The Economics of Immigration and Deportation Immigration has been good for America. Mass deportation will be a disaster........ The Trump administration is going after immigrants, and not just those in the country illegally. Trump is seeking to expel immigrants who have been in the United States for decades. His Justice Department says that it is prioritizing “denaturalization,” stripping immigrant citizens of their citizenship. ICE is clearly engaged in racial profiling, as legal residents and citizens have been arrested and detained in ICE raids based on their “physical appearance.” .......... So the first thing I should say in this post is that human rights and the rule of law are by far the most important things at stake right now. Having the secret police — because that’s what ICE has become — assault and kidnap people, accuse them of trumped-up crimes, hold them incommunicado from legal representation and their families, and fail to give them proper medical care or food is a lot more important than the impact of these actions on GDP. Trump seeks to dehumanize immigrants, by calling them rapists, murderers and thieves. Yet, in fact, immigrants are on average more law-abiding than native-born Americans. ........... I include imprisonment because it looks increasingly likely that many of the people seized by ICE, rather than being sent out of the United States, will be incarcerated in inhumane facilities like Florida’s “Alligator Alcatraz.” ........
overall economic effects of immigration have been generally positive
............ one area that is somewhat up for debate — the impact of immigration on the wages of less-educated native-born citizens. There is, however, no ambiguity about the effects of Trump’s mass deportations, which will have a devastating economic effect.
We have met. Twice. Hunch and NYU. https://t.co/hVFTDJkBgL Am building the AI-era social network. And would like for @a16z to invest. Raising 1M at a 10M valuation.
— Paramendra Kumar Bhagat (@paramendra) July 18, 2025
— Paramendra Kumar Bhagat (@paramendra) July 18, 2025
The Rise of the Real Social Network: From Anti-Social Algorithms to Planetary Uplift https://t.co/TkWkJ1PCWi What Drives Venture Capital? Betting on the Fractal Future https://t.co/X1ugXdZhIA
— Paramendra Kumar Bhagat (@paramendra) July 18, 2025
— Paramendra Kumar Bhagat (@paramendra) July 18, 2025
Google was a public library killer that looked nothing like public libraries. The Facebook killer will look nothing like Facebook. A few steps down the line, it makes possible a 50T unlock for the Global South.
— Paramendra Kumar Bhagat (@paramendra) July 18, 2025
I doubt any pitch you have been made before has addressed that kind of potential market size.
— Paramendra Kumar Bhagat (@paramendra) July 18, 2025
ServiceDAO – Token-curated marketplace for AI-assisted freelance gigs.
MintMyAd – AI-generated marketing campaigns, NFTs for IP ownership.
PromptStore – Curated AI prompt marketplace with token royalties.
TaskBazaar – Crypto payments for crowdsourced micro-AI tasks.
AdSynth – AI creates, runs, and optimizes on-chain ad campaigns.
PromptRoyalties – Track and pay royalties on reused AI-generated prompts.
ChainStoreAI – Shopify-like AI builder for crypto-first storefronts.
๐ Emerging Markets & Global Inclusion
LangChainDAO – AI-powered local language blockchain education platform.
DeFi Translator – AI-based tool translating DeFi interfaces into local languages.
StableAid – AI planning app for UBI and aid distribution via stablecoins.
AIGrants – AI that auto-fills grant applications for Web3 funding.
Voice2Wallet – Speech-driven crypto wallets for low-literacy populations.
FarmerDAO – AI agents that advise farmers and distribute aid via crypto rails.
DialChain – AI voice agents that explain Web3 over low-bandwidth audio.
ChainRemit – AI-driven crypto remittance advisor with tax insights.
KYClessCredit – AI predicts creditworthiness without documents using behavior data, stored on-chain.
EduChainAI – Learn-to-earn AI tutor platform with crypto incentives.
2/ No one applied to YC. No one begged a VC. No one made a Notion roadmap. They just read one book. ๐ It’s called Greatness. They read it. They changed their Slack names to "protocol whisperer.” And started building. @Jason@RealTonyRocha@davemorin@brian_wong@photomatt
— Paramendra Kumar Bhagat (@paramendra) July 25, 2025
Why the Jews Did Not Accept Jesus—and Why That Matters
Too many Christians spend too much time and energy acting confused, flummoxed, or even offended that the Jewish people did not accept Jesus as the Messiah 2,000 years ago—and haven't since. But their rejection is rooted in scripture. The Jews read the Book of Isaiah and see a description of the Messiah that, in their interpretation, does not align with Jesus.
