0.000000000000E+00
ATM_LAYERS_COUNT           : 0

COMPOSITION_ANALYSIS:
H_MASS_KG                  : 2.446841570076E+29
FE_MASS_KG                 : 3.522664650176E+17
SILICATES_MASS_KG          : 3.187554564725E+18

=================================================================
PLANETARY OBJECT: SCIANATESI
=================================================================

ORBITAL_PARAMETERS:
ORBITAL_PARENT             : URNA
ORBITAL_PERIOD_DAYS        : 6.29
SEMI_MAJOR_AXIS_AU         : 3.320000000000E-02
PERICENTER_DIST_AU         : 2.970000000000E-02
APOCENTER_DIST_AU          : 3.670000000000E-02
ECCENTRICITY               : 1.050000000000E-01
INCLINATION_DEG            : 5.930000000000E-01
ARG_PERICENTER_DEG         : 1.350000000000E+02
LONG_ASC_NODE_DEG          : 2.070000000000E+02
TRUE_ANOMALY_DEG           : 1.490000000000E+02
MEAN_ANOMALY_DEG           : 1.430000000000E+02
ORBITAL_VELOCITY_KMS       : 6.270000000000E+01
ROTATIONAL_PERIOD_DAYS     : 1.000000000000E+00

PHYSICAL_CHARACTERISTICS:
MASS_KG                    : 6.007261583488E+24
MASS_EARTH_RATIO           : 1.008000000000E+00
RADIUS_KM                  : 6.501088590000E+03
RADIUS_EARTH_RATIO         : 1.021000000000E+00
DENSITY_KG_M3              : 5.219320000000E+03
DENSITY_EARTH_RATIO        : 9.460000000000E-01
SURFACE_GRAVITY_MS2        : 9.670000000000E+00
GRAVITY_EARTH_RATIO        : 9.860000000000E-01
ESCAPE_VELOCITY_KMS        : 1.108000000000E+01

POSITION_STATE_VECTOR_KM:
X_COORD                    : 1.142447364994E+13
Y_COORD                    : -1.804877718619E+10
Z_COORD                    : -2.082063804809E+13

VELOCITY_STATE_VECTOR_KMS:
VX_COMPONENT               : -4.086000000000E+01
VY_COMPONENT               : 2.800000000000E-01
VZ_COMPONENT               : -4.676000000000E+01

ANGULAR_VELOCITY_RAD_S:
WX_COMPONENT               : 3.240000000000E-10
WY_COMPONENT               : -7.270000000000E-05
WZ_COMPONENT               : 1.600000000000E-11

ROTATION_PARAMETERS:
ROTATION_PERIOD_HOURS      : 2.400000000000E+01
ROTATION_AXIS_X            : 4.450000000000E-06
ROTATION_AXIS_Y            : -9.999999999901E-01
ROTATION_AXIS_Z            : 2.200000000000E-07

ORIENTATION_QUATERNION:
Q0                         : 2.020000000000E-01
Q1                         : -5.850000000000E-01
Q2                         : -9.600000000000E-02
Q3                         : -7.800000000000E-01

ATMOSPHERIC_DATA:
ATM_MASS_EARTH_RATIO       : 1.220000000000E+00
SURFACE_PRESSURE_ATM       : 1.100000000000E+00
SOUND_SPEED_K_GR_M_S       : 2.860000000000E-01
IR_EMISSIVITY              : 5.500000000000E-01

THERMAL_ANALYSIS:
SURFACE_TEMP_KELVIN        : 2.827100000000E+02
SURFACE_TEMP_CELSIUS       : 9.000000000000E+00
INITIAL_TEMP_KELVIN        : 2.820600000000E+02
ALBEDO_COEFFICIENT         : 7.500000000000E-01
SURFACE_HEAT_CAP_J_K       : 2.926816896600E+08

ATMOSPHERIC_COMPOSITION_KG:
N2_MASS                    : 4.310606978742E+18
N2_PERCENT_MASS            : 6.330000000000E+01
O2_MASS                    : 1.156507356363E+18
O2_PERCENT_MASS            : 1.700000000000E+01
CO2_MASS                   : 1.516202270743E+17
CO2_PERCENT_MASS           : 2.200000000000E+00
H2O_VAPOR_MASS             : VARIABLE

SURFACE_COMPOSITION_KG:
SILICATE_MATERIALS         : 4.813525937180E+24
SILICATE_PERCENT_MASS      : 8.010000000000E+01
IRON_CORE_MASS             : 1.193131239151E+24
IRON_PERCENT_MASS          : 1.990000000000E+01
WATER_MASS                 : 3.765095773238E+20
WATER_PERCENT_MASS         : 6.300000000000E+00

TOPOGRAPHIC_DATA:
ELEVATION_VAR_RATIO        : 1.431572000000E-03
MAX_RELIEF_KM              : 9.300000000000E+00
SURFACE_GRID_INDEX         : 10
WATER_COVERAGE_FLAG        : TRUE
ICE_COVERAGE_FLAG          : TRUE
VEGETATION_FLAG            : TRUE
URBAN_LIGHTS_FLAG          : TRUE

