abhishek mishra retweeted
सोनिया गांधी की सरकार में इसी लाल चौक से शाम 6 बजे ही सुरक्षा बलों ने मुझे जाने के लिये बोल दिया था
एक अजब सा तनावपूर्ण माहौल बना रहता था
ख़ौफ़ में डूबी वो कश्मीर वादी बहुत पुरानी बात नहीं है
#दिवाली
abhishek mishra retweeted
The Fortress India movement gets underway. @QuillSabre are delighted to be part of this wonderful initiative. @shivkunalverma s 1962 and 1965 books, as also the 6-part series ‘Battles of the Republic’ are available on both the Fortress India and S&Q websites. Order your copies now…
order.fortressindia.in/produ…
abhishek mishra retweeted
This was the turning point in history of future of India....
Future generations will thank him immensely....
#LKAdvani
abhishek mishra retweeted
INDIA'S RAILGUN WORK MOVES INTO ITS OWN BUILDING AT PUNE
• DRDO's annual report records that construction of the Centre for Electromagnetic Launch Technology at Pune is complete, with handover due in 2026
• The centre holds a design wing, instrumentation hub, test range, capacitor bank and a large calibre railgun
• ARDE has already fired a 10 MJ railgun at projectile velocities above 2,000 metres per second
• The Aero India 2025 trailer mounted version used a 10 MJ bank of 25 modules at 400 kJ each and could fire about 30 rounds at three per minute
• ARDE Director Ankathi Raju has described an Army railgun running at about 11,000 volts and 2.5 mega amps, throwing a 50 kg projectile at near Mach 6 to nearly 200 km
• AVNL's Heavy Vehicles Factory at Avadi issued Expressions of Interest in September 2026 for the launch barrel assembly and the barrel platform
@DRDO_India @adgpi
#Railgun #ARDE #DRDO
abhishek mishra retweeted
In 2025, India performed 20,138 organ transplants. It is the most we have ever done in a single year, and the 1st time the count has crossed 20K.
Go back to 2013 and the annual figure was 4,990. So in 12 years this has quietly quadrupled, and I do not remember anyone celebrating it.
A few things this number hides:
- India is now the 3rd largest transplant country in the world, behind only the US and China.
- In living-donor transplants we are 1st.
- We are also 1st in hand transplants, which I did not know was even a tracked category.
- And the deceased-donor side, the harder side, has gone from 837 transplants in 2013 to 3,526 last year.
- Behind those numbers are the families who said yes in the worst hour of their lives.
- 1,128 deceased donors in 2024, up from 340 in 2013.
- Since 2023, 5 lakh+ people have signed pledges to donate their organs after death.
Kalidasa wrote a line around 1,600 years ago that fits this better than anything I could (Kumarasambhava 5.33):
शरीरमाद्यं खलु धर्मसाधनम्
sariram adyam khalu dharma-sadhanam
"The body is indeed the first instrument of dharma."
The body exists to do good. Last year that meant 16,612 living-donor procedures, someone giving a part of their body and going home to their own life and 3,526 deceased-donor transplants, where a body kept doing its dharma after death.
Almost 20,000 second chances in one year.
Data: NOTTO Annual Report 2025-26 (Ministry of Health), PIB, Lok Sabha AU 3078
abhishek mishra retweeted
India has plenty of places that teach physics. Far fewer protect a physicist’s time.
A new Mumbai institute, the Lodha Theoretical Physics Institute, is built to do that. Its scientists won’t have to teach, chase grants, or do administrative work. It won’t even award degrees.🧵
abhishek mishra retweeted
Very intrigued to see the number 432000 in this equation. Guess why?
The yuga calculation runs on the basis of 432000 years.
1x is Kali yuga.
2x is Dvapara yuga
3x is treta yuga
4x is krta / Satya yuga.
Together 4.32 million years is one mahayuga. 1000 MY is Brahma's day.
