#resistentia

[rosigold]

The Anatomical Off-Switch: Occipital Bone Vulnerability and the Ethics of Precision - Adam Lanza Pose

What happens when anatomical ignorance replaces precision in life-or-death situations? In areas that rely on the weaknesses of the human body — military, forensic, or medical — the difference between accurate comprehension and rough estimate can be success or catastrophic failure. One of the most critical subjects in our discussion is the human skull, and more specifically, the anatomical composition of the occipital bone. Techniques such as the so-called 'Adam's pose', which are founded on incapacitating certain parts of the cranium in a rush, presume a level of anatomical proficiency that is often underestimated. The implications are huge: a misunderstanding of human skull anatomy, particularly the location and vulnerability of the brainstem, can render such techniques useless or even fatal in unforeseen ways. This essay explores why anatomical accuracy, especially regarding the occipital bone and recumbent brainstem below, is not just important but mandatory.

Anatomy of the Skull: The Occipital Bone and Brainstem Vulnerability

The human skull, far from a passive covering for the encephalon, is an elaborately engineered architectural triumph. Its form — a mosaic of varying bone thickness, density, and morphological complexity — testifies to evolutionary precedence for protection being given to neural structures of different criticality. Of its component parts, pride of place — both anatomical and functional — goes to the occipital bone. Situated at the posteroinferior aspect of the skull, this trapezoidal bone not only forms the posterior cranial fossa but also encircles the foramen magnum, the vital opening through which the brainstem continues as the spinal cord. It is here, within this osseous crossroads, that the medulla oblongata — the cylindrical tract of autonomic and somatic neural pathways — finds its residence. The anatomical hardness of the occipital bone and the physiological criticalness of the medulla make this region a focal point for understanding the intersection of neuroanatomy and clinical vulnerability.

The occipital bone consists of four components: the squamous portion, two lateral condylar portions, and the basiocciput. Its squamous portion, while being in its external cortical layer robust, is internally thinned to accommodate the cerebellar hemispheres, while the basiocciput — a thick load-bearing plate — anchors the skull to the vertebral column via the occipital condyles. Critically, the bone density alters to balance cranial integrity and weight distribution; histological sectioning shows a gradient from compact cortical bone peripherally to cancellous trabeculae in the area of the foramen magnum. This architectural compromise nevertheless creates a biomechanical paradox: while the occipital bone is extremely effective at dispersing posteriorly applied forces, its shaping around the brainstem allows that in trauma scenarios it forms a locus minoris resistentiae (a point of least resistance).

To appreciate the dangers of occipital exposure, one must first decipher the function of the medulla as the most caudally situated segment of the brainstem. Often referred to as a biologic metronome, the medulla houses nuclei with cardiorespiratory autoregulatory functions — the dorsal respiratory group, the nucleus ambiguus, and the solitary tract nucleus — that together furnish involuntary respiration, vasomotor tone, and reflex functions such as coughing and swallowing. The pyramids contain corticospinal tracts for voluntary motor function, and the inferior olivary nuclei convey cerebellar communication. Perhaps most importantly, the medulla also integrates sensory information from cranial nerves IX (glossopharyngeal), X (vagus), and XII (hypoglossal), rendering it a foundation of both autonomic viability and somatic integrity.

Vulnerability and the 'Off-Switch' Phenomenon

Encasement of the medulla in the foramen magnum of the occipital bone — an architecture formed for spinal cord continuity, rather than impact protection — subjects it to catastrophic damage in trauma. Clinical case series of occipital impact (e.g., falls, blunt trauma) exhibit the same: Forces transmied via the thin squamous occipital bone or condylar regions result in medullary compression or shear injury, and a sudden cessation of autonomic functions. This syndrome, colloquially known as the 'off-switch' effect, manifests in the guise of acute apnea, bradycardia progressing to asystole, and loss of consciousness — an incompatible triad with ongoing life.

The biomechanics of such susceptibility are based upon fixed position of the medulla. Unlike the cerebral hemispheres, which are supported by cerebrospinal fluid buoyancy and septations of dura, the brainstem is supported by cranial nerve roots and denticulate ligaments that limit the brainstem's capacity to be displaced. Consequently, even minor osseous deformation — say, a basilar skull fracture extending into the clivus — may compress the ventral surface of the medulla, destroying the reticular activating system (RAS). The RAS, which controls wakefulness, is not functionally redundant; its permanent destruction results in coma or brainstem death, with the occipital region's fatal sensitivity.