More importantly, consider the moment when the disciples asked Jesus to teach them how to pray. He responded with what became the most famous of all Christian prayers: the Lord’s Prayer. This prayer is not addressed to Jesus, but taught by Jesus—the eternal High Priest—to God the Father.
The prayer says, "Thy Kingdom come, Thy will be done on earth as it is in heaven." In essence, it is a plea for God to come and become King on Earth.
The Deeper Meaning of the Lord’s Prayer
Many Christians recite this prayer but interpret it in radically different ways. Imagine the Jews in Egypt praying for liberation from slavery—without fully grasping the magnitude of what they were asking for. Similarly, the Lord’s Prayer is a prophetic pointer. Through it, Jesus directs his followers not to himself as king, but toward the same figure the Jews have long awaited: the King of Kings, one who will establish peace and prosperity across the earth.
Jesus himself does not seem surprised that the Jews didn’t recognize him as the long-awaited Messiah. Yet many Christians remain troubled by this rejection.
This calls for humility. The more than 300 Old Testament prophecies fulfilled by Jesus only became evident in hindsight. Likewise, prophecies not yet fulfilled require patience, open-mindedness, and a deep humility.
The Messiah the Jews Await
The Lord’s Prayer calls on God the Father—Yahweh—to become King on Earth. But many Jews don’t realize their long-awaited Messiah is, in fact, Yahweh in human form.
They say the Messiah will be born in the line of David. But that prophecy has already been fulfilled—in Jesus. That part of the story is complete. What remains is the final act: the arrival of God Himself as King, as prophesied.
This is where interfaith dialogue becomes essential. Dialogue allows for deeper understanding across traditions—and can help clarify confusing or incomplete interpretations of prophecy.
Christians Have Been Praying to the Same God the Jews Worship
If Christians have been praying to God the Father—not Jesus—to become King of the Earth, then it makes little sense to expect Jesus to return and take the throne. The Lord’s Prayer is not addressed to Jesus but to Yahweh, who is known to Jews as Yahweh and to Hindus as Vishnu.
The "End Times" spoken of in scripture are not about the end of the world, but the end of this age. This opens the door to meaningful comparisons with Hindu cosmology, which contains the most detailed age-based framework found in any religious tradition. Was there an age before this one? Will there be another afterward? The Hindus say yes to both.
A Shared Prophetic Vision: Christianity and Hinduism
British colonialism left a legacy of deeply offensive and misleading narratives—still circulating in many Christian circles—that label Hinduism as a "false religion." These colonialists, despite claiming to be Christian, clearly never read the Book of Exodus. That book makes it unequivocally clear that God opposes slavery, colonization, and exploitation.
The British intentionally misread and misrepresented Hindu scriptures to discredit Sanatana Dharma. They were not spiritual seekers—they were thieves and thugs.
But if you actually ask Hindus: Has Lord Vishnu been on Earth in human form before? They’ll say, “Yes—He came as Lord Rama (see the Ramayana), and again as Lord Krishna.”
And Krishna left a promise: in the Bhagavad Gita, written 5,000 years ago, He declared that He would return—to reestablish Dharma (cosmic order). In other words, He would end the current age and begin a new one.
The Age Is Ending—The New One Is Near
I am telling you: He is here. This age will end within a few decades. The next age—the Age of Dharma—will begin. And that new age has already been vividly described in the Book of Isaiah.
If the Bible and the Hindu scriptures contradict each other, one must be false. But so far, I have found no contradiction. Instead, I see harmony.
Where Islam Differs
Islam and the Quran diverge in key ways. Christians affirm Jesus as the Son of God. Muslims call him merely a prophet. They deny the crucifixion and resurrection—foundational events in Christianity. Paul writes in the New Testament: "Without the resurrection, we have no faith."
Muslim eschatology claims Jesus will return to “break the cross” and assist the Mahdi in fighting the Dajjal (antichrist). Yet curiously, their descriptions of the Dajjal often sound like those of a progressive liberator—he’s said to do things like free women.