Everyone knows the Rigveda is the oldest book of India. Almost nobody knows what a computer scientist from Srinagar found hiding inside its table of contents.
This is that story....
@subhash_kak Ji is a prof. of computer science at Oklahoma State. 1 of the 2 known methods of quantum cryptography comes from him. But his most unusual work is a discovery he calls the astronomical code of the Rigveda.
Start with the fire altar, described in the Shatapatha Brahmana down to the last stone. It is enclosed by 360 stones: 21 for the earth, 78 for the atmosphere, 261 for the sky.
It holds 10,800 ordinary bricks, which is exactly the number of muhurtas in a year of 360 days. And the same text says the Rigveda has 432,000 syllables. 432,000 is 40 x 10,800. The book is being described as an altar built out of verses.
Now look at 261, the sky number. The sun appears about half a degree wide in our sky. Count its own diameters from horizon to horizon and you get ~339. Subhash Ji calls these sun-steps. Take the mean of 339 and 183, the half-year, and you land exactly on 261. The altar's sky number.
Then Subhash Ji did something nobody had tried. He arranged the 10 books of the Rigveda in layers, like an altar. The Rigveda has 1,028 hymns / 1,017 without the 11 Valakhilya hymns that the tradition itself treats as a later supplement. Arrange the books as an altar and this is what falls out:
- Books 4, 6, 8 and 9, the spine, hold exactly 339 hymns. The sun-step number.
- Books 1 and 10 hold 382, which is 339 + 43.
- Books 2, 3, 5 and 7 hold 296, which is 339 - 43.
- And 43 is the hymn count of Book 2 itself.
- Books 5 and 7 add to 191, which is the count of both Book 1 and Book 10.
- The full count is 1,017, which is 339 x 3.
- He counts 216 hymn groups. 216 is 2 x 108.
The Jaiminiya Grhyasutra says plainly: Mercury is Vishnu. Vishnu's most famous feat in the Rigveda is measuring the universe in 3 strides. Subhash Ji's reading: divide the sky's 261 days by the 3 strides and you get 87 days.
Mercury's actual year is 88 days. And 3 of Mercury's cycles through the sky, 118 days each in the code, give 354 days, the lunar year. The hymn says 2 of Vishnu's steps are visible to men, but the 3rd is beyond the flight of birds.
Mercury is the hardest planet to spot precisely because it never strays far from the sun's glare.
The code does not stop there. The Vedanga Jyotisha, the astronomy manual of the same world, counts the moon rising 1,768x in a yuga of 1,830 days. Divide and you get the moon rising every 24 hours and 50.5 minutes.
I do not know if all of this was design. But when the spine of the altar of books adds up to the number of steps the sun takes across the sky, I find it hard to call it an accident. Anyone with a calculator can check every number here in one evening. That, to me, is the most stunning part.
Source: Subhash Kak, The Astronomical Code of the Rgveda (3rd edition); S. Kak, Quarterly Journal of the Royal Astronomical Society, 1995 and 1996.
Photo 1: The 10,800 brick count = a year's muhurtas (p.75).
Photo 2: Shatapatha Brahmana 10.4.2.23-24, the Rigveda as 432,000 syllables (p.89).
Photo 3: The 1,017 hymn total and Subhash Ji's 339x3 reading - note he frames it as "we choose to view", i.e. his interpretation, not a count stated in the text (p.99). Also has his own Books 4-8 graph figure.
Photo 4: The Mercury-Vishnu identification - 3 revolutions in 261 sky days, so 87 days (p.110).
abhishek mishra retweeted
I promised to investigate judicial corruption and impropriety
Here is the first part
Kashmir hotels, a Dubai-based businessman called Sahul Agarwal, and Justice Sanjay Kishan Kaul: What lies behind a web of commercial deals and payments
chapter1mag.com/polity/hotel…
abhishek mishra retweeted
Everyone knows the Rigveda is the oldest book of India. Almost nobody knows what a computer scientist from Srinagar found hiding inside its table of contents.
