. *╔═══ ❤☀🍀☀❤ ═══╗*
*M C SINGLA CASE*
*ON PENSION UPDATION !!!*
*8TH, AUG, 2026 !!!*
*╚═══ ❤☀🍀☀❤ ═══╝*
*OUR*
*PENSION UPDATION CASE !!!*
*ABOUT THE CASE*
*IN SUPREME COURT !!!*
*HEARING OF OUR CASE*
*ON 12TH AUGUST ???*
*════ ❤☀❤ ════*
*SUMMARY OF THE VIDEO !!!*
*════ ❤☀❤ ════*
*This video provides an update regarding the M C Singla case in the Supreme Court, specifically focusing on the hearing scheduled for August 12.*
*Key takeaways include:*
*Hearing Status:* *_The case is listed for hearing on August 12. Initially, there was uncertainty due to the bench configuration, but it has been confirmed that the case will be_* *_heard as part of the regular hearing list (listed at number 104)._*
*Bench Details:* *_While a three-judge special bench is scheduled for the morning session, the M C Singla matter—a two-judge bench case—is set to be taken up in the afternoon session after 2:00 PM, presided over by Justices Vikram Nath and Sandeep Mehta._*
*Pending Documentation:* *_The IBA (Indian Banks' Association) is required to submit two key documents: one regarding regulations 35 (1) and another concerning the calculation of DA merger for bank retirees. As of the recording, these documents had not yet been submitted, though the speaker notes there is still a small window of time before the hearing._*
*Significance:* *_Despite initial concerns, the prioritization of the case in the daily list is viewed as a positive development for bank retirees awaiting updates on pension and DA-related matters._*
*════ ❤☀❤ ════*
*WHAT DOCUMENTS*
*MUST THE IBA SUBMIT ???*
*════ ❤☀❤ ════*
*According to the video, the Indian Banks' Association (IBA) is required to submit two specific documents to the Supreme Court for the M C Singla Case:*
*Regulation Verification:* *_A document verifying the applicability of regulation 35 (1) to certain individuals._*
*DA Merger Calculation:* *_The calculation regarding the Dearness Allowance (DA) merger for bank retirees, spanning from the BPS (Bipartite Settlement) to the 12th BPS._*
*The creator notes that these documents have not yet been submitted, which could potentially cause delays if they are not provided by the hearing date.*
*════ ❤☀❤ ════*
🌐🌐🌐🌐🌐🌐🌐🌐🌐
*╔═══ ❤☀🍀☀❤ ═══╗*
*( https://youtu.be/1Kpodg8MH94?si=jbI3HuWwDcAm0vyM )*
*╚═══ ❤☀🍀☀❤ ═══╝*
6 comments:
https://www.youtube.com/watch?v=oSmVu1Q8tbo
"Scientists Compared North Indian DNA With South Indian DNA — The Results Shocked Everyone"
Ancient Genetics Archive and Ancient DNA Files 9 Aug 2026
Scientists took DNA samples from thousands of Indians — North and South — ran them through the most advanced genomic analysis tools available, and compared them side by side. What came back was one of the most dramatic genetic findings ever recorded within a single country. The steppe pastoralist ancestry — the Bronze Age genetic signal from the Pontic grasslands of Central Asia — drops from twenty-five percent in Punjabi Brahmins to effectively zero in Tamil non-Brahmin communities. Within a single country, across roughly two thousand kilometers, one of the largest genetic gradients on earth runs from the northwest to the southeast. And going in the opposite direction — as steppe ancestry falls — Ancient Ancestral South Indian ancestry, the DNA of the very first modern humans who arrived in South Asia fifty thousand years ago, rises from fifteen percent in the northwest to over seventy-five percent in some South Indian communities. North India is built on steppe. South India is built on the most ancient indigenous DNA in the subcontinent. And the story of how that divide formed — who came from where, which ancient population built the North and which built the South, and what it means for every Indian alive today — is one of the most extraordinary discoveries in modern genetics. This video covers the three prehistoric migration waves that created the north-south genetic divide, the dramatic steppe gradient from Punjabi Brahmins to Tamil non-Brahmins, why South Indian Brahmin communities carry more steppe ancestry than the non-Brahmin populations surrounding them despite living in the South for millennia, the Y-chromosome haplogroup comparison between R1a in the North and H-M69 in the South, what the 2025 Cell paper found about how this genetic divide affects health and disease risk across Indian communities, the connection between the linguistic divide and the genetic divide, and what the DNA says about whether North and South Indians are really the same people. The DNA does not take sides. And in India, it has been telling this story for fifty thousand years.
