Vikram Chowdhary

[সমীর ರಕ್ಷಿತ್ 🇮🇳 @rakshitmca]

@paavanshukla And India completed testing of its first hydrogen train ❤️ this is huge achievement 🔥

https://t.co/EPaDv7aSJ7

[Elon Musk @elonmusk]

True

[SEDUCTIVE MIND @MidnightMuse___]

JAPANESE COUPLES HAVE THE MOST STABLE MARRIAGES IN THE WORLD BECAUSE OF ONE RULE ALMOST EVERY WESTERN THERAPIST IGNORES:

[Aric Chen @aricchen]

🚨Beijing spent six months trying to break Japan🇯🇵.

It threatened to behead the Japanese prime minister. It locked fire-control radars onto Japan's F-15 fighter jets. It banned the export of rare earths, magnets, and dual-use electronics. It sanctioned 40 named Japanese corporations. It sent Coast Guard vessels — including ships equipped with 76mm naval guns — into Japanese territorial waters around the Senkakus a record 27 times in 2025 alone. It conducted the eighth major military exercise around Taiwan in three years.

The campaign was the most sustained, multi-vector coercion any East Asian capital has faced from China in the postwar era.

Here is what it produced.

On December 26, 2025 — seven weeks after Prime Minister Takaichi's Diet remarks invoking the "survival-threatening situation" clause for Taiwan — Japan passed a record 9.04 trillion yen defense budget. The largest in its history. Two full years ahead of the GDP 2% target.

On March 19, 2026, Takaichi arrived at the White House. Japan formally joined the Golden Dome missile defense initiative. The Diet's lower house passed the defense budget the same day. The cabinet approved a National Intelligence Agency the same day.

On March 31, 2026 — exactly one month after Operation Epic Fury began — Japan did something it had not done since 1945. The Japan Ground Self-Defense Force deployed homegrown long-range strike missiles capable of reaching the Chinese mainland. The upgraded Type 12. The Hyper Velocity Gliding Projectile. Operationally fielded. From Camp Kengun in Kumamoto, the range envelope covers North Korea, the eastern Chinese coastline, and Taiwan in their entirety.

On the same day, JS Chokai completed Tomahawk integration. 400 Tomahawks acquired from the United States. $2.35 billion. Timeline accelerated by one full year.
In April 2026, the Takaichi cabinet removed the "five categories" restriction on lethal weapons exports. In May, Tokyo concluded an agreement with Manila for the transfer of Abukuma-class destroyer escorts to the Philippine Navy — the first export of finished lethal military equipment in Japan's postwar history.

And in November 2025, three months before the Iran war began, Japan made its first-ever transfer of domestically-produced PAC-3 interceptor missiles to the United States military, backfilling American stockpiles depleted by Ukraine.

Beijing's pressure tools, applied at maximum political volume, accelerated every single development they were intended to deter.

Zero retractions. Zero policy reversals. The opposite of the strategic isolation the campaign was designed to achieve.

Three months before America discovered, in the harshest possible terms, the structural fragility of its munitions industrial base, Japan had already become a backfill source for U.S. air defense stockpiles.

Before USS Tripoli left Sasebo for the Middle East with the 31st Marine Expeditionary Unit aboard, Japan had already conducted the first lethal weapons transfer in its postwar history.

Tokyo did not need Operation Epic Fury to teach it the lesson. Tokyo had adopted the conclusion in December 2022, accelerated it in late 2024, fielded the capability in March 2026, and codified its industrial role in April 2026.

The most consequential strategic fact about Japan's response to the Iran war is that the response had begun before the war.

This is not luck. This is doctrine.

And it is the single most important variable in the Indo-Pacific equation that Beijing now has to solve.

My full analysis below. 🔗

[X Freeze @XFreeze]

Elon Musk: "If you punish people too much for failure, then they will respond accordingly, and the innovation you will get will be very incrementalist

Nobody's gonna try anything bold for fear of getting fired or being punished in some way. So risk-reward must be balanced and favor taking bold moves, otherwise it will not happen"

[Anish Moonka @anishmoonka]

Winston Churchill fought his depression with bricks. He'd lay them for hours at his country home in Kent. He joined the bricklayers' union. And in 1921 he wrote about why it worked. It took psychology another 75 years to catch up.