METEOROLOGICAL_DATA:
CLOUD_COVERAGE_PERCENT     : 3.000000000000E+01
CLOUD_OPACITY              : 1.000000000000E+00
CLOUD_SPEED_EQ_MS          : 1.000000000000E+01
RAYLEIGH_SCATTER_COEFF     : 1.000000000000E+00
ATM_OPACITY                : 2.000000000000E-01

PLANETARY_AGE_SECONDS      : 1.262304055445E+17
PLANETARY_AGE_YEARS        : 4.000000000000E+09

HYDROLOGICAL_DATA:
WATER_HEIGHT_RATIO         : 6.390000000000E-01
EQUATORIAL_ROT_SPEED_MS    : 4.728000000000E+02
WATER_SURFACE_PERCENT      : 3.719600000000E+01
LAND_SURFACE_PERCENT       : 6.280400000000E+01
ICE_SURFACE_PERCENT        : 4.158000000000E+00

MAGNETIC_FIELD_DATA:
MAG_FIELD_SIZE_R_EARTH     : 4.590000000000E+00
MAG_FIELD_STRENGTH_G       : 2.850000000000E+00
MAG_POLE_ANGLE_DEG         : 2.070000000000E+01
OBLIQUITY_DEG              : 2.740000000000E+01

=================================================================

INDIGENOUS_HUMAN_POPULATION_ANALYSIS:
=================================================================

VISUAL_SYSTEM_ADAPTATIONS:
CONE_PHOTORECEPTOR_DISTRIBUTION CENTERS ON WAVELENGTHS OF APPROXIMATELY 580
NANOMETERS, 660 NANOMETERS, AND 750 TO 900 NANOMETERS. SIGNIFICANT DEVIATION
FROM TERRESTRIAL HUMAN BASELINE INDICATES EVOLUTIONARY ADAPTATION TO HOST
STAR SPECTRAL OUTPUT.

REGIONAL_POPULATION_VARIANTS:
=================================================================

ARCTIC_DWELLING_POPULATIONS:
ARCTIC INHABITANTS HAVE DEVELOPED ENHANCED SCOTOPIC LOW-LIGHT VISION
CAPABILITIES. MORPHOLOGICAL ADAPTATIONS INCLUDE POSSIBLE LARGER IRIS
STRUCTURES, HIGHER ROD CELL DENSITY IN RETINAL TISSUE, AND POTENTIALLY
EVOLVED TAPETUM LUCIDUM-LIKE REFLECTIVE STRUCTURES FOR IMPROVED LIGHT
GATHERING EFFICIENCY. PHYSIOLOGICAL ADAPTATIONS INCLUDE REDUCED LUNG
CAPACITY AND DENSER BODY STRUCTURES FOR THERMAL CONSERVATION. BODY
MORPHOLOGY EXHIBITS THICK-BODIED HEAT-CONSERVING PHENOTYPE WITH POSSIBLE
ENHANCED BODY HAIR COVERAGE FOR INSULATION.

EQUATORIAL_POPULATIONS:
EQUATORIAL INHABITANTS EVOLVED ENHANCED INFRARED-BASED DAYTIME VISION
SYSTEMS OPTIMIZED FOR DENSE FORESTED ARCHIPELAGO ENVIRONMENTS. MORPHOLOGICAL
CHARACTERISTICS RESEMBLE TERRESTRIAL HUMANS BUT EXHIBIT INFRARED-ADAPTED
OCULAR SYSTEMS AND ALTERED CIRCADIAN RHYTHM PATTERNS DUE TO EXPOSURE TO
REDDER DIMMER STELLAR OUTPUT.

TEMPORAL_ADAPTATION_SYSTEMS:
=================================================================

CIRCADIAN_RHYTHM_ANALYSIS:
DAILY CYCLES REMAIN DOMINANT BIOLOGICAL DRIVERS ESPECIALLY IN NEAR-EQUATORIAL
REGIONS. YEARLY CIRCANNUAL CYCLES HAVE BECOME LARGELY IRRELEVANT TO
BIOLOGICAL SYSTEMS UNLESS TIED TO LARGE-SCALE CLIMATIC PHENOMENA RATHER
THAN ORBITAL MECHANICS.

ARCTIC_ZONE_TEMPORAL_PATTERNS:
IN ARCTIC ZONES IRREGULAR WEATHER PATTERNS DOMINATE TEMPORAL BIOLOGICAL
CUES RATHER THAN SOLAR POSITIONING. BELOW MINUS 45 DEGREES CELSIUS WITH
EXTENDED LOW-LIGHT PERIODS AND PROLONGED TWILIGHT CONDITIONS BIOLOGICAL
CLOCKS EXHIBIT SIGNIFICANT DRIFT FROM SOLAR SYNCHRONIZATION.