📘 Did your DNA test results confuse you — too much Iranian farmer ancestry, not enough steppe, or a haplogroup you have never heard of?
Whether you are a Punjabi seeing unexpected Central Asian ancestry, a Tamil seeing an Iranian farmer component you did not expect, or a Brahmin anywhere in India wondering why your results look so different from your non-Brahmin neighbors — those results are not random. They are telling you exactly which of the three ancient migration waves shaped your specific community, why the north-south divide shows up so dramatically in DNA tests, and what your steppe percentage or AASI ancestry actually means in the context of your family's history. I broke all of this down in a 35-page guide called What Your DNA Is Really Telling You — covering how ethnicity estimates are calculated, what ANI and ASI and AASI ancestry actually represent, what your haplogroup connects you to across fifty thousand years of South Asian prehistory, and why Indians from different regions and castes can get results that look completely different even when they live in the same city.
Scientists took DNA samples from thousands of Indians, north and south, ran them through the most advanced
0:077 secondsgenomic analysis tools available, and compared them side by side. And what came back from that comparison was so
0:1414 secondsunexpected, so dramatic, and so fundamentally different from what most Indians believe about themselves that it
0:2222 secondsis still reshaping the entire field of South Asian genetics. Because here is what the science found. North Indians
0:2929 secondsand South Indians are not just culturally different, not just linguistically different, not just geographically different. They are
0:3737 secondsgenetically different in ways that go back 50,000 years. The gap between the DNA of a Punjabi and the DNA of a Tamil
0:4747 secondsis not a small variation. It is one of the largest genetic gradients within any single country on Earth. and the story
0:5555 secondsof how that gap formed, who came from where, which ancient population built the north and which built the south, and
1:021 minute, 2 secondswhat it means for every Indian alive today is one of the most extraordinary stories in the entire history of our
1:091 minute, 9 secondsspecies. Let's start with the number that shocked even the scientists who ran the study when researchers from leading
1:161 minute, 16 secondsinstitutions including Harvard, the Maxplank Institute and the CSIR Center for Cellular and Molecular Biology in
1:241 minute, 24 secondsHydrobod compared the step pastoralist ancestry component across Indian populations. They found a gradient so
1:321 minute, 32 secondssteep that it looks less like a gradual transition and more like two completely different genetic worlds sharing the
1:401 minute, 40 secondssame country. Punjabi Brahmans and Sikhs the populations of the far northwest carry approximately 25% step ancestry.
1:501 minute, 50 secondsTo put that in perspective that is comparable to the step ancestry levels found in many modern northern Europeans.
1:571 minute, 57 secondsKashmiri pandits carry around 22%. Jats of Harana carry around 20%. Move southeast and the number drops rapidly.
2:072 minutes, 7 secondsRajputs of Rajasthan show 17%. Gujaratis drop below 10%. Bengales of India sit at
2:152 minutes, 15 secondsaround 6%. And then you cross the Vindia mountains into South India and the number drops to almost nothing. Tamil
2:222 minutes, 22 secondsnon- Brahman communities carry between zero and 5% step ancestry. Telugu non Brahman populations carry similarly
2:312 minutes, 31 secondsminimal amounts. Canada and Mallayalamsp speakaking non- Brahman communities show step levels so low they barely register
2:392 minutes, 39 secondsabove the noise threshold of the genomic tests. The most northwestern Indian population carries five times more step
2:482 minutes, 48 secondsancestry than the most southeastern Indian population. Within a single country across a distance of roughly
2:552 minutes, 55 seconds2,000 km, the step component declines from 25% to effectively zero. That is
3:023 minutes, 2 secondsnot a gradient. That is a cliff. And going in the opposite direction as step ancestry falls from north to south something else rises to take its place.
3:133 minutes, 13 secondsASI ancient ancestral South Indian ancestry the oldest genetic layer in the
3:203 minutes, 20 secondsentire subcontinent. The DNA of the very first modern humans who walked out of Africa into South Asia between 50,000
3:283 minutes, 28 secondsand 65,000 years ago. As step ancestry declines from north to south, AASI
3:363 minutes, 36 secondsancestry climbs in almost perfect mirror image. A Punjabi Brahman might carry 15
3:423 minutes, 42 secondsto 20% AASI ancestry. A Gujarati carries 30 to 45%. A Bengali carries 40 to 50%.
3:523 minutes, 52 secondsA Tamil non Brahman carries 55 to 75%.