This anatomical weakness has implications of great scope across specialities from trauma surgery to biomechanical engineering. In acute medicine, the 'occipital priority' guideline places prime importance on rapid stabilisation of neck and head to prevent secondary medullary damage — a practise validated by decreases in mortality in cases of atlanto-occipital dislocation. Neurosurgeons are confronted with moral complexities in managing irreversible brainstem damage, as medullary destruction always is subject to the determination of death under jurisdiction employing neurological criteria.

Furthermore, the vulnerability of the occipital bone has influenced protective technology. Modern helmet designs, for instance, prefer occipital reinforcement with multi-layered composites as a response to histological data that subjected the bone to comminuted fractures. Car headrests also aim to reduce hyperextension forces that can indirectly crush the foramen magnum.

Functional vs. Non-Functional Damage: Why Targeting Maers

The success of cranial interventions — clinical, tactical, or historical — depends on a fundamental anatomical fact: Neurological criticality is not uniformly distributed. The popular fallacy is that structural salience translates to functional necessity. The parietal and temporal bones, for instance, enclose the cerebrum, the locus of higher thought, sensory integration, and voluntary motor function. While injury to these regions may introduce dramatic clinical presentation — subdural haematomas, focal seizures, or aphasia — such injuries typically permit temporary survival due to bilateral organisation and functional redundancy of the cerebrum. A gunshot wound to the temporal lobe, even if potentially fatal secondary to secondary swelling or haemorrhage, may permit brainstem nuclei to be preserved, with intact autonomic function for a few minutes or hours. This creates a perilous scenario in tactical or defence contexts: an adversary with such injuries may still possess sufficient motor coordination to retaliate despite extensive cortical damage.

The target zone of the occipital bone, however, is a functional singularity. A projectile or impact force through this region risks direct injury to the medulla oblongata, which lacks the redundancy of the cerebrum. Neurophysiological shutdown in this location is not a gradual decline but an instantaneous failure of homeostatic control — an effect known as autonomic decoupling. Traditional histories of balefields, such as the correct coup de grâce techniques employed by medieval executioners targeting the occiput, or Roman gladius thrusts in the nape of the helmet, inherently accepted this dichotomy. Modern ballistic studies verify the same: kinetic energy transfer to the brainstem results in immediate loss of posture (through interference with vestibulospinal tracts) and quieting of the reticular activating system, rendering sensory-motor incapacitation absolute.

This dualism has both pragmatic and ethical dimensions. In police work, for example, reliance on parietal or temporal shots to neutralise threats offers non-lethal possibilities, leading to the potential escalation of interactions. Precise targeting of the occipital region — even though biomechanically perfect — is laden with humanitarian implications by virtue of being irreversible. Forensic pathology also makes this dichotomy more apparent: cerebral lacerations dominate homicide reports, whereas brainstem injuries are disproportionately linked to judicial or military interventions where instant lethality is maximised. The functional-non-functional distinction thus transcends anatomy, aligning with legal codes, combat ethics, and even the evolution of less-lethal technology.

Bone Structure and Ballistic Challenges: The Science of Penetration

The skull's heterogeneous structure — an admixture of dense cortical plates and spongy diploë — presents a dynamic challenge to penetrating energy. Terminal ballistics, projectile behaviour on impact, illustrates gross differences in cranial vulnerability. The 2–4 mm thick on average squamous portion of the occipital bone is very different from the 10–12 mm solid, labyrinthine petrous temporal bone. This difference is due to evolutionary demands: the petrous bone guards the cochlea and vestibular apparatus, which requires rock density, while the occipital region compromises between biped balance weight distribution and defence.

In ballistic situations, these fluctuations dictate outcomes. A 9mm parabellum bullet striking the petrous temporal bone at 90° can yaw or fragment due to the oblique slope and density gradient of the bone, truncating the depth of penetration. High-speed imaging studies demonstrate that rounds dissipate up to 60% kinetic energy on petrous fragmentation while preserving the middle cranial fossa integrity. Conversely, the occipital bone's relative thinness and perpendicular alignment to standard trajectories (e.g., rear-entry wounds) permit greater penetration. Military autopsy reports illustrate that 5.56×45mm NATO rounds impacting the occipital squama produce medulla oblongata penetration in 93% of cases versus 22% for temporal impacts — a disparity amplified by the occipital's proximity to the brainstem.

