TheDinarian
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RIPPLE/XRP: From Web2 to Web3: How developers can upskill and build with blockchain
March 30, 2023
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Coming off the heels of 2022, it may be difficult to assess where web3 technologies stand in 2023. Bitcoin rose to $47,000 and fell to $16,000. NFT trading volumes peaked at $17B in January 2022 and a year later collapsed to a mere $143M. “Blockchain” and “digital currencies” became everyday terms in the mainstream media. We saw the collapse of FTX and all its cascading consequences.

It was a tumultuous year in the world of web3—full of speculation, crashes, and scandals. But does this mean that web3 is dead and the underlying technologies made obsolete? Hardly.

Though mainstream enthusiasm for NFTs and cryptocurrency has ebbed and flowed, the community is still very much alive and actively invested in not just the technology, but in ensuring the promises of a decentralized internet are realized. The world at large is frustrated with the data collection practices of the tech industry heavyweights. The global reach of eCommerce needs trustworthy payment systems that can operate worldwide. While much of the discussion around NFT collectibles focused on high profile acquisitions and losses, NFTs themselves have only scratched the surface of what’s possible.

Web3 is here to stay

We are still in the early days of blockchain. Keep in mind that we’ve been using the term “web 2.0” since 1999 (24 years ago!) but blockchain quietly entered the market as an underpinning technology for Bitcoin in 2008 (15 years ago). That difference of nine years may sound small, but consider that nine years ago most large companies were just starting to move to the cloud.

Today, blockchain technologies power much more than basic cryptocurrency transactions. Banking and finance applications support cross-border payments that settle in seconds, not days. Multi- and cross-chain transactions via DeFi applications allow for increased crypto liquidity and improved exchanges with fiat currencies. Blockchain developers can build their own customized sidechains (more on those later) to support integration with real-time, low-cost transactions in video games and other use cases. SDKs are available in nearly every popular language, making it easy for today’s web2 developers to take their existing coding capabilities and embrace decentralized technology.

Emerging applications of blockchain and crypto include:

  • Cross-border payments
  • Real-time tracking of goods in supply chain and logistics 
  • Electronic health record storage
  • Energy supply transaction tracking, including renewable energy certificates
  • Citizenship and credential tracking across borders
  • Documenting legal agreements, such as real estate and carbon credits

Despite everything that’s been reported in the news about crypto and blockchain this past year, their potential is still largely untapped. Blockchain advances are bringing economic and technical utility to both users and developers. It’s truly an emerging technology with seemingly endless opportunity.

The tech behind the headlines

The technology comprising a blockchain is rather sophisticated. In the most simplistic sense, a blockchain is a database: it stores data in an ordered fashion. However, a blockchain doesn’t act as a simple database with all data on a single server, but rather as a distributed ledger: multiple computers across the world store redundant copies of all the data in the blockchain and share the work of confirming transactions, without needing a central authority or intermediary.

In a blockchain, each node has a copy of the blockchain ledger and participates in the transaction validation process. New transactions are broadcast to the network, and nodes work together to verify the transaction data and add it to the blockchain. This process is known as consensus, and it ensures that all nodes on the network agree on the state of the blockchain and that it remains secure and tamper-proof.

While some blockchains are centralized and managed by a single organization, most are open source and decentralized, meaning they are managed and maintained by a community of developers. For example, the XRP Ledger is a public, permissionless blockchain, meaning anyone on the internet can set up a validator and join the network. The reference implementation of the protocol is open source and any developer can propose amendments to this software. Because of the XRP Ledger’s decentralized nature, no singular authority can make decisions for the network. Instead, network changes are determined by a specific subset of validators, who vote on behalf of the XRP Ledger’s best interest. That being said, in order for amendments to pass, at least 80% of the validator community has to vote “yes” and that minimum threshold must be maintained for at least two weeks. If both of those conditions are met, then amendment proposals can be passed.