ARCTIC_SOCIETIES_TEMPORAL_ADAPTATION:
ARCTIC SOCIETIES HAVE LARGELY DEEMPHASIZED SOLAR POSITIONING FOR TEMPORAL
REFERENCE AND RELY PRIMARILY ON ARTIFICIAL CHRONOMETRIC SYSTEMS, SOCIAL
ROUTINE STRUCTURES, AND ENVIRONMENTAL CUES INCLUDING ICE MELT PATTERNS,
THERMAL CYCLES, AND ARTIFICIAL ILLUMINATION CUES.

TIMEKEEPING_SYSTEMS_ANALYSIS:
ARCTIC_ZONE_CHRONOMETRY RELIES ON TECHNOLOGICAL SYNCHRONIZATION RATHER
THAN SOLAR ILLUMINATION PATTERNS FOR TEMPORAL COORDINATION.

CIVIL_TIMEKEEPING_SYSTEMS:
=================================================================

STANDARD_CIVIL_TIME_BASIS:
PLANETARY ROTATION CYCLE OF 24 HOURS DIVIDED INTO STANDARD HOURS MINUTES
AND SECONDS. SYSTEM LIKELY RETAINED FROM LEGACY TERRESTRIAL SYSTEMS OR
INDEPENDENTLY CONVERGED UPON DUE TO PRACTICAL MATHEMATICAL CONVENIENCE.

TIME_OF_DAY_RELEVANCE:
DIURNAL TIME MEASUREMENT REMAINS CRITICAL FOR ACTIVITY PLANNING
AGRICULTURAL COORDINATION AND REST CYCLE MANAGEMENT.

LONG_TERM_TIME_UNITS:
TRADITIONAL YEAR UNITS HAVE BEEN DISCARDED AS PRIMARY TIME MEASUREMENT.
LONG-TERM TEMPORAL TRACKING UTILIZES WEEKS MONTHS AS ARBITRARY CONSTRUCTS
AND POSSIBLY KILODAY OR MEGADAY UNITS FOR EXTENDED PLANNING.

CIVILIZATIONAL_TIME_UNITS:
CIVILIZATIONS HAVE INVENTED DECADAY UNITS EQUIVALENT TO 10 SCIANATESI DAYS
TOTALING 240 TERRESTRIAL HOURS REPLACING TRADITIONAL WEEK CONCEPTS.

CALENDAR_SYSTEMS:
CALENDARS COUNT GREAT DAYS BASED ON REPEATING WEATHER CYCLE PATTERNS
RATHER THAN ORBITAL POSITIONING. PLANETARY ORBITAL TRACKING UTILIZING
6.29 DAY ORBITAL PERIODS REMAINS RELEVANT TO ASTRONOMERS AND PHILOSOPHERS
BUT COMMON POPULATIONS DO NOT UTILIZE ORBITAL MECHANICS FOR TEMPORAL
REFERENCE.

ENVIRONMENTAL_CONDITIONS:
=================================================================

ATMOSPHERIC_VISUAL_CONDITIONS:
PLANETARY ATMOSPHERE EXHIBITS BROWNISH COLORATION DUE TO SPECTRAL
SCATTERING PROPERTIES AND PARTICULATE COMPOSITION.

VEGETATION_CHARACTERISTICS:
PLANT LIFE DISPLAYS BLACK TO DEEP PURPLE PIGMENTATION ADAPTED TO HOST
STAR SPECTRAL OUTPUT AND ATMOSPHERIC FILTRATION PROPERTIES.

SEASONAL_OBLIQUITY_EFFECTS:
27.4 DEGREE OBLIQUITY CREATES SEASONAL VARIATIONS DESPITE SHORT ORBITAL
PERIOD. NORTHERN ICE REGIONS AND EQUATORIAL ZONES EXPERIENCE DIFFERENTIAL
SEASONAL INTENSITIES POTENTIALLY CREATING MIGRATION PATTERNS OR CULTURAL
EXCHANGE SYSTEMS BASED ON OBLIQUITY-DRIVEN CLIMATE SHIFTS RATHER THAN
ORBITAL MECHANICS.
 
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a ) Proficiency in English language demonstrated through application communication ,
b ) Availability to participate until project’s completion with Under‑standing that Pre‑mature abandonment Mid‑project would be Dis-honourable conduct — candidates are expected to consider Their Commitment capacity seriously ere applying ,
v ) Willingeß to work on Voluntary basis without compensation throughout Project duration ,
With all due respect, I'm sorry but I don't think I'll be able to participate :notlikethis: I have my hands full with handling students and coming up with lesson plans 3 times a week. My apologies and thank you in advance for understanding
 
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With all due respect, I'm sorry but I don't think I'll be able to participate :notlikethis: I have my hands full with handling students and coming up with lesson plans 3 times a week. My apologies and thank you in advance for understanding
poor man, its beautiful day for illiterate me
 

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