Jesus was not accepted by the priests of his time. When he healed people, they accused him of being possessed. Likewise, being a priest or getting baptized does not shield one from being misled by evil. The Devil is a very active spiritual force. That’s why devotion to God must be conscious, deliberate, and sincere.
The Great Danger: Misidentifying the Messiah
Here’s the danger: When the Messiah comes, many will say, “That’s the Devil.” When the Lord’s Prayer is finally answered, many Christians might recoil and say, “This can’t be Him.”
They will behave just as those in Jesus’s time did: “Isn’t this Joseph’s son?”—as if familiarity invalidates divinity. They might respond with even more resistance.
Recognizing God in human form is difficult unless you understand that you yourself come from God. Your soul is indestructible, directly from the Divine. Heaven and Earth may pass away, but your soul will not.
The Final War and the Rise of a New Age
A final war has been prophesied in multiple scriptures. That’s how the last age ended. That’s how the age before that ended. Because those under the Devil’s influence do not listen to reason—they fight to the death.
But this time, something is different. The Devil now has his own religion.
The compassionate response is to reach out to Muslims and show them the path of God. Muslims are human beings, capable of transformation. Just as fallen Christians can repent and walk the right path, so can anyone.
All religions born in this age will pass with this age. It is written.
In the next age, humanity’s capacity for spiritual knowledge will be 100 times greater than it is today. As one scripture puts it, “God is about to say something new.”
We are approaching the end of spiritual primary school. Graduation is near.
The GENIUS Act—short for Guiding and Establishing National Innovation for U.S. Stablecoins Act—is landmark U.S. federal legislation signed into law on July 18, 2025. It represents the first comprehensive regulatory framework for stablecoins, a class of cryptocurrencies pegged to stable assets such as the U.S. dollar. The Act passed the Senate on June 17, 2025, with a bipartisan 68–30 vote, and was subsequently approved by the House.
Its core objectives are to:
Provide regulatory clarity for stablecoin issuers,
Promote financial innovation in the digital asset sector,
Ensure consumer and investor protection, and
Enable stablecoin integration into the broader financial system.
The GENIUS Act marks a pivotal moment in the evolution of U.S. digital finance policy.
Key Provisions of the GENIUS Act
1. Definition and Scope
The Act legally defines “payment stablecoins” as digital assets designed for use in payments or settlements, backed by a fixed monetary value (typically the U.S. dollar), and redeemable on demand at a 1:1 ratio.
2. Licensing Requirements
Stablecoin issuance is restricted to:
Federally licensed entities, such as national banks and credit unions,
State-chartered entities with assets under $10 billion,
Qualified non-bank issuers approved by the Office of the Comptroller of the Currency (OCC).
3. Reserve Requirements
Issuers must maintain 100% reserve backing with high-quality liquid assets (HQLA), such as:
U.S. dollars held in segregated accounts,
Short-term U.S. Treasury securities.
Operational funds must be separated from reserves to ensure immediate redemption capability.
4. Transparency and Auditing
Monthly public disclosures of reserve holdings,
Annual audits for issuers with market capitalizations above $50 billion,
Publicly available redemption policies and risk disclosures.
5. Consumer Protection Measures
Redemption priority in the event of issuer insolvency,
Full compliance with anti-money laundering (AML) and counter-terrorism financing (CTF) laws.
6. Usage Restrictions
Prohibits paying interest or yield on stablecoin holdings,
Bans any marketing implying government backing,
Bars non-financial technology firms from issuing stablecoins unless partnered with a licensed financial institution.
7. Foreign Issuers
Foreign issuers must:
Comply with U.S. law enforcement requests (e.g., freezing assets),
Submit to limited U.S. regulatory oversight,
raising concerns over regulatory arbitrage.
8. Algorithmic Stablecoins
Rather than direct regulation, the Act mandates a Treasury-led study on the risks posed by uncollateralized algorithmic stablecoins—such as those that contributed to the 2022 collapse of TerraUSD.
How the GENIUS Act Supports Stablecoins
✅ Regulatory Clarity
Previously, stablecoins fell into a legal gray area—treated variably as securities, commodities, or currencies. This Act ends that ambiguity, providing clear guidance for issuers and regulators.
✅ Mainstream Adoption
By imposing standards on reserve quality, audits, and consumer safeguards, the Act builds public trust and incentivizes adoption by banks, fintech firms, and merchants.