Consensus protocols run cryptographic functions to ensure the integrity of the network and its ledger. These usually include:

  • Hash functions: Create a unique digital fingerprint of each transaction on the blockchain. They are one-way functions that take an input (e.g. a transaction) and produce a fixed-length, unique output based on that input (SHA-256 is an example of a hash function). Hash functions ensure the integrity of data because any error in transmission or other change results in a totally different hash value. If you get the same output from the hash function, you know you have the same input data.
  • Public-key cryptography: Used for enabling secure communication between nodes on the network. Each node on the blockchain has a public key and a private key. The public key can be shared with anyone, while the private key is kept secret. Digital signatures are for ensuring the authenticity and integrity of transactions on the blockchain. Each transaction on the blockchain is signed using the sender’s private key, which creates a digital signature that can be verified using the sender’s public key.

Validator nodes execute the consensus protocol and can often run on commodity hardware (depending on the energy and computation requirements for the specific blockchain). Different blockchains use different consensus protocols to compute the final state of a transaction on the ledger. 

Because the XRP Ledger is open source, anyone can learn how it works, contribute to the code base, and report issues. Or they can simply write and consume apps; mint, manage and otherwise interact with NFTs; and much more.

Consensus algorithms, energy consumption, and transaction times

The two most popular consensus algorithms have long been Proof of Work (PoW) and Proof of Stake (PoS). 

In PoW algorithms, every node on the network competes to solve cryptography problems in order to validate a transaction. That’s fine for small networks of a few dozen computers, but multiply this computational cost over 100,000+ nodes and it adds up very quickly. This is compounded by the fact that the fastest nodes to validate transactions often receive financial rewards, hence a competitive arms race to deploy thousands of powerful, electricity-hungry GPUs to solve these cryptographic puzzles faster than other nodes in the network.

PoW methods are what led China to ban cryptocurrency mining altogether, the White House to issue a press release about energy concerns, and the Ethereum community to push for and switch to the more energy-efficient PoS methodology in 2022.

In PoS algorithms, instead of solving a cryptographic puzzle on every node, nodes that hold a larger stake in the network (i.e. the greater the number of tokens, the greater the stake in the blockchain) are the ones to validate transactions. They still perform a cryptographic validation process, but it’s only a fraction of the nodes on the network with the biggest stake. The algorithms are no less complex and the validation mechanisms are similar to PoW, which is why PoS transactions can also take minutes or hours to be validated.

Ethereum moved to PoS “because it is more secure, less energy-intensive, and better for implementing new scaling solutions compared to the previous proof-of-work architecture.” It was a tremendous shift in how that chain operated and resulted in more than 99.9% reduction in electricity consumption. So tremendous, in fact, that they termed it The Merge. According to CoinTelegraph, Ethereum on PoW was using 112 TWh per year and on PoS is now using 0.01 TWh per year. For reference, Bitcoin is still using tremendous energy—more than many countries on earth.

There are many alternatives to PoS and PoW algorithms, with various tradeoffs to speed, centralization, and efficiency. Chains such as the XRP Ledger and Stellar use “federated consensus” or “proof of association” algorithms where a subset of nodes collectively build and agree on the next block of transactions. Other chains, such as Ignite, use hybrid systems that combine elements of federation and PoS. These systems are far more efficient than PoW and faster than both PoW and PoS because they eschew the wasteful work of competing to solve cryptographic puzzles. For example, transactions on the XRPL take 3-5 seconds to be validated, rather than minutes or hours.

Additionally, both PoW and PoS typically let the winning validator build a block however they like—which leads to miners and validators gaming the system to get the maximum extractable value (MEV) from each block. Federated consensus algorithms are typically less susceptible to these problems because they always arrange each block of transactions in a canonical order.

Making developers’ lives easier with abstractions, dApps, and smart contracts

Web2 brought us rich application experiences, cloud computing, asynchronous communication, and plenty of centralization. It’s practically impossible to develop a web2 app without paying corporations and being subject to their privacy policies, terms and conditions, and fiduciary responsibility. Web3 gives developers the ability to write and run apps that are fully-independent, widely-available, and decentralized. No limits and no corporate dependencies.