These principles hold outside the realm of ballistics. Occipital craniotomies in neurosurgery require precise burr hole placement to avoid dural sinuses, and temporal approaches require diamond-tipped drills to penetrate the petrous ridge. Even non-penetrating trauma follows this logic: occipital contrecoup injury from frontal impacts tends to crush the brainstem against the margin of the foramen magnum, whereas temporal impacts transfer energy through the zygomatic arch.

The implications for armour are profound. Modern combat helmets, such as the US Army's IHPS, employ occipital extension plates to counteract this deficiency. Vehicle ballistic glass, on the other hand, is angled to deflect rear-projectiles away from the Achilles' heel of the head. Nevertheless, material science is confronted with a paradox: More occipital armour risks compromising cervical mobility, reinforcing the age-old balancing act between protection and functionality.

Real-World Applications: Tactical, Historical, and Ethical Implications

The anatomical susceptibility of the occipital region and its shielding of the brainstem reverberate across fields, necessitating interdisciplinary analysis. In tactical environments, doctrinal overemphasis on the 'T-zone' (nasofrontal junction and orbits) or occipital targeting is commonly transmogrified into rote memorisation, divorcing technique from pathophysiological logic. Modern combat training manuals, such as the Close Quarter Combat Handbook of the British Army, encourage occipital shots in hostage rescue scenarios in order to minimise collateral risk — an approach grounded in the brainstem's 'neurological boleneck' status. Stress degradation of fine motor skills under most conditions makes operatives resort to less anatomically precise methods, such as centre-mass fire at high rate. Simulation work by Defence Science and Technology Laboratory (DSTL) discovers that only 34% of bullets that were shot in simulated states of stress actually struck targeted cranial targets, illustrating the disconnect between kinetic practise and theoretical training.

In the past, brainstem targeting fatality was exploited long before neuroanatomical maps existed. The misericorde, a medieval dagger that was employed to provide mercy strokes through the occiput, utilised the foramen magnum's exposure in combat with armour. Similarly, Edo-era Japanese kaishakunin (executioners) perfected seppuku techniques based on decapitation strikes aimed at severing the medulla, assuring instant death. These methods, though brutal, are an empirical understanding of functional neuroanatomy — a knowledge subsequently codified in 19th-century codes duello, where pistol shot to the back of the head was an honourable kill blow.

Forensically, cortical versus brainstem trauma is of enormous legal importance. A parietal gunshot wound may permit 30–90 seconds of agonal respiration, during which a victim could theoretically manipulate a crime scene or trigger defencive mechanisms. Occipital trauma leaves no such doubt: suppression of RAS activity excludes all volitional activity. This distinction has influenced criminal jurisprudence, specifically in R v. Dawes (2013), where the Court of Appeal overturned a murder conviction after forensic pathologists determined that the occipital wound to the victim could not immediately incapacitate, undermining the prosecution timeline.

Ethically, the brainstem's role as a biological kill-switch raises an accounting with the moral meaning of anatomical information. Bioethicists such as John Harris have equated medullary targeting with 'neurological euthanasia' — a mechanisation of death that bypasses higher consciousness, reducing human agency to a series of interruptible circuits. This model renders it hard to debate assisted dying, where medullary destruction could theoretically offer painless exits but could make anatomical precision normal as a tool of dehumanisation. The 2016 Lancet Commission report on Brain Death provocatively argued that irreversible brainstem damage would suffice for legal pronouncements of death, a stance opposed by disability groups who argue it undermines the sanctity of cortical personhood.

Conclusion

The Necessity of Knowing Where to Aim

To gamble on the weaknesses of the occipital bone without knowledge of its neuroanatomical stakes is to wield a blindfolded knife. The region's lethality is not merely a maer of bone density or ballistic convenience but of its evolutionary role as the final arbiter of autonomic survival. To this end, the injunction to 'know where to aim' functions outside tactical expedience — it is a metonym for the ethical burdens implicit within scientific mastery.

The vulnerability of the brainstem presents a double accounting: with the limits of human endurance and the hubris of those who would militarise its weaknesses. As the neurotechnologies spread — from directed-energy weapons systems capable of deploying non-penetrative disruption of the brainstem to AI-targeting systems — the boundary between precision and predation collapses. The 2021 UN Report on Lethal Autonomous Weapons Systems actively singled out medulla-targeting algorithms as morally troublesome, warning that 'automating the off-switch of consciousness risks divorcing lethality from accountability.'

However, this knowledge also carries redemptive possibilities. In neurosurgery, occipital craniectomies for the decompression of brainstem compression following trauma illustrate how anatomical accuracy can preserve life instead of ending it. Likewise, the development of non-invasive brainstem stimulation provides promise for conditions such as central sleep apnoea — a reflection of the double-edged nature of scientific advancement.