✅ Innovation and Competition
The Act welcomes both traditional financial institutions and regulated non-bank issuers, fueling innovation in areas such as cross-border payments, DeFi, and tokenized assets.
✅ Financial Stability
The requirement for full reserve backing is designed to prevent destabilizing failures like TerraUSD (2022), which triggered $40 billion in losses and reverberated throughout the crypto market.
✅ Investment Opportunities
With clearer rules, institutional investors—domestic and international—are more likely to enter the stablecoin market. Some forecasts project market growth from $238 billion (2025) to $2.8 trillion by 2028.
Understanding Stablecoins in the Crypto Landscape
Stablecoins are digital assets engineered to maintain a stable value by being pegged to a reference asset, such as fiat currency (e.g., USD), commodities (e.g., gold), or even cryptocurrencies.
Crypto-Collateralized – Overcollateralized with volatile crypto assets
Algorithmic – Rely on smart contracts to maintain peg without full reserves
They function as the "reserve currency" of crypto, facilitating seamless trades, quick settlements, and reduced volatility. In 2024, stablecoins facilitated over $28 trillion in transactions—more than Visa and Mastercard combined.
Why Stablecoins Matter
Stablecoins are vital not just in crypto but increasingly in global finance:
๐ก️ Stability: Offer traders a safe haven in volatile crypto markets
๐ Efficiency: Enable low-cost, near-instantaneous global payments
๐ Inclusion: Provide dollar exposure in emerging markets suffering currency volatility
⚙️ DeFi Backbone: Power smart contracts, lending, and automated exchanges
๐ Adoption: USDT and USDC account for over 90% of stablecoin circulation
However, past failures and fraud ($9.3 billion in crypto losses in 2024) underscore the need for oversight, which the GENIUS Act seeks to deliver.
Impact on Ordinary Americans
The GENIUS Act’s implementation could reshape everyday financial life:
๐ณ New Payment Options: Stablecoins may be accepted by merchants, apps, and even payment networks like Visa, potentially lowering transaction costs.
๐ธ Better Remittances: Americans sending money abroad could benefit from faster, cheaper cross-border transfers.
๐ผ Investment Vehicles: As regulatory trust grows, Americans may use stablecoins for savings, yield-generating DeFi products, or as hedges.
⚠️ Risks: Critics warn about lack of FDIC-style insurance, potential wallet hacks, and regulatory loopholes (e.g., Trump’s USD1 stablecoin’s perceived conflict of interest).
๐ Tax Complexity: Stablecoin use triggers capital gains tracking, increasing reporting burdens.
While not yet a replacement for credit cards, stablecoins are poised to expand financial services and enhance digital payments infrastructure over time.
Global Implications
The GENIUS Act could significantly shape the global crypto economy:
๐ U.S. Leadership: Positions the U.S. as a standard-setter in stablecoin regulation, contrasting with the EU’s MiCA and Asia’s CBDC-first approaches.
๐ต Dollar Dominance: Strengthens the digital role of the U.S. dollar globally, as most stablecoins are USD-pegged.
๐ Market Expansion: A regulatory green light could push global stablecoin usage to the multi-trillion-dollar level.
๐งช Innovation vs. Consolidation: Promotes innovation but may favor large issuers (e.g., Circle, Tether) over smaller players burdened by compliance costs.
๐งญ Policy Divergence: Highlights contrasting strategies—private sector-led in the U.S. vs. public sector-led CBDCs in Europe and Asia.
๐ง Offshore Risks: Limited oversight of foreign issuers could enable regulatory arbitrage or illicit finance, potentially undermining U.S. safeguards.
Critical Perspectives and Controversies
Despite its progress, the GENIUS Act has sparked debate:
Consumer Protection Gaps: Critics like Sen. Elizabeth Warren argue that the Act does not go far enough to safeguard users from fraud or insolvency risks.
Conflicts of Interest: The Act does not adequately address concerns about USD1, a controversial stablecoin backed by allies of former President Trump.
Foreign Loopholes: Offshore issuers may not face equivalent scrutiny, disadvantaging U.S.-based competitors.
Lobbying Influence: Crypto firms spent an estimated $265 million in the 2024 election cycle, raising transparency concerns.