To make this a reality, most major blockchains are working hard to attract and onboard developers to their platforms with easy-to-use SDKs and high-quality documentation (e.g. SolanaCardanoXRPL). Open-source blockchains are widely available and provide fertile ground for innovation. Each has built-in support for financial transactions using their native tokens (e.g. SOL, ADA, XRP), ensuring that people can pay and be paid.

Many chains support the development of dApps—decentralized applications. They can be written in a variety of programming languages, depending on what the chains support. Generally speaking, the larger the developer community of a given chain, the more languages it supports. For example, Ethereum supports .NET, Go, Java, JavaScript, Python, Ruby, Rust, Dart, and Delphi. The XRPL supports Python, JavaScript/TypeScript, C++, Java, React.js and Ruby.

Some blockchain apps are backed by or written as smart contracts. Smart contracts are tamper-proof, immutable pieces of code that live on the blockchain and facilitate interactions or agreements between the app, the user, and the chain. Blockchains offer simple abstractions and SDKs so developers can get up and running quickly with app development. For example, Ethereum offers a variety of application development tools to help people experiment, build front ends, and test their dApps and smart contract implementations. The downside to smart contracts is that, since they’re immutable and shared online, if anyone finds a bug in the contract’s code, they can exploit it to their advantage, and the developer can’t easily patch the vulnerability away. This makes developing smart contracts a delicate task with higher stakes than many other projects.

The XRP Ledger supports programmability through a number of protocols and standards. It includes native transactors that provide out-of-the-box functions which are already battle-tested and standardized. The Hooks proposal would further extend programmability on the Ledger. Hooks are small, efficient pieces of code that allow for the quick and easy execution of logic before and after a transaction — all native to the Ledger. This is important because standard smart contracts can be complex and difficult to navigate, especially for developers that are new to web3.

Unlike other protocols, the XRPL also has native support for NFTs, which means developers don’t need to build or maintain a smart contract in order to bring their NFT projects to life. This lowers the barrier to entry for developers, creators, and anyone else who wants to interact with NFTs on the XRPL. Additionally, automatic royalties are enforced at the protocol level which helps ensure maximum value for creators and developers. Core operations such as minting and burning are native to the Ledger to promote ease-of-use regardless of experience level.

An upcoming amendment, XLS-30d, proposes a native Automated Market Maker (AMM) on the XRPL. The proposal will include bid and vote features, allow for simple token swaps, and should create deep liquidity between token and currency pairs. The AMM’s functionality allows application developers to create interfaces for traders and liquidity providers (LPs) and introduces a novel auction mechanism that incentivizes arbitrageurs while reducing the impact of impermanent loss faced by LPs.

Developers make the chain better—for everyone

The XRPL community is also currently testing sidechains. Sidechains allow developers to build and experiment with customized features in a sandbox-like environment—connected to, yet distinct from the mainnet—enabling innovation without disrupting or compromising the mainnet. Sidechain features could eventually be proposed as amendments and be merged into mainnet if voted on by the community. There is also ongoing development and testing of an Ethereum Virtual Machine (EVM) sidechain to bring Ethereum’s native Solidity-based smart contracts to the XRPL ecosystem.

As developers do more work on blockchains, we’ll inevitably see improvements in utility, security, scalability, cost and sustainability. The more adoption, the greater the improvements, and the greater the likelihood that more developers (and users) will further adopt this technology. The network effect and a fast-growing list of innovative features are already appealing to developers who want to move on from web2 conventions.

How developers can upskill and start building

The innovations underpinned by blockchain and advantages over web2 are getting hard to ignore. Web3 protocols are making it easier than ever to build on decentralized technologies. Web3 tech isn’t just “an upgrade” or “a step up” from web2—it’s a whole new paradigm of working on applications. They’re decentralized, permissionless, scalable, and stable. Developers can use what they already know and upskill to web3 technologies. For once, they can have skin in the game with full ownership of their assets and intellectual property. Using the programming languages they already know, they can increase their domain expertise and take advantage of decentralization

When choosing a chain to start on, developers should consider:

  • Adoption: Do you want to build on a prime-time chain with lots of users, an up-and-coming chain with a growing user base, or get in early on something brand new?
  • Ease of development: Is there sufficient documentation, fully-featured and supported SDKs, an ecosystem of existing dApps to explore, and low-friction onboarding?
  • Ledger functionality and transaction time: How does consensus work? Is it efficient and quick?
  • Environmental impact: Are energy consumption and sustainability priorities for the blockchain?
  • Time to first dApp: How long does it take to build an app? Minutes? Hours? Weeks?
  • Community: Is there a living, vibrant user and developer base? Are they passionate about the chain, its growth, and web3?