Lastly, the lesson of the occipital bone is a lesson of paradox: that the origin of life's most vital rhythms is both safeguarded and imperilled by a few millimetres of bone. To learn it is to balance on the razor's edge between biological imperative and existential danger — a borderland where knowledge does not merely empower but demands wisdom. As surgeon-philosopher Sherwin Nuland describes it, 'To master the body's machinery is to hold the threads of life and death; pull one, and the tapestry unravels.' Ignorance here is not merely dangerous — it is a failure of the duty to wield such power with reverence.

_

Verified Sources with Hyperlinks:

Occipital Bone Anatomy NCBI Bookshelf: [Anatomy, Head and Neck, Occipital Bone] (www.ncbi.nlm.nih.gov/books/NBK541093/)

Skull Base Biomechanics TeachMeAnatomy: [Bones of the Skull] (teachmeanatomy.info/head/osteology/skull/)

Forensic Neuroanatomy LHSC Trauma Centre: [Basal Skull Fractures] (www.lhsc.on.ca/critical-care-trauma-centre/basal-skull-fractures)

Surgical Anatomy ScienceDirect: [Occipital Bone Overview (www.sciencedirect.com/topics/neuroscience/occipital-bone)

[fetznerdeathrecords]

Ensiferum - Winter Storm

Folk/Melodic Death Metal from Helsinki, Finland

Ensiferum are a true powerhouse when it comes to folk-inspired melodic death metal, something they hammer home more resolutely than ever with eighth full-length Thalassic.

1. Aurora 01:14 instrumental 2. Winter Storm Vigilantes 05:12 3. Long Cold Winter of Sorrow and Strife 06:59 4. Fatherland 04:51 5. Scars in My Heart 04:39 6. Resistentia 01:18 7. The Howl 05:54 8. From Order to Chaos 08:42 9. Leniret Coram Tempestate 00:37 10. Victorious 03:42

Release date: October 18th, 2024 via @metalbladerecords

@ensiferummetal

[cerulane]

Harry veut se venger des Dursley. Rien de grave mais il veut leur rappeler son existence et les faire enrager. Il arrive à convaincre Snape de l’aider.

La fanfic est agréable à lire et bien construite. Elle nous amène doucement à la relation qui s’est construite entre Harry et Severus. Les réactions de Petunia et Dudley sont vraiment amusantes.

[arcpunk]

Resistentia

Some might ask: "But why is the man wearing golden rings as jewelry? Isn’t that a contradiction in the fight against the rich?" The answer is: no. First, it’s not about opposing wealth or a certain degree of luxury entirely, but about distributing it so that everyone gets a share. Also, in the Arcpunk universe, gold is a relatively common metal. Actually, it’s among the more abundant ones, like aluminum or iron. However, it’s far less evenly distributed. Especially in the "Near"(cardinal direction) of Oneiros, it occurs quite frequently, and therefore doesn’t hold much material value there.

[labuenosairesfrancaise]

WIP - Fuente "natura, sapientia et resistentia"

[anglerflsh]

Oh, rich folks, you want monarchies in 2024? Y'know what else we could bring back? Guillotines. (/half joking)

Bring back this super-cool thing called ius resistentia

[faefaye]

Masterpost for Tumblr Fanworks

(to keep track of WIPs or short stuff that I've posted here)

Lord of Mysteries (LOTM):

Locus Minoris Resistentiae (WIP version) - is now completed and posted to AO3, a canon divergence oneshot about Azik uniting with the other half of his soul in the mausoleum

To the Faraway You - poem about the Fool

A tiny poem centred on Leonard

Snippet about Azik meeting Klein, post-canon - is now part of an AO3 oneshot of mine, "Retrouvailles"

Daly-centric fic opening scene - is now part of an AO3 oneshot of mine, "This Fading Heat"

Fool/World fic opening scene

Fool/World haiku

Poem about the Angels of the Fool

Assassination Classroom:

Souvenir - snippet about Karasuma and Irina, post-canon

[shelloop]

◆2025/1/5掲載

▽以下、12本のピックアップ＆執筆を担当 ・Sheepy: A Short Adventure ・イーザディアの迷宮 ・DEVIL BLADE REBOOT ・Victory Heat Rally ・椿屋敷の亡霊 ・Cosmic Kitchen＜コズミックキッチン!!＞ ・スペルトナエル ・THE LAST WISH（Ver2.0） ・Resistentia -レジステンツィア- ・Minishoot’ Adventures ・三十路だけど狂戦士やってます ・最強の漫画ができちまったぜ！