He called his depression the "Black Dog." It followed him for decades. His method for fighting it back was as basic as it sounds: laying brick after brick, hour after hour.

Churchill spelled out his theory in a long essay for The Strand Magazine. People who think for a living, he wrote, can't fix a tired brain just by resting it. They have to use a different part of themselves. The part that moves the eyes and the hands. Woodworking, chemistry, bookbinding, bricklaying, painting. Anything that drags the body into a problem the mind can't solve by itself.

Modern psychology now calls this behavioral activation. It's one of the most-studied depression treatments out there. Depression sets a behavior trap. You feel bad, so you stop doing things, and doing less means less to feel good about. Feeling worse makes you do even less. The loop tightens until you can't breathe inside it.

Behavioral activation breaks the loop from the action side. You schedule the activity first, even when every part of you doesn't want to. Doing it produces small rewards: a wall gets straighter, a painting fills in, a messy room gets clean. Those small rewards slowly rewire the brain. Action comes first, and the feeling follows.

Researchers at the University of Washington put this to the test in 2006. They studied 241 adults with major depression and compared three treatments: behavioral activation, regular talk therapy, and antidepressants. For the people who were most severely depressed, behavioral activation matched the drugs. It beat the talk therapy. A 2014 review of more than 1,500 patients across 26 trials backed up the result.

Physical work like bricklaying does something extra on top of this. It crowds out rumination, the looping bad thoughts that grind people down during the worst stretches of depression. Bricklaying needs both hands and gives feedback brick by brick: each one is straight or crooked. After an hour you can see exactly how much wall you built. No room left for the mental chewing.

The line George Mack used in his post, "depression hates a moving target," is good poetry. The science behind it is sharper. Depression hates a brain that has somewhere else to be.

[The Indian Matrix @indianmatrix]

In the high-stakes geopolitical theatre of the 21st century, the balance of power has undergone a seismic shift. It is no longer measured solely by the tonnage of naval fleets or the range of ballistic missiles. The most potent weapon of the modern era is smaller than a fingernail.
It is the microchip.

Semiconductors are the invisible nervous system of our digitised world. They power everything, from the smartphone in your palm to the guidance systems of cruise missiles. In this new era, the equation is stark and unforgiving: No chips, no economy. No chips, no defence. No chips, no future.

For over three decades, India’s relationship with this critical technology was defined by a painful paradox. We possessed the world’s finest engineering minds, men and women who designed the very chips that powered Silicon Valley giants, yet we lacked the courage to build them on our own soil. India was the "Back Office" of the tech world, locked within the glass towers of Bengaluru and Hyderabad, restricted to a single mode: Design.

The scars of our past run deep. India’s semiconductor journey is marked by two monumental failures born of policy paralysis. The first was the 1989 tragedy at the Semiconductor Complex Limited (SCL) in Mohali. A functioning fabrication plant, a rare head start for India, was reduced to ashes by a mysterious fire. Instead of rebuilding aggressively, the government let the initiative wither, gifting a two-decade competitive edge to nations like Taiwan.

The second was the "Intel Blunder" of 2007. When Intel proposed a massive plant in India, the government dithered. Tired of the delay, Intel moved to Vietnam. Today, that single plant accounts for roughly 3% of Vietnam’s national exports. That could have been us.
But the era of missed opportunities is finally over. India has crossed the "credibility threshold."

Through the India Semiconductor Mission (ISM) 1.0 and 2.0, India is exorcising its ghosts. We are witnessing a transition from policy to production at a speed that has stunned the global industry. A massive ₹76,000 Crore ($10 billion) incentive outlay has converted international scepticism into concrete sites on the ground.

The numbers are staggering. Over ₹1.6 lakh crore ($20B+) has been committed across 10 major projects. This isn't just paperwork, but steel in the ground and chips in the machines.