Blockchain and crypto have the power to enable a better future, and there is a vibrant community of developers that are building, testing and iterating on top of the technology to help uncover future use cases and applications. Ripple is just one contributor among many to the XRP Ledger; as members of this developer community we are deeply committed to helping it grow and thrive

There are a number of programs like grants and bounties to help developers of all levels get started with the funding and resources they need to bring their web3 projects and applications to life.  The XRP Ledger also recently launched an online learning portal where developers can learn more about the basics of crypto and blockchain, or dive straight into coding on the XRPL with courses in languages such as React.js (currently in beta).

For additional information or to join the community, check out the developer Discord, view open source code and repos on GitHub, and follow @RippleXDev on Twitter where we regularly share updates, projects, new features, and fixes from the XRPL community. 

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Phone Hack TO Speed Up Your Phone 😉

And make it more private.

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Direct confirmation from SWIFT that it is a “misconception” to believe that ISO 20022 is just messaging

Source: @Smqkedqg

Listen.👇

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OpenAI Computing Deals Pass Trillion Dollar Mark

🚨 OPENAI COMPUTING DEALS PASS TRILLION DOLLAR MARK 🚨

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🔑 Key Points

🔹 Massive Infrastructure Commitment: OpenAI has signed agreements worth $1.4 trillion through 2035, with major partners including Broadcom ($350B), Oracle ($300B), Microsoft ($250B), Nvidia ($100B), AMD ($90B), Amazon AWS ($38B), and CoreWeave ($22B).

🔹 Unprecedented Scale: The spending plan averages $175 billion annually—more than Google's entire yearly revenue—and could reach $295 billion in 2030 alone, growing from just $6 billion in 2025. CEO Sam Altman envisions building one gigawatt of new capacity per week at $20 billion per ...

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👉 Coinbase just launched an AI agent for Crypto Trading

Custom AI assistants that print money in your sleep? 🔜

The future of Crypto x AI is about to go crazy.

👉 Here’s what you need to know:

💠 'Based Agent' enables creation of custom AI agents
💠 Users set up personalized agents in < 3 minutes
💠 Equipped w/ crypto wallet and on-chain functions
💠 Capable of completing trades, swaps, and staking
💠 Integrates with Coinbase’s SDK, OpenAI, & Replit

👉 What this means for the future of Crypto:

1. Open Access: Democratized access to advanced trading
2. Automated Txns: Complex trades + streamlined on-chain activity
3. AI Dominance: Est ~80% of crypto 👉txns done by AI agents by 2025

🚨 I personally wouldn't bet against Brian Armstrong and Jesse Pollak.

👉 Coinbase just launched an AI agent for Crypto Trading

‼️”ISO 20022 IS THE BRIDGE THAT FINTECHS NEED FOR THE TRUE MASS ADOPTION OF STABLECOINS”‼️

“The Bank for International Settlements states that ISO 20022 can be adopted as a standard messaging protocol for digital asset transactions, including stablecoins.”✅

“ISO 20022 is a new messaging standard adopted by SWIFT to enable transactions involving digital currencies, e-money, stablecoins and CBDC.”💎

Documented.📝👇

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These Are Larger Than Vehicles 🚗 🚌 Not Normal Drones.. 🤔

🚨BREAKING: Eindhoven Airport is now grounded because of “drones.”

Another major Dutch site forced to shut down right after Volkel Air Base opened fire on unidentified drones that vanished without a trace. Now an entire civilian airport is halted for the same reason.

Different locations, but the exact same pattern.