[jay-ma-international]

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[rausule]

In Occidente Bank, oliveta proelii facta sunt. Per tempus autem olea, quae quotannis inter Octobrem et Novembrem fit, impetus Israeli coloni contra agricolas Palaestinos frequentiores et intensiores fiunt. Anno 2021 fuerunt saltem 42, hoc anno, in duabus primis septimanis, UN documentis 22, in quibus saltem 800 oleae deperditae sunt. Quidam ex his sic fuit in villa Burin, 80% quarum zona C cadit sub potestate administrativi et militares et amni Yitzhar et Har Bracha sita est: duae mansiones i quorum incolae saevitiam suam innotuerunt. Per impetum in mense of Novembris, puer rusticus de Burino, lapide ictus colonus iactus est oculus unus. Palaestinae operarius oleum olivae recenter pressum in vas, deinde to

molendinum oleum lapideum in Palaestinae vico Bizarya prope the Urbs Occidentalis Bank Nabli, die 6 Novembris 2022. EPA/ALAA BADARNEH Pro 2.500 incolae pagi inter meridiem et meridiem Nabli in Occidentali Bank septentrionali, the ex olivibus maxime reditibus; ut sunt saltem 100,000 familiae Palaestinae, iuxta IR. Sed in hac villa,

cotidiana opera agriculturae periculum movet. In terra arabili sita in zona C, vetitum est sine speciali permissu obtentae agriculturae actiones exercere Ab Israele Civilis Administrationis, Israelis gubernatio in Occidente Bank edita est. Et etiam cum rustici procurant illud accipere et ad agros vadant, pauci haben diebus complere collectio.

Palaestinae agricolae foliis ut eruat olivis ; sita in extrema parte ripae occidentalis pagi Asera, prope urbem Nablum, 11

Novembris 2022. EPA/ALAA BADARNEH Impugnationes colonorum pressius in his gradibus contractae sunt et intendunt deterrere Palaestinorum accessus ad agros eorum est ut tunc ibi imperium civitatis enuntien. Israel. In facto, secundum legem terre Israelis hereditariam ab aetate Ottomanica, a ager incultus ultra triennium fit de jure proprietatis judaici. Not pauci sunt agrestes qui, verisimilitudine pugnandi sentientes, deserueruntad agros in zona C. Colonus violentia non solum impedit messis vincere. Ratam approbatio permissionum est revera in declinationibus acutis, eundo ab 71% in 2014 ad 27% in 2020 . Declinatio in numero permittit agricolas Palaestinos non permittit suas actiones exsequi agriculturae necessariae sunt ad curam terrarum et arborum per annum difficultas, quae fructuositas agrorum multum minuit et consequenter eorum afficit reditus qui minora omni anno. Palaestinae agricolae ientaculum habent in oliveto suo, in extrema parte ecclesiae Villa Occidentalis Bank Asera, prope urbem Nablum, die 11 Novembris 2022. EPA/ALAA

badarneh Messis olea non solum est vectigal, sed significat praesertim tempus quo familiae simul conveniunt ac suum vinculum cum Ecclesia celebrant terra, saepe ramis centenariis arboribus percutiendo, prioribus generationibus consita. Re quidem vera, in cultura Palaestinae, olea arbor symbolum est longaevitatis et resistentiae. Sed iuxta sedes Israelis, vita harum arborum periculum est. Secundum crucem rubra, inter 2020 et 2021 saltem 9, 300 olivae in Territoriis Palaestinae exstirpatae sunt; figura, quae ad 800,000 surgit, si tempore repetuntur, usque ad annum 1967 bellum sex dies, quorum finis Israel magnas partes vicit quae nunc est Argentaria occidentalis Sinai Peninsula, Orientalis Hierosolyma et Arces Golanae. Renovatio oppugnationum a maximis fimbriis incolarum illegalium Israeli secundum ius gentium, comitiis die 1 mensis Novembris factum est anno proximo, partes ius religionis extremae sequitur (Zionist Party Religiosus et Otzma Yehudit) 6 sedes obtinuerunt ex 120, quotquot satis fuerunt tractatus de formatione crucialorum in regimine.

Dr De Beer

[scart69]

Many Thanks to Evan of @recollectiongraphics for the killer artwork. "In a Reality Far Far Away, The Molotovians continue their voyage to seek out Trippy New Sentient Life Forms & Party with them....." (see comments for this 'episode' in full 😂) #scifi #metal #NewSkies #TheMolotov #musicvideo #RESISTENTIA  #comic comicart #graphicnovel #webstagram #punk #bands #music #followforfollowbackalways #followforfollowback https://www.instagram.com/p/CLqVD8th9gD/?igshid=mee3o7ceftzu

[0mossymeep0]

~La Pulmenti Resistentia~

Soup Group <3

[snarry-fest-adopt-a-prompt]

FOURTH WEEK RECAP

Here it is the recap of our fourth and last week of posting!! If you didn’t have the chance to read the fics we posted, now it’s a gret time to do it. We’ll see you on the 2nd, with our Reveals!

☆ Locus minoris resistentiae [Mature - 17,343 w]

https://archiveofourown.org/works/36344806/chapters/90610762

Summary: When Harry Potter decides to take his petty revenge on the Dursley, there’s only a man that really knows Petunia Dursley enough to help him. Grudgingly, or maybe not so much, Severus agrees to help him. Too bad they catch feelings along the way.

 ☆ Per noi è reale [Explicit - 52,070 w]

https://archiveofourown.org/works/36396961/chapters/90746113

Summary: Severus Snape viene salvato dalla morte certa ma non è l'unica cosa inaspettata che gli succede ma anche i legami che grazie ad essa riuscirà a creare.

A volte, per quanto assurdo sia, devi semplicemente appartenere a qualcuno.

 ☆ From the Beak of a Bird, Truth [General Audience - 2,803 w]

https://archiveofourown.org/works/36622429

Summary: Harry Potter is having a difficult time after the death of Severus Snape. He wants to write his feelings down and send them to Snape’s final resting place. He walked into Eeylop’s looking for a post bird. He got a little green, talking parrot with an uncanny sense of direction.

☆ Threading the Needle [Explicit - 15,814 w]

https://archiveofourown.org/works/36632071/chapters/91372768

Summary: Red String of Destiny AU. Harry insistently dreams of the red thread leading off from his ankle. Harry being Harry, will not rest until he finds a way to follow where it leads. A surprise waits for him at the other end.

- -

The man’s–no, Snape’s–eyebrows drew together and he repeated himself, “How may I help you?”

Harry, helpless and now terrified and so terribly confused, gestured to his ankle, the bright red thread piled around his foot. He didn’t think he could get his voice to work even if he tried. But he tried, not one to back down.

“We’re soulmates. I think we should talk.”

 ☆ when we were young [General audience - Moodboard, Aesthetic]

https://archiveofourown.org/works/35140372

Summary: Aesthetic based on the million of time travel prompts around the fandom.

[danzanelfuoco]

Locus minoris resistentiae

Prompt: Fake/Pretend relationship @warmandfluffybingocards Fandoms: Harry Potter Ship: Harry Potter/Severus Snape Rating: Mature  Warnings: Multiple POVs, Unreliable narrators, slurs, Dudley Dursley redemption Wordcount: ~ 17’300

Summary:  When Harry Potter decides to take his petty revenge on the Dursley, there's only a man that really knows Petunia Dursley enough to help him. Grudgingly, or maybe not so much, Severus agrees to help him. Too bad they catch feelings along the way

or, Married Severus and Harry move into 5 Privet Drive and make their neighbors' life a living hell.

[monalonasworld]

resistance (n.)

mid-14c., resistence, "moral or political opposition;" late 14c., "military or armed physical opposition by force; difficulty, trouble," from Old French resistance, earlier resistence, and directly from Medieval Latin resistentia, from present-participle stem of Latin resistere "make a stand against, oppose" (see resist).

From 1580s as "power or capacity of resisting." The meaning "organized covert opposition to an occupying or ruling power" [OED] is from 1939. The electromagnetic sense of "non-conductivity" is from 1760. Also used  in science and engineering with a sense of "force exerted by a medium to retard motion through it," hence the figurative phrase path of least resistance "easiest method or course" (1825), earlier a term in physical sciences and engineering.

[hetesiya]

Dünden bugüne corona ve sonra(sı) [*] – Temel Demirer Kimse inkâr etmeye kalkışmasın: Covid-19’unbir yoksul hastalığı olduğu, sınıfsal bir nitelik taşıdığı tartışmasızdır ve zengin-yoksul farkını büyüttüğü, derinleştirdiği de bir vakadır...