Conclusion
The GENIUS Act is a landmark in bringing stablecoins into the regulatory mainstream. It seeks to balance innovation, protection, and global competitiveness—offering a clearer path for integrating crypto into the financial system.
Yet, the Act’s long-term success will hinge on closing regulatory loopholes, strengthening consumer protections, and ensuring a level playing field for issuers at home and abroad. If these challenges are met, stablecoins may become as ubiquitous as credit cards—powering a new era of digital finance for the U.S. and the world.
Tesla to launch Model 3 Plus with massive range While the currently available RWD (Rear-Wheel Drive) version uses LFP battery cells, the new version uses LG's ternary lithium ion cells, which have a higher energy density. The other basic specs of the car — overall length, wheelbase length, and weight — are the same as those of the base Model 3 version. ......... Currently, the Tesla Model 3 with the longest range (that's the RWDe model) is listed as having 753 kilometers of range in China. The new variant could potentially exceed 800 kilometers (roughly 500 miles), which would be a first for Tesla........... There's no word on when (or if) the two new variants are coming to the U.S. and Tesla's other markets. Both are very interesting as they address two very important pain points for today's electric cars: interior space and range.
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
7/ Why this matters: Regulatory clarity = institutional money ๐ JPMorgan, Visa, PayPal, and others now know the rules. This could 10x stablecoin adoption across: ๐️ Retail ๐ฒ Fintech ๐ธ Remittances ๐ฆ Banking#CryptoAdoption#GENIUSAct
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
10/ Bottom line: The GENIUS Act could turn stablecoins into the digital dollar we use every day. Mass adoption is now a when—not if. But success depends on: ๐ก️ Strong protections ๐ Global coordination ⚖️ Fair enforcement#CryptoFuture#DigitalDollar
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
11/ If you're sleeping on stablecoins, you're sleeping on the next wave of financial transformation. Follow @paramendra for more breakdowns like this. ๐ Retweet to spread the word. ๐ฌ What’s your take on the GENIUS Act?
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
3/ So what are stablecoins? Imagine crypto had a responsible older sibling. They don’t YOLO like Bitcoin. They just sit there... quietly... being worth exactly $1. ๐ช๐ต Because they’re pegged to the U.S. dollar.
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
12/ Tag a friend who still thinks crypto is “just for nerds.” The dollar just went digital. Your grandma might be next. ๐ฅ๐ต๐ป#GENIUSAct#CryptoTwitter#Stablecoins
— Paramendra Kumar Bhagat (@paramendra) July 19, 2025
From Quantum Specks to Planetary Brains: The Full Spectrum of Computing Scale and the Future Beyond
Introduction: From Atoms to Cities
Computers are the nervous system of our modern civilization. From invisible chips inside your smartwatch to city-sized data centers powering AI models, computing spans an extraordinary range of sizes. But how big can a computer get? And how small? What lies at the edge of scale, and what happens when we go beyond?
This blog post explores the full spectrum—from microscopic to planetary—of computing, and ventures into what the future might hold as we push the limits both ways: shrinking computers down to subatomic interfaces and scaling them up to networks the size of the Earth—or even the cosmos.
How Big Can a Computer Get?
1. Data Center: The Current Upper Limit
Modern data centers are the largest single units of computing we’ve built.
A hyperscale data center like Meta’s Hyperion in Louisiana spans over 4 million square feet.
Power draw: 100–500 megawatts, enough to power a small city.
Contains hundreds of thousands of servers, GPUs, and storage racks.
2. Network of Data Centers: Planetary Compute Grid
The next logical scale is a global network of data centers, like:
Google Cloud, AWS, and Microsoft Azure’s distributed architecture.
The global AI supergrid being envisioned to train next-gen models.
These function as cooperative mega-computers, using load balancing, distributed processing, and redundancy.
They form an embryonic Planetary Computer—a system where storage, compute, and inference occur dynamically across continents.
3. Bigger Still: Earth-as-Computer
Think of the entire planet as a computer:
Every device, sensor, and node as part of a neural mesh.
Projects like Microsoft’s Planetary Computer, Earth-2 by NVIDIA, and large-scale digital twins are prototypes of this vision.
Future satellites, drones, undersea cables, quantum links, and mobile edge compute may enable real-time global consciousness, especially for climate, trade, and AI inference.
4. Cosmic-Scale Computing (Far Future)
Dyson Sphere-style structures to harness a star’s power for computation.
Matrioshka Brains—nested shells of computation around a star.
Computing structures embedded in asteroids, moons, or exoplanets.
Interstellar computing using light, neutrinos, or quantum entanglement to communicate between far-flung nodes.
How Small Can a Computer Get?
1. Microcontrollers and Edge Devices
Your smart toothbrush might contain a 32-bit MCU smaller than a fingernail.
Energy-efficient, domain-specific, and increasingly AI-capable.
2. Smart Dust
Millimeter-scale, wirelessly-networked particles that can sense, process, and communicate.
Could be used in military surveillance, environmental monitoring, or even internal medicine.
IBM and DARPA are investing in research toward swarms of “computational motes.”
3. Nano and Molecular Computing
Using carbon nanotubes, molecular switches, or even DNA strands to compute.
In 2021, scientists used DNA to solve mathematical problems.
Size: As small as 10 nanometers across—smaller than most viruses.
4. Quantum Dots and Atom-Scale Transistors
Experiments with 1-atom transistors and quantum dots push the limit.
IBM and Intel are working on 2-nanometer chip fabrication.
Theoretically, computation could occur at the Planck scale—where spacetime itself becomes granular.
Visualizing the Spectrum
Here's a rough visualization of the computing size spectrum:
+---------------------------+---------------------------------------------+
| Scale | Example |
+---------------------------+---------------------------------------------+
| Planck-scale | Theoretical limit (quantum gravity frontier)|
| Atomic-scale | Atom-based quantum computers |
| Molecular-scale | DNA computing, synthetic bio-processors |
| Nanotech (10^-9 m) | Nanobots, carbon nanotube processors |
| Micro-scale (10^-6 m) | Smart dust, implantable chips |
| Chip-scale (cm) | CPUs, GPUs, mobile SoCs |
| Device-scale (10s cm) | Laptops, IoT devices |
| Rack-scale | Server racks, storage arrays |
| Room-scale | Small data centers, HPC clusters |
| Building-scale | Corporate data centers |
| City-scale | Hyperscale facilities like Meta Hyperion |
| Nation-scale | National supercomputing programs |
| Global-scale | Interconnected cloud networks |
| Planetary-scale | Earth as a thinking system |
| Stellar-scale | Dyson Spheres, Matrioshka Brains (theory) |
| Cosmic-scale | Universe-wide or interstellar computation |
+---------------------------+---------------------------------------------+
The Future of Scale: What Comes Next?
Near Future (5–15 years):
AI Hubs with co-located nuclear energy for green AI supercomputing.
Edge-to-core intelligence: billions of small AI devices networked together (think autonomous vehicles, drones, glasses).
Smart fabrics, wearable processors, and brain-computer interfaces.
DNA storage: replacing data centers with vials of encoded DNA.
Federated intelligence: millions of local models collaborating without centralization.
Mid-Term (15–50 years):
Neuromorphic computing becomes mainstream—machines that think more like the brain.
Global brain-style cognition: combining all human and machine cognition into a single interface.
AI-managed infrastructure, designing and building its own upgrades.
Mass-scale, AI-first urban planning using simulation twins and predictive compute.
Far Future (50–500 years):
Space-based computation to escape Earth’s heat and energy limits.
Synthetic planetary consciousness—fully digitized environments that simulate or even replace reality.
Post-biological civilization: computing becomes the substrate of existence.
Cosmic communication networks, possibly tapping into quantum fabric or wormholes.
Computronium: matter converted entirely into computing substrate, forming intelligent stars, planets, or megastructures.
Conclusion: The Stretch and Compression of Intelligence
Computing isn’t just getting faster—it’s stretching across all scales of existence. On one end, we are miniaturizing computers to nearly invisible sizes, merging them into flesh, nature, and fabric. On the other, we are scaling them into continental brains and planetary simulators. The boundaries between hardware and environment, software and biology, human and machine are dissolving.
We live in the century where computation becomes not just a tool—but the medium of reality. It’s a new physics, a new biology, and a new metaphysics.
In the near future, we may carry a billion tiny computers in our bodies while being plugged into a planetary AI that learns from us in real time. In the far future, the line between “the computer” and “the universe” may no longer exist.
What’s next? Maybe the biggest computer won’t be a thing we build—but the thing we become.
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