Whatever’s moving through Dutch airspace isn’t random hobby traffic.

https://x.com/UAPWatchers/status/1992323892451725783

🚨 PENTAGON ORDERS 500 TROOPS PER STATE FOR CIVIL-UNREST “QUICK-REACTION FORCES” 🚨

The Pentagon has directed every state National Guard to stand up a ≈ 500-soldier “quick-reaction force” (QRF) trained and equipped for civil-disturbance missions, creating a 23,500-troop national pool that can deploy within eight hours of federal call-up.

🔑 Key Points

🔹 State-by-State Quota

  • Internal memos (signed Maj. Gen. Ronald Burkett, Oct-8) assign ≈ 500 troops per state/territory (D.C. gets a 50-soldier military-police battalion)

  • Forces must be certified by Jan-1, 2026; full QRF reach-back by April-1

🔹 Mission Shift

  • Traditional disaster-response units now re-roled for riot control: batons, body shields, Tasers, pepper-spray certification, crowd-clearing tactics

  • One-fourth of each QRF must wheels-up in 8 hrs; remainder within 24 hrs

🔹 Legal Trigger

  • Carries out Trump’s Aug-2025 executive order authorizing rapid nationwide deployment to “quell civil disturbances” without governor ...
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Sugar, The Silent Killer!

Have you ever heard that scientists at Princeton University discovered rats given intermittent access to sugar showed identical brain changes to rats addicted to cocaine?

Yep, the same:

  • Dopamine receptors
  • Withdrawal symptoms
  • Relapse patterns

Yet you probably think the reason you can't quit sugar is because you're weak.

Every time you reach for that chocolate bar, you blame yourself for not having enough discipline or strength.

That couldn't be further from the solution you are looking for.

Trying to quit sugar with willpower is like trying to put out a gasoline fire with more gasoline.

The harder you resist, the bigger the explosion when you break.

A chocolate bar contains:

  • High fructose corn syrup
  • Refined white sugar
  • Hydrogenated oils

All of which causes these:

  • Type 2 diabetes
  • Heart disease
  • Chronic inflammation

When you eat that chocolate bar, your blood sugar rockets up, the pancreas floods your system with insulin, and your blood sugar crashes harder than it spiked.

Then, your brain screams for more sugar to escape the crash you just created.

My friend, none of this can be fixed with willpower.

You need a proper transition to let that poison out of your system on a CHEMICAL level.

Today, I want to share my complete 3-Part Natural Sugar Reset System (and why willpower isn't enough to cure sugar cravings).

1: Understand your chemistry to catch your patterns.

Before we start, I need to tell you one fundamental truth:

Not all sugars are created equal.

When you eat a fresh, ripe apple or grapes, you get;

  • Fructose wrapped in fiber
  • Water
  • Enzymes

You can forget about crashes and desperate cravings.

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So, the question here isn't:

"How do you get more willpower to crave less?"

But more like:

“Why does fruit stop your cravings while processed sugar creates more?”

Fruit helps you finish the job processed sugar bars never could: achieve balance.

Long before nutrition labels and lab-made sugar existed, every culture treated fruit as a complete medicine, not a snack.

Ancient systems understood something we often forget today:

Sweetness only nourishes when it comes from a living source.

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Processed sugar carries sweetness without life: dried, bleached and heated.

Fruit arrives with a natural intelligence memory intact.

  • Sunlight stored in the flesh
  • Minerals drawn from the soil
  • Water content from the tree

Those qualities work together like a small internal ceremony.

  • Digestion slows.
  • Nerves settle.
  • Cells receive energy without confusion.

Cravings fade when the body recognizes the food as something it was designed to finish, not chase.

And most people blame their taste buds or their discipline when sugar cravings hit.

2: Calm your liver, kill the craving

Cravings don't live in your head. They live in your liver.

Have you noticed every healing tradition protects the liver?

  • Chinese physicians called it the “General” of the body
  • Ayurvedic healers viewed it as the fire that keeps everything moving
  • Traditional herbalists protect it the way a community protects itself

Processed sugar enters the liver without the balance that natural foods carry.