This is that story....
@subhash_kak Ji is a prof. of computer science at Oklahoma State. 1 of the 2 known methods of quantum cryptography comes from him. But his most unusual work is a discovery he calls the astronomical code of the Rigveda.
Start with the fire altar, described in the Shatapatha Brahmana down to the last stone. It is enclosed by 360 stones: 21 for the earth, 78 for the atmosphere, 261 for the sky.
It holds 10,800 ordinary bricks, which is exactly the number of muhurtas in a year of 360 days. And the same text says the Rigveda has 432,000 syllables. 432,000 is 40 x 10,800. The book is being described as an altar built out of verses.
Now look at 261, the sky number. The sun appears about half a degree wide in our sky. Count its own diameters from horizon to horizon and you get ~339. Subhash Ji calls these sun-steps. Take the mean of 339 and 183, the half-year, and you land exactly on 261. The altar's sky number.
Then Subhash Ji did something nobody had tried. He arranged the 10 books of the Rigveda in layers, like an altar. The Rigveda has 1,028 hymns / 1,017 without the 11 Valakhilya hymns that the tradition itself treats as a later supplement. Arrange the books as an altar and this is what falls out:
- Books 4, 6, 8 and 9, the spine, hold exactly 339 hymns. The sun-step number.
- Books 1 and 10 hold 382, which is 339 + 43.
- Books 2, 3, 5 and 7 hold 296, which is 339 - 43.
- And 43 is the hymn count of Book 2 itself.
- Books 5 and 7 add to 191, which is the count of both Book 1 and Book 10.
- The full count is 1,017, which is 339 x 3.
- He counts 216 hymn groups. 216 is 2 x 108.
The Jaiminiya Grhyasutra says plainly: Mercury is Vishnu. Vishnu's most famous feat in the Rigveda is measuring the universe in 3 strides. Subhash Ji's reading: divide the sky's 261 days by the 3 strides and you get 87 days.
Mercury's actual year is 88 days. And 3 of Mercury's cycles through the sky, 118 days each in the code, give 354 days, the lunar year. The hymn says 2 of Vishnu's steps are visible to men, but the 3rd is beyond the flight of birds.
Mercury is the hardest planet to spot precisely because it never strays far from the sun's glare.
The code does not stop there. The Vedanga Jyotisha, the astronomy manual of the same world, counts the moon rising 1,768x in a yuga of 1,830 days. Divide and you get the moon rising every 24 hours and 50.5 minutes.
I do not know if all of this was design. But when the spine of the altar of books adds up to the number of steps the sun takes across the sky, I find it hard to call it an accident. Anyone with a calculator can check every number here in one evening. That, to me, is the most stunning part.
Source: Subhash Kak, The Astronomical Code of the Rgveda (3rd edition); S. Kak, Quarterly Journal of the Royal Astronomical Society, 1995 and 1996.
Photo 1: The 10,800 brick count = a year's muhurtas (p.75).
Photo 2: Shatapatha Brahmana 10.4.2.23-24, the Rigveda as 432,000 syllables (p.89).
Photo 3: The 1,017 hymn total and Subhash Ji's 339x3 reading - note he frames it as "we choose to view", i.e. his interpretation, not a count stated in the text (p.99). Also has his own Books 4-8 graph figure.
Photo 4: The Mercury-Vishnu identification - 3 revolutions in 261 sky days, so 87 days (p.110).
abhishek mishra retweeted
1) 🧵 Recently, there have been tense standoffs between protestors & the security forces due to the proposed construction of the Siang Upper Multipurpose Project (SUMP). This has also led to intense arguments online.
Proponents for the dam claim concerns due to the Medog 60 GW hydro project being built by China upstream in the Yarlung Tsangpo gorge in Tibet.
Opposition, mainly local-led by the Adi people of the Siang claim immense loss of culture & livelihood that the SUMP project might bring to their heartland.
abhishek mishra retweeted
🔥 SATIRE | Empty Chairs at Ramlila vs. Full Fire at Mock Parliament
🧨 While Godi Media was busy counting empty chairs at Ramlila Maidan, @RitikaChandola turned into Mahua Moitra and set the Mock Parliament on fire! 💥
Catch the chaos in the latest episode of The Wokeshwari Show! 🍿👇 #TheWokeshwariShow
abhishek mishra retweeted
Who’s really behind the protests in Delhi?
People bussed in from outside the city, someone housing them, feeding them, moving them around - none of it is free. So where’s the funding coming from?
And the bigger question: is this real public anger, or something being organised and paid for? A sharp look at what actually drives these movements - and why change doesn’t come from the street.
🎙️@Vikram_Sood Ji, former R&AW chief, with @RoshanCariappa on Bharatvaarta. New episode out now.
#VikramSood #DelhiProtests #India #Geopolitics
abhishek mishra retweeted
This guy @JayvijaySachan is on a roll! Perfect conversation between Piyush Mishra and mulla Naseeruddin Shah! 👌🏽👏🏼😂
abhishek mishra retweeted
The Ancient Echoes: how the Yayati Chronicles Position India as the Cradle of Indo European Civilization By @shreehistory
In the vast tapestry of the Mahabharata (महाभारत), few stories are as compelling for understanding ancient migration patterns as the tale of King Yayati (ययाति) and his five sons. While mainstream archaeology continues to debate the origins of Indo European peoples, the epic's detailed genealogical accounts offer a fascinating counter narrative that places India not as the destination of ancient migrations, but as their source. The story of Yayati, traditionally viewed as myth, may actually preserve the collective memory of one of history's most significant population movements.
The narrative begins with Yayati, the great king of the lunar dynasty, whose personal transgressions led to a curse that would reshape the ancient world. When Shukracharya cursed Yayati with premature old age for his betrayal of marriage vows, the desperate king turned to his five sons for salvation. Only Puru, the youngest, agreed to exchange his youth for his father's decrepitude, earning him the throne and the right to remain in the heartland of Bharatavarsha (भारतवर्ष). The other four sons faced a different fate entirely.
In his gratitude mixed with disappointment, Yayati pronounced what would become one of history's most consequential curses. Yadu (यदु), Turvasu (तुर्वसु), Druhyu (द्रुह्यु), and Anu (अनु) were condemned to leave the sacred boundaries of Aryavarta (आर्यावर्त) and establish their lineages in distant lands as mlecchas, peoples who would follow customs alien to Vedic (वैदिक) traditions. This was not merely punishment but prophecy, foretelling the great dispersal of Indo Aryan peoples across the ancient world.
The Westward Migration of the Anavas
The descendants of Anu, known as the Anavas (अनव), provide perhaps the clearest example of this outward migration. According to the Mahabharata and supporting Puranic texts, the Anavas moved systematically westward from their original territories in Kashmir and the northwestern regions of India. The Baudhayana (बौधायन) Shrautasutra (श्रौतसूत्र) specifically mentions that Amavasu (अमवसु), an early Anava leader, went west to the regions of Gandhara (गांधार), Parshu (पर्शु), and Aratta (अरत्त). From these staging areas, subsequent generations continued their westward journey into what would become Afghanistan, Central Asia, and eventually Persia.
Archaeological evidence supports this narrative in unexpected ways. The Tusharas (तुषर), prominent among the Anava tribes, are mentioned throughout the Mahabharata as fierce warriors from the northwest. Their name survives in historical records as the Tokharians of Central Asia, who by the first century CE had established the mighty Kushan (कुषाण) Empire. This empire controlled vast territories from northern India to Central Asia, dominating the Silk Road trade routes that connected East and West. The progression from Vedic Tusharas to historical Tokharians to Kushan rulers represents a clear lineage that can be traced through both textual and archaeological records.
The Linguistic and Genetic Echoes
The linguistic evidence proves equally compelling. The parallels between Vedic Sanskrit and the ancient Iranian language of the Avesta (अवस्ता) go far beyond what would be expected from mere cultural contact. Shared religious concepts, mythological figures, and even specific ritual terminology suggest a common origin rather than borrowing. The Vedic god Varuna (वरुण) and the Avestani Ahura Mazda (अहुर मज़्दा) share not only similar attributes but virtually identical hymns, while the sacred fire rituals of both traditions follow remarkably similar patterns. Such deep structural similarities point to a shared heritage that diverged when populations physically separated.
Druhyu's descendants tell a parallel story of northern migration. The Mahabharata records that this lineage moved toward what is now identified as central Europe, carrying with them the proto Indo European languages that would eventually develop into the Germanic, Celtic, and other European language families. The timing of this migration, as recorded in Puranic chronology, corresponds remarkably well with archaeological evidence for the spread of Indo European speaking peoples across Europe during the third and second millennia BCE.
The story of Yadu's descendants offers yet another piece of the puzzle. Though cursed never to rule kingdoms, the Yadavas became a powerful confederation that produced heroes like Krishna (कृष्ण) and established settlements throughout western India. Their maritime connections extended to distant shores, with Yadava trading networks reaching as far as the Mediterranean. Ancient Greek sources mention contacts with Indian peoples they called "Ethiopians of the East," descriptions that may preserve memories of these early Yadava expeditions.
Even the descendants of Turvasu, who became identified with various groups including the Yavanas (यवन), provide evidence for this outward migration theory. The term Yavana, initially referring to the descendants of Turvasu, was later applied to Greeks and other western peoples, suggesting that the original Yavanas had migrated so far west that when Greeks eventually appeared in Indian records, they were recognized as belonging to the same general category of distant western peoples.
The Chronological and Cultural Framework
The chronological framework provided by Puranic texts, while debated, offers dates for these migrations that predate the commonly accepted theories of Indo European expansion. If accurate, these accounts would push the origins of Indo European civilization back several millennia and locate its birthplace firmly within the Indian subcontinent. This would explain why the oldest and most complex forms of Indo European languages, poetry, and religious traditions are found in Vedic Sanskrit rather than in the supposed homeland of the Pontic steppes.
Furthermore, the Mahabharata's description of the technological and cultural sophistication of these migrating peoples aligns with archaeological evidence for the rapid spread of advanced metallurgy, horse domestication, and urban planning across Eurasia during the relevant time periods. The epic's detailed knowledge of distant geographical regions, from the mountains of Afghanistan to the steppes of Central Asia, suggests that these were not imaginary lands but territories familiar to the tradition's composers through historical memory.
The political implications of viewing the Yayati story as historical rather than mythological extend far beyond academic debates. If the Indian subcontinent was indeed the source rather than the destination of Indo European civilization, it would fundamentally alter our understanding of ancient cultural development and the relationships between various world civilizations. The image of India as a passive recipient of external influences would be replaced by that of an active cultural and demographic source that profoundly shaped the ancient world.
The resistance to this interpretation in mainstream scholarship often stems from methodological conservatism rather than contradictory evidence. The assumption that myth cannot preserve historical memory has led to the dismissal of valuable source material that could illuminate prehistoric population movements. Yet oral traditions worldwide have proven remarkably accurate in preserving information about ancient events, particularly those as traumatic and significant as large scale migrations and dynastic changes.
The Yayati narrative thus stands as more than just an ancient story about family conflict and divine punishment. It represents a detailed account of how populations spread from the Indian heartland to establish civilizations across the ancient world, carrying with them the languages, technologies, and cultural traditions that would shape human development for millennia. Whether viewed as myth or history, the tale offers profound insights into the interconnected nature of ancient civilizations and the continuing influence of prehistoric population movements on the modern world.
In the end, the story of Yayati and his sons challenges us to reconsider our assumptions about the direction of ancient cultural flow. Rather than viewing India as the eastern terminus of Indo European expansion, the Mahabharata invites us to see it as the dynamic center from which waves of migration carried Indian civilization to the furthest corners of the ancient world, creating the foundations upon which subsequent civilizations would build.
All rights reserved. You must get written permission if you want to republish. Twitter users can share, repost, like, and comment, but please provide attribution to @shreehistory, who did all this research.
abhishek mishra retweeted
What if the OG Amitabh Agnihotri ji reacts to Naseeruddin Shah’s video. #AmitabhAgnihotri #NaseeruddinShah
abhishek mishra retweeted
A few days back, Prof. Venugopalan Sankaran Ji (@Gopalee67) from SASTRA University Tamilnadu shared a document with me on how the Vakya Ganita system was reconstructed step by step in a 2025 Indian Knowledge Systems internship project.
IKS division of Ministry of Education Govt of India sponsors these researches.
1 example deserves to be seen before anything else:
मन्त्रितं प्राज्ञाय
That Sanskrit phrase encodes an entry in a table of the Moon's longitude: 10 rashis, 26 degrees and 25 arcminutes.
The sentence is not describing the Moon. Its letters carry the numbers used to calculate its position.
Vakya Ganita draws on the Vakya Karana, a Sanskrit astronomy manual dated to the 13th century and associated with Kanchi. "Vakya" means sentence. Numerical tables are encoded in words that can be memorised.
The key is katapayadi, where consonants stand for digits, following specific reading rules.
Take mātula, meaning maternal uncle. Ma gives 5, ta gives 6, la gives 3. Reverse the digits: 365.
Devara gives 248, the number of days in the lunar cycle used by this method.
The phrase above is entry 243 in the Moon table. It supplies a base value. The calculation then interpolates for the time within the day and applies corrections. The words are part of a working mathematical procedure, not decorative verses around it.
Similar sentence tables support calculations for the Sun, Rahu and the five visible planets. Memorising a verse could also mean memorising astronomical data.
The manual begins by invoking Bhagavan Varadaraja of Kanchipuram. Its author presents the work as making Bhaskara's method easier to use.
Now to the project Prof. Venugopalan ji shared.
He and Dr. Shriramana Sharma Ji, working with 6 student interns, set out the procedures step by step. Their report describes correcting printing errors across more than 2,000 source-table entries and preparing an English-Tamil presentation.
They also derived reverse procedures for the Sun, Moon and Rahu: starting with a given longitude and working back to a date. The original gives reverse procedures only partially for the five planets; these extensions are the modern team's contribution.
The report includes worked calculations, so readers can follow how the encoded words become numbers and how those numbers are used. It does not establish a comparison with modern ephemerides; the remarkable thing here is the method itself.
Thank you, Prof. Venugopalan ji again, for sharing it. 🙏🙏
P.S. Shriramana Sharma Ji has now done the part 2 & working on part 3, the final part of the entire work.
Source: Prof. Venugopalan S and Dr. Shriramana Sharma, The Vakya Ganita Method of Finding Celestial Longitudes, IKS Internship Project Report, Ministry of Education, 2025.
Photo 1: The worked lunar example: day 243, मन्त्रितं प्राज्ञाय to 10r 26°25′. This is the base table value; the calculation below shows interpolation, not the final corrected longitude. (p.32)
Photo 2: The decoding itself: मातुल → म त ल → 563 → reversed to 365. (p.16)
Photo 3: देवर encodes 248 days in the lunar calculation's Mandala 3 table. (p.30)
Photo 4: The team's contribution: additional reverse procedures inferred from first principles, and printing-error corrections across over 2,000 table entries. That means entries checked/corrected, not 2,000 separate errors. (p.5)




