Look at the pace of execution. Micron Technology in Sanand, Gujarat, with an investment of ₹22,516 crore, is already shipping. This is the "2026 Cohort" in action, moving from approval to commercial output in record time. Following this icebreaker, the heavy lifting began with the "Big One"- Tata Electronics’ mega-fab in Dholera. At nearly ₹91,526 crore, this partnership with Taiwan’s PSMC is anchoring India’s long-term capability with a massive output of 50,000 wafers per month.

The momentum is relentless. Kaynes Technology is entering the production phase with its ₹3,307 crore facility. Meanwhile, CG Power and Renesas are building a massive OSAT hub in Sanand (₹7,584 crore), aimed at churning out 15 million chips per day for industrial and automotive use.

This revolution is geographically inclusive, moving beyond metropolitan elites to the heart of Bharat. In Jagiroad, Assam, Tata Electronics is building a ₹27,000 crore facility, shattering the myth that high-tech manufacturing belongs only in mainland metros. In Panvel, Maharashtra, the Adani Group has partnered with Israel’s Tower Semiconductor for a massive $10 billion investment to build the analogue brains for electric vehicles and drones.

From the HCL-Foxconn JV in Greater Noida, Uttar Pradesh (₹3,700 crore), to the emerging clusters in Odisha, Andhra Pradesh, and Punjab, India is decentralising high-tech wealth. This "Silicon Savannah" is rising in Tier-2 and Tier-3 cities, driven by a new era of competitive federalism. 11 states have now rolled out dedicated Semiconductor Policies, competing to offer land, water, and power in a "plug-and-play" model.

ISM 2.0 is now building the "invisible skeleton", the complex web of ultra-pure chemicals, rare gases, and specialised equipment needed to sustain this ecosystem. Even the ill-fated SCL Mohali is being revived with a $1 billion modernisation plan, finally closing the loop on a 30-year-old tragedy and reclaiming a lost legacy.

The secret sauce has been accelerated execution. The bureaucracy that once acted as a brake is now an accelerator, offering time-bound clearances that have made India a viable global alternative.

This journey from "Design Only" to "Make in India" is about more than GDP. It is about strategic sovereignty. By successfully wooing Micron, Tata, PSMC, and Tower, India has secured its shield in a world where supply chains are weaponised.

India’s semiconductor dream is no longer aspirational; it is operational. The semiconductor "bus" we once missed is no longer a distant memory. This time, India isn't just catching the bus; we are building the road.
The era of the Indian Chip has begun.

[Furkan Gözükara @FurkanGozukara]

Absolute bombshell. Data reveals someone made a massive 580 MILLION dollar trade on oil exactly 15 minutes BEFORE Donald Trump posted his tweet about pausing the Iran war. Someone on the inside just made a life changing fortune. The corruption is blatant.

[Alok Jain ⚡ @WeekendInvestng]

India politicians are Saints in front of this

[Harsh Goenka @hvgoenka]

China’s solar plant in Dunhuang uses 12,000 mirrors to focus sunlight onto a central tower, heating molten salt to extreme temperatures.

The real magic? It stores that heat so that power can be generated even after the sun goes down.

[Velina Tchakarova @vtchakarova]

Read this carefully. Several times.
👇

[Mario Nawfal @MarioNawfal]

TESLA'S $2 TRILLION SECRET: THE CARS WERE JUST THE TROJAN HORSE

Tesla's stock just hit $450 after years of skeptics calling it overvalued for a "car company."

The skeptics were right about one thing: Tesla isn't a car company.

It never was.

The vehicles were just the data collection devices, the training ground, the Trojan horse for what's actually being built: the world's most advanced real-world AI that's about to make human labor optional.

Full Self-Driving V14 just achieved something nobody thought possible: intervention-free drives from Los Angeles to New York.

Not on highways with perfect lane markings, but through construction zones, unexpected detours, unmarked rural roads, and Manhattan traffic.

Tesla's fleet of 6 million vehicles has been training this AI with billions of miles of real-world data.

Every car is a teacher, every drive a lesson, every edge case captured and learned.

No other company has this data advantage, and they never will.

But here's what Wall Street is finally understanding: the same AI that navigates a two-ton vehicle through chaos can navigate a humanoid robot through a factory, kitchen, or hospital.

Optimus, Tesla's humanoid robot, uses identical neural networks, same vision system, same decision architecture.

The only difference is legs instead of wheels.

When you've solved vision and real-world navigation for cars, you've solved it for everything.

The economics are staggering.

Tesla's targeting $20,000 per Optimus unit at scale.

The global labor force is 3.5 billion people.

If Optimus replaces just 10% of human labor, that's 350 million units at $20,000 each: $7 trillion in revenue.

Not market cap. Revenue.

For context, Apple's total revenue last year was $380 billion.

Optimus could generate 18 times that from just partial market penetration.

Elon's prediction that Optimus will be bigger than everything else Tesla does combined isn't hyperbole; it's conservative.

Cars are a $3 trillion global market.

Labor is a $75 trillion market.

Every restaurant, warehouse, factory, hospital, and home becomes a potential customer.

Unlike cars that sit idle 95% of the time, robots work 24/7.

One Optimus could replace three human shifts.

The timeline is what nobody expected.

Optimus went from stumbling prototype to gracefully running in two years.

Tesla's manufacturing expertise means they can scale production faster than anyone.

They're already building the factories.

By 2027, Elon projects thousands of units. By 2030, millions.

This isn't theoretical anymore; it's industrial planning.

What investors are really betting on isn't Tesla's ability to make cars or even robots.

They're betting that Tesla has solved real-world AI while everyone else is still playing with chatbots.

Google's Waymo needs pre-mapped cities and perfect conditions.

Tesla's FSD works anywhere, instantly.

That's the difference between narrow AI and general intelligence applied to physical tasks.

The automotive business was never the destination; it was the funding mechanism and data pipeline for the actual product: artificial general intelligence for the physical world.

Every Tesla sold wasn't just a car purchase but an investment in training the AI that will fundamentally restructure human civilization.

The owners paid Tesla to build its true product.

We're watching the last pivot before everything changes.

Tesla's cars proved they could build quality hardware at scale.

FSD proved they could solve real-world AI.

Optimus will prove they can replace human physical labor.

The stock price isn't irrational exuberance; it's the market finally understanding that @Tesla owns the future of work itself.

[Alok Jain ⚡ @WeekendInvestng]

Great Article. Must Read

Also read between the lines when IMF itself promotes reading of this article !!

[Indian Infra Report @Indianinfoguide]

🚨India's Trade with China in last 5 Yrs

FY EXPORTS IMPORTS

FY21 $22 billion $65 billion
FY22 $21 billion $94 billion
FY23 $16 billion $98 billion
FY24 $17 billion $101 billion
FY25 $14 billion $113 billion

[The White House @WhiteHouse]

"Just had a wonderful phone call with my friend, Prime Minister Narendra Modi. I wished him a very Happy Birthday! He is doing a tremendous job. Narendra: Thank you for your support on ending the War between Russia and Ukraine!" - President Donald J. Trump

[Commentary Donald J. Trump Posts From Truth Social @TrumpDailyPosts]

Donald Trump Truth Social Post 08:45 AM EST 08/27/25

George Soros, and his wonderful Radical Left son, should be charged with RICO because of their support of Violent Protests, and much more, all throughout the United States of America. We’re not going to allow these lunatics to rip apart America any more, never giving it so much as a chance to “BREATHE,” and be FREE. Soros, and his group of psychopaths, have caused great damage to our Country! That includes his Crazy, West Coast friends. Be careful, we’re watching you! Thank you for your attention to this matter!

[Vikram Chowdhary @IVikramsc]

@Akshat_World @grok can you explain further on it

[Markets by Zerodha @zerodhamarkets]

🥲

Image: @menakadoshi

[Vikram Chowdhary @IVikramsc]

@MeghUpdates Fee @grok