The organ works harder, heats up and tightens the body.

You feel this as:

  • Sudden hunger
  • Irritability
  • Sharp pull toward fast sweetness

Fruit’s water calms the internal fire and has a cooling, settling effect.

Its fiber regulates the pace.

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When the liver softens, your mind softens.

The craving loses its urgency because the internal “noise” is gone.

3: Rewire the ancient reward pattern

Your brain built its sugar blueprint over thousands of years, eating whole fruit.

Processed sugar hijacked that blueprint 100 years ago.

You can rebuild it in 2-3 weeks.

Step 1: Eat fruit before you eat anything processed

Next time you want something sweet, eat 3-4 dates or a handful of grapes first.

Wait 10 minutes.

The craving either disappears or you eat less of the processed stuff.

Your brain starts remembering: "Oh, this is what sweetness is supposed to feel like."

Step 2: Create a daily fruit anchor

Your brain loves patterns.

If you always reach for chocolate at 3 pm, eat an apple at 2:45 pm instead.

Do this for 10 days straight.

Your body will start expecting fruit at that time, not the candy bar.

Step 3: Slow down when you eat fruit

Processed sugar trains you to eat fast - grab, chew, swallow, done.

Fruit requires a different pace.

Take one bite of a fruit. Chew it.

This teaches your nervous system that satisfaction can come slowly.

Step 4: Remove processed sugar from your space

You can crave what's not in your house. But you can't eat what's not available.

Make it difficult to reach out for processed sugar: ban them from your house.

If fruit is the only sweet thing available, your brain will adjust within a week.

Step 5: Make fruit your first food of the day

Whatever you eat first sets your body's expectation for the rest of the day.

Have at least 1 option from these:

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Fruit restores your original reward pattern.

Your brain receives a complete “reward message,” not a shock.

So, my friend, does fruit still sound like something you need to avoid?

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3I/ATLAS — Secret Laws Of Gravity
Unlocking the future of space travel through the precise calculation of time and orbital trajectories.

"My preliminary analysis suggests two principal hypotheses regarding the reported phenomenon known as '3I/Atlas':

  1. A Coordinated Psychological Operation (PsyOp): The phenomenon may constitute a calculated effort to manipulate public sentiment or induce fear, potentially preceding a planned, large-scale deception (referred to informally as 'Project Bluebeam').

  2. A Highly Anomalous Object: Alternatively, the phenomenon represents an authentic, significant anomaly warranting serious scientific or intelligence scrutiny.

Regardless of its origin, '3I/Atlas' represents an historically noteworthy development that necessitates close, informed observation."

 

~Crypto Michael | The Dinarian 🙏

Abstract Introduction:

New data is now showing something that arrived early and its changing colors as we previously predicted.

In orbital mechanics where trajectories are calculated centuries in advance with accurate precision measured in seconds.

A 11-minute deviation is not a rounding error.

It’s not a typo in the database.

It’s not close enough.

"It’s Physically impossible.”

Now The longest government shutdown in U.S. history still blocking NASA releases while the object executed its closest Fly-by approaches to Mars, The Sun and Venus at the moment of maximum observational blackout.

But orbital mechanics don’t care about “government shutdowns.”

Our observations Don’t Stop.

And the math doesn’t wait for “Press releases.”

The math says this:

“If 3I/ATLAS is natural, it should have lost about 5.5 billion tons of mass.”

It didn't.

1. The 5.5 Billion Ton Problem:

Let’s start with what everyone agrees on: 3I/ATLAS “now” arrived earlier than pure gravitational predictions would allow. Even though we have been mentioning this trajectory change over 2 Weeks ago (October 21st Article HERE) TRACKING 3I/ATLAS .

The scientific consensus explanation? “Natural outgassing” the "rocket effect." As water ice sublimates near the Sun, it creates thrust, like a slow-motion rocket engine powered by evaporating ice. Comets do this all the time. It’s normal. It’s natural. It’s explainable.

Except for ONE problem.

The Physics Don’t Add Up!”