3:563 minutes, 56 secondsAnd in some south Indian tribal communities the ira of Tamil Nadu the panea of Kerala the soiga of Carnitaka
AASI ancestry exceeds 80% making them among the closest living genetic relatives of the original settlers of
4:144 minutes, 14 secondsthe entire Indian subcontinent. The north of India is built on step. The south of India is built on ancient
4:224 minutes, 22 secondsindigenous ancestry that predates civilization itself. And between these two poles, every Indian population sits
4:304 minutes, 30 secondssomewhere on a line that was drawn not by politics or culture or religion, but by the movement of ancient human
4:384 minutes, 38 secondspopulations across tens of thousands of years. To understand why this gradient exists, why the north ended up so
4:464 minutes, 46 secondsdifferent from the south, you need to go back to three separate moments in prehistoric time. Each of which left a
4:534 minutes, 53 secondspermanent mark on the Indian genome. The first moment is the oldest, the arrival of the first modern humans in South Asia
5:015 minutes, 1 secondapproximately 50,000 to 65,000 years ago. These were the AASI
5:085 minutes, 8 secondspeople, small bands of hunter gatherers who had followed the southern coastal route out of Africa, moved along the
5:155 minutes, 15 secondsshores of Arabia and South Asia and eventually spread across the entire subcontinent. They had no metals, no
5:235 minutes, 23 secondsfarming, no cities. They were adaptive, intelligent, and they were everywhere from the Himalayan foothills to the tip
5:315 minutes, 31 secondsof the Indian Peninsula. Every person alive in India today carries some proportion of their genetic inheritance
5:385 minutes, 38 secondswhether they know it or not. The south carries more of it simply because the south was in many ways the end of the
5:455 minutes, 45 secondsroad. The furthest point from the later migration corridors that would bring new populations and new genes into the
5:525 minutes, 52 secondssubcontinent from the northwest. The AASI people of South India had more time, more geographic isolation and more
6:016 minutes, 1 seconddemographic stability than their northern counterparts. And so their genetic signal was diluted less by what
6:086 minutes, 8 secondscame after. The second moment is the arrival of Iranian farmers, the people whose DNA geneticists call IVC related
6:186 minutes, 18 secondsancestry because it is the closest modern proxy for the genome of the Indis Valley civilization. These were
6:256 minutes, 25 secondsagricultural communities from the Zagros Mountains region of ancient Iran who began moving into South Asia approximately 8 to 10,000 years ago.
6:356 minutes, 35 secondsBringing farming with them, they mixed with the AASI population they encountered, producing what geneticists
6:426 minutes, 42 secondscall ASI or ancestral South Indian ancestry, which is a mixture of AASI and
6:506 minutes, 50 secondsIranian farmer genetics. The Iranian farmer signal spread across the entire subcontinent reaching the south as well
6:576 minutes, 57 secondsas the north. This is why even Tamil populations carry some Iranian farmer related ancestry. It arrived not with
7:067 minutes, 6 secondsthe Indo-Aryanss but thousands of years earlier with the first farmers. The IVC at its peak centered in the Indis Valley
7:147 minutes, 14 secondsand spreading into Gujarat and Rajasthan represented the culmination of this Iranian farmer plus Aasi mixing process.
7:247 minutes, 24 secondsThe people of the IVC carried almost no step ancestry. The ancient DNA from IVC
7:317 minutes, 31 secondsperiod sites confirms this clearly. They were a population built on Iranian farmer ancestry mixed with AASI
7:407 minutes, 40 secondsand they were in many ways the genetic foundation that both north and south India share beneath their more visible
differences. The third moment and the one that created the dramatic north south divide we see today is the bronze age step migration. Somewhere between 2,00 and,500 B.CEE, populations related
8:028 minutes, 2 secondsto the Yamna pastoralists of the Pontic step, the grasslands north of the Black Sea and Caspian Sea began moving into
8:118 minutes, 11 secondsSouth Asia. They came through the mountain passes of the northwest through what is now Afghanistan and Pakistan and
8:188 minutes, 18 secondsthey carried with them the protoindoan languages that would eventually become Sanskrit and the modern North Indian
8:268 minutes, 26 secondslanguages. They also carried a distinct genetic signature the step ancestry component that is now the single biggest
8:348 minutes, 34 secondsdifferentiator between North and South Indian DNA. These step migrants moved into a subcontinent that was already
8:428 minutes, 42 secondspopulated by IVC descended farming communities. They mixed with those communities. They spread their languages
8:498 minutes, 49 secondsand their culture across the north and eventually into parts of the south. But as they moved further and further from
8:568 minutes, 56 secondstheir entry point in the Northwest, they mixed more and more with the existing population and their genetic contribution became progressively
9:059 minutes, 5 secondsdiluted. By the time their cultural influence reached South India, carried by Brahman priests and Sanskrit texts
9:129 minutes, 12 secondsrather than by large-scale migration, their genetic contribution had been so thoroughly diluted by the existing
9:209 minutes, 20 secondspopulation that it barely registered in the genome of the non- Brahman South Indian communities. The language
9:279 minutes, 27 secondstraveled, the culture traveled, the genes for the most part did not. This is the genetic mechanism that explains the
9:359 minutes, 35 secondsnorth south divide in Indian DNA. The northwest was closest to the entry point of the step migration. It received the
9:439 minutes, 43 secondshighest dose of step ancestry. As you move southeast, the dose decreases in almost perfect proportion to the
9:519 minutes, 51 secondsdistance from the entry point until you reach the communities of Tamil Nadu and Kerala where the step signal effectively
9:589 minutes, 58 secondsdisappears. In non- Brahman populations, the divide is not about which Indians are more Indian. Both populations are
10:0710 minutes, 7 secondsprofoundly deeply anciently Indian. The divide is about which migration each population was closest to and which
10:1510 minutes, 15 secondsancient ancestral layer survived most intact in their genome. Now, let's talk about what this means when you look at
10:2310 minutes, 23 secondsspecific populations on both sides of the divide. Because the community level comparisons are where the science gets
10:3110 minutes, 31 secondsgenuinely extraordinary. Take the comparison between a Punjabi Jat and a Tamil Velar. Both are dominant
10:3810 minutes, 38 secondsagricultural communities in their respective regions. Both have long histories of land ownership and military
10:4510 minutes, 45 secondsservice. Both carry enormous cultural pride. But genetically they are remarkably different. A Punjabi jot
10:5310 minutes, 53 secondstypically carries around 20% step ancestry, 50 to 55% Iranian farmer
11:0011 minutesancestry and 25 to 30% AASI ancestry. A Tamilar typically carries around 3 to 5%
11:1011 minutes, 10 secondsstep ancestry, 30 to 35% Iranian farmer ancestry and 60 to 65% AASI ancestry.
11:1911 minutes, 19 secondsThe Iranian farmer component, the IVC signal, is the one element both populations share at meaningful levels,
pointing to the common civilizational foundation that underlies all of Indian genetic history. But the step and AASI
11:3611 minutes, 36 secondsproportions tell completely different stories about each population's prehistoric past. The Punjabi Jat's
11:4311 minutes, 43 secondsgenome reflects a population that sat at the crossroads of the step migration.
11:4911 minutes, 49 secondsabsorbing a significant dose of Central Asian bronze age ancestry while maintaining its IVC and AASI foundation.
11:5911 minutes, 59 secondsThe Tamilar's genome reflects a population that remained largely insulated from that migration preserving
12:0612 minutes, 6 secondsa much higher proportion of the ancient indigenous AASI ancestry that connects them to the very first inhabitants of
12:1512 minutes, 15 secondsSouth Asia. Now compare a north Indian brahman with a south Indian brahman and this is where the data delivers one of
12:2212 minutes, 22 secondsits most surprising findings. Brahman communities across India show elevated step ancestry compared to non- brahman
12:3112 minutes, 31 secondscommunities of the same region. This is consistent with the historical narrative of Brahman communities as carriers of
12:3812 minutes, 38 secondsthe vadic tradition that arrived with the step related Indo-Aryan migrations.
12:4412 minutes, 44 secondsA Kashmiri Pandit Brahman might carry 22% step ancestry. A UP Brahman carries
12:5112 minutes, 51 secondsaround 15 to 18%. But what about South Indian brahinss, the Tamil ears, the Telugu yogi brahinss, the canannada
13:0013 minutesbrahinss. Here is the finding that stops people in their tracks. South Indian Brahman communities carry step ancestry
13:0813 minutes, 8 secondslevels that are comparable to or even higher than many North Indian Brahman communities typically in the range of 15
13:1513 minutes, 15 secondsto 20% despite living in the south for millennia surrounded by non- Brahman populations who carry almost zero step
13:2413 minutes, 24 secondsancestry. How is this possible? The answer is endogamy.
13:3013 minutes, 30 secondsSouth Indian Brahman communities have practiced extraordinarily strict marriage within community and dogamy for
13:3713 minutes, 37 secondsso long and so consistently that they preserve their step ancestry signal intact while the non- Brahman
13:4513 minutes, 45 secondscommunities around them who practice different social structures mixed more freely with the broader south Indian
13:5213 minutes, 52 secondspopulation and preserved predominantly AASIheavy profiles a Tamil ay brahman and a Tamil
14:0014 minutesDallet living in the same district of Tamil Nadu can differ by 15 percentage points in step ancestry and 30
14:0814 minutes, 8 secondspercentage points in AASI ancestry. A genetic gap within a single geographic community that reflects thousands of
14:1614 minutes, 16 secondsyears of social separation encoded directly in the DNA. One striking study noted that South Indian brahinss carry
14:2614 minutes, 26 secondsessentially zero AASI ancestry despite living in the south for millennia. A finding that speaks to the extraordinary
14:3414 minutes, 34 secondspower of endogamy to freeze a population's genetic profile in time regardless of where that population
14:4214 minutes, 42 secondslives. If you have ever done a DNA test and found results that confused you, whether you are a Punjabi seeing
14:4914 minutes, 49 secondsunexpected Central Asian ancestry, a Tamil seeing an Iranian farmer component you did not expect or a Brahman anywhere
14:5814 minutes, 58 secondsin India trying to understand why your results look so different from your non- Brahman neighbors. There is a complete guide I put together for exactly this.
15:0815 minutes, 8 secondsIt is called what your DNA is really telling you. 35 pages with 12 original
diagrams, full peer-reviewed citations, and a step-by-step breakdown of how ethnicity estimates work. what step
15:2215 minutes, 22 secondsancestry and AASI ancestry and IVC ancestry actually mean in the context of
15:2915 minutes, 29 secondsyour specific community and what the latest ancient DNA research has found about the three great migration waves
15:3715 minutes, 37 secondsthat built every Indian genome. PDF and EPUB both included so it works on any
15:4515 minutes, 45 secondsdevice. 7-day money back guarantee. If it is not what you needed, you get every penny back. The link is in the
15:5215 minutes, 52 secondsdescription and pinned in the about section and there is a QR code on screen right now. Now let's talk about what
16:0016 minuteshappens on the Y chromosome. The patrinal DNA that passes from father to son because the hapla group comparison
16:0816 minutes, 8 secondsbetween north and south India is one of the most revealing data sets in all of South Asian genetics. The most common Y
16:1616 minutes, 16 secondschromosome Hapla group in North India particularly in upperccast Brahman and Chhatria communities is R1A the step
16:2516 minutes, 25 secondsmarker. R1A is found at frequencies of 25 to 70% in various North Indian
16:3316 minutes, 33 secondsBrahman populations and its presence directly reflects the Indo-Aryan migration event cross into South India
16:4116 minutes, 41 secondsand R1A drops dramatically among Tamil non Brahman men. R1A typically appears
16:4816 minutes, 48 secondsat frequencies below 5%. Instead, the dominant haplo group in South Indian men is H-m69,
16:5716 minutes, 57 secondsone of the oldest Y chromosome lineages in the world. Estimated to have originated in South Asia between 30,000
17:0517 minutes, 5 secondsand 48,000 years ago, tens of thousands of years before the step migration.
17:1217 minutes, 12 secondsH-m69 is the patrinal signature of the AASI population, the original settlers, and
17:2017 minutes, 20 secondsit dominates the male lineage of South India precisely because the step migration that brought R1A into North
17:2817 minutes, 28 secondsIndia had so little demographic impact on the non- Brahman South. When a Tamil man carries H--m69,
17:3717 minutes, 37 secondswhich the majority of Tamil non Brahman men do, he is carrying a Y chromosome that was already ancient when the first
17:4517 minutes, 45 secondsprotoindo-aran speaker crossed the Hindu Kush. When a Punjabi Brahman carries R1A as the
17:5317 minutes, 53 secondsmajority do, he is carrying the Y chromosome of the bronze age step pastoralists who changed the genetic
18:0018 minuteslandscape of North India 4,000 years ago. These two Hapla groups on either side of the Vindas are the molecular
18:0818 minutes, 8 secondssymbols of the north south divide written in male DNA. The maternal DNA, the mitochondrial haplo groups that pass
18:1718 minutes, 17 secondsfrom mother to child tells a slightly different story and it is one that complicates the simple north south narrative in an interesting way.
18:2618 minutes, 26 secondsMitochondrial Hapla group M which originated in South Asia and is one of the oldest mitochondrial lineages
18:3418 minutes, 34 secondsoutside of Africa is found at significant frequencies both in North and South India reflecting the deep ASI
18:4318 minutes, 43 secondsmaternal ancestry that underlies all Indian populations regardless of how much STEP or IVC ancestry was added
18:5218 minutes, 52 secondslater. This means that even in populations with very high-step ancestry on the patrinal side like north Indian
19:0019 minutesbrahman communities the maternal lineages often point to ancient indigenous south Asian ancestry. The
19:0719 minutes, 7 secondsstep migration was not a replacement event. It was a mixing event driven significantly by step men mixing with
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