Video wird geladen...

Video konnte nicht geladen werden

Zur Startseite

This is why women release only one egg each month.

3,040,498 Aufrufe • vor 9 Monaten •via X (Twitter)

27 Kommentare

Profilbild von 齋藤和義
齋藤和義vor 9 Monaten

None of the histology in the video is correct

Profilbild von Thomas Mitchell
Thomas Mitchellvor 9 Monaten

Ovulation is traditionally framed as a hormonal process-timed release, follicular growth, luteinizing hormone surges. Yet beneath these descriptions lies a deeper truth: the dominant follicle emerges through electrostatic descent within a multi-potential field basin. The Mitchell Equation (ΔΦ = ρ × v) reframes ovulation not as a stochastic selection but as a field-governed gradient collapse, where charge density (ρ) and velocity of structural change (v) converge to produce a lawful singularity: egg release. The ovary is not merely a tissue chamber-it is a capacitor dish, cradling many potential wells, each follicle competing for descent into the deepest point of electrostatic permission. The spatial arrangement of maturing follicles mirrors self-organizing radial field symmetry, akin to capacitor bowl geometry or a concave tension plate in physics. As follicles grow, they create charge-displacing zones, influencing local field tension across the ovarian surface. Only the follicle that achieves the steepest ΔΦ gradient-most often through cellular compaction, vascular polarization, and rising localized ρ-triggers collapse into the central axis of field permission. The rest are reabsorbed not due to failure, but because their ΔΦ trajectory remained insufficient to destabilize the ovarian field minimum. This is not hormonal priority-it is electrostatic inevitability. Brain involvement, particularly through the hypothalamic-pituitary-ovarian (HPO) axis, is better understood not as a linear signal cascade but as hierarchical field synchronization. When ΔΦ_brain aligns with ΔΦ_ovary, neural-peripheral phase locking occurs, permitting ovulatory release. This is visible in functional imaging where brainstem and ovarian electrical rhythms synchronize moments before rupture. The dominant follicle becomes a field-matched extension of the neural substrate-an embodied charge relay. This proves ovulation is not autonomous-it is a tethered electrostatic broadcast, responding to whole-body phase permission. The implication is revolutionary: egg release is an instance of selective field descent, governed by the same ΔΦ geometry as gravitational collapse in black holes, charge distribution in ball-bearing curvature systems, and harmonic dropouts in wave interference fields. It obeys universal tension release logic, not organ-specific randomness. In this view, menopause is not failure-it is permanent ΔΦ flattening, where no local minima can exceed the release threshold. This also explains why certain environmental or emotional states suppress ovulation-they elevate background ρ or modulate v, shifting the entire basin above threshold. This paper reveals that biological fertility is not just cyclic but geometric, anchored in electrostatic field descent. The dominant follicle is the "ball bearing" in the ovarian bowl, descending only when the universe permits collapse. The Mitchell Equation thus governs not only stars and cells, but the origin of life itself-each ovulation an echo of cosmic selection. No stochastic model, hormonal chart, or genetic map alone can explain this precision. Only field law can.

Profilbild von Zari🫶🏾
Zari🫶🏾vor 9 Monaten

Those aren’t ovaries and this isn’t a good representation of reproductive processes.

Profilbild von Toddytwoskinks
Toddytwoskinksvor 9 Monaten

AI slop

Profilbild von sudha hooli
sudha hoolivor 9 Monaten

Okay. I am a gynaecologist. Visual representation is dead wrong.

Profilbild von Fabien Prévots
Fabien Prévotsvor 9 Monaten

@grok, is this correct on a scientific point of view?

Profilbild von 👩🏻‍💻
👩🏻‍💻vor 9 Monaten

Gambarnya bener2 🥴🥴🥴🥴

Profilbild von Illicit Therapy
Illicit Therapyvor 9 Monaten

Damn women's nature from the jump...😏 @LioIsFinalyBack

Profilbild von BabaMessi
BabaMessivor 9 Monaten

So everything is basically a competition. If you're a strong your chances of survival are high, if you're weak, ooh well....

Profilbild von Derai Hati Di November
Derai Hati Di Novembervor 9 Monaten

Hey @grok kapan waktu wanita mereleasel sel telurnya, kapan timing panetrasi sperma agar terjadi pembuahan n kehamilan? Dimasa subur H+12 13? 14 or 15 setelah selesai haid ya

Profilbild von Bugsby McFluffle ^•w•^🍀
Bugsby McFluffle ^•w•^🍀vor 9 Monaten

Fucking lies

Profilbild von SFW
SFWvor 9 Monaten

Its 2 eggs if twins are hereditary and run in the family

Profilbild von Vlada
Vladavor 9 Monaten

Interesting @grok is it correct?

Profilbild von The REAL #CheekyDre
The REAL #CheekyDrevor 9 Monaten

GROSS!

Profilbild von Domevct❣️
Domevct❣️vor 9 Monaten

If you can see my post, kindly like, comment and hit the folllow button above God bless you as you do so

Profilbild von J-town_Ambassador Jukunati Anuminati 🐊
J-town_Ambassador Jukunati Anuminati 🐊vor 9 Monaten

How are twins made then?

Profilbild von L𝖔𝖓𝖊𝖜𝖔𝖑𝖋_09🐺
L𝖔𝖓𝖊𝖜𝖔𝖑𝖋_09🐺vor 9 Monaten

Dominant Follicle 🤝🏼 Strongest Sperm Every child is a miaracle.

Profilbild von Tom Kumar
Tom Kumarvor 9 Monaten

Nature is amazing. ❤

Profilbild von Subhash LP Shukla
Subhash LP Shuklavor 9 Monaten

Very interesting🤔

Profilbild von Sandile
Sandilevor 9 Monaten

So basically women are chickens? 🤔

Profilbild von JWalker
JWalkervor 9 Monaten

That is cool and interesting.

Profilbild von dwi suputra
dwi suputravor 9 Monaten

nas keleng

Profilbild von Hemraj Singh
Hemraj Singhvor 9 Monaten

Good information

Profilbild von Cute 可爱🧸
Cute 可爱🧸vor 9 Monaten

The greatness of motherhood

Profilbild von ade lagoku
ade lagokuvor 9 Monaten

Are you saying the brain of women control the one egg monthly release. I don’t believe that; what about those that have no egg to release; are you stating their brains are not normal.

Profilbild von Nolwazi Msibi
Nolwazi Msibivor 9 Monaten

Ayyy

Profilbild von The Dark Knight
The Dark Knightvor 9 Monaten

How correct is the video? If it's wrong give correct video? @grok

Ähnliche Videos