To generate enough thrust to arrive approximately “11 minutes early” would require shedding a staggering amount of mass.

Our calculations show “over 5.5 billion tons” of gas ejected over the perihelion passage.

Think about that for a moment.

That’s not a little puff of vapor.

That’s not some gas leaking from surface cracks.

That’s 15% of the object’s total estimated mass.

If 3I/ATLAS lost that much material naturally, it would create a debris cloud larger than Jupiter’s magnetosphere—visible to amateur telescopes from Earth. Absolutely impossible to miss in professional observations, and bright enough to be catalogued by every sky survey on the planet.

1.1 ~ The Plume Paradox:

Here’s where it gets interesting:

No such cloud has yet to be observed.

Not by Hubble. Not by JWST. Not by ground-based observatories. Not by the Mars orbiters that watched it pass at 30 million kilometers.

The brightness remained within “expected limits.” The coma showed stable & geometric shifting features. The tail structure now disappeared (but that’s another story). The main one is that: “The debris cloud that should exist — simply doesn’t.”

This isn't a minor discrepancy.

This is complete, mathematical failure of the natural comet hypothesis.

Part 2: The Industrial Signature:

So if natural sublimation didn't create the thrust, what did?

The answer is hidden in the chemistry—specifically, in what shouldn’t be there. “The Nickel Anomaly.” When multiple astronomers analyzed 3I/ATLAS’s spectral signature, they found something extraordinary: “nickel vapor” (Ni) at extreme distances from the Sun, where temperatures should be far too cold for metals to vaporize naturally.

Nickel doesn't just evaporate on its own at those temperatures.

It needs HELP.

And there’s only one known process—natural or industrial—that produces a volatile nickel-carbon compound at cold temperatures which we have said several times previously;

Nickel Tetracarbonyl: Ni(CO)₄

This is not a natural cosmic process.

This is an “industrial chemical pathway” used on EARTH for metal refinement!!!

It forms at 120°C and decomposes at 180°C allowing nickel to vaporize at temperatures where water ice would remain frozen solid.

It is LITERALLY, an industrial refrigerant for metal processing.

The presence of Ni(CO)₄ in the plume tells us two things:

  • The core is not ice — It’s a nickel-rich, engineered structure.
  • The process is not passive sublimation — it’s an active, controlled system.

The nickel vapor isn’t contamination.

It’s not a coincidence.

It’s Exhaust.

3. Secret Gravity (SOEG) Model:

This is where our research team proposes something NEW.

We call it The “Self-Optimizing Ejection Guidance (SOEG) Model”

A Brand New Scientifically defensible framework that explains the acceleration not as chaotic outgassing, but as “controlled propulsion.”

The SOEG Model (Project EE / 3IE)

The System:
• Volatile Reservoir — CO₂ ice + Nickel-rich metallic core.
• Solar Heating — Perihelion triggers sublimation at optimal moment.
• Magnetic Ionization — Internal magnetic field ionizes nickel vapor into plasma.
• Anisotropic Jets — Plasma channeled through focused nozzles. (not random cracks)
• Thrust Optimization — Maximum momentum transfer with minimal mass loss.

Unlike natural cometary outgassing—which is chaotic, omnidirectional, and wildly inefficient. The SOEG Model Fully Represents: (CONTROLLED, DIRECTIONAL, OPTIMIZED PROPULSION.)

It’s the engineering solution to interstellar navigation: Using a “magnetofluidic drive” that uses the Sun’s + Nearby Planets & Star energy to activate a propulsion system that was BUILT.

The secret is in the magnetic field. By ionizing the nickel-carbon vapor into a high-velocity plasma jet, the system achieves thrust efficiencies that natural sublimation could never match.

This isn’t science fiction. This is “magnetohydrodynamics” the same physics that powers experimental plasma thrusters being developed by NASA and ESA for deep-space missions.

The difference?

We’re building prototypes…

Someone else already perfected it.

4. The Scientific Statistical Test:

Here’s what makes it undeniable.

Natural comets exhibit HIGH temporal variance in their acceleration parameters.

Technical terms like (A₁) and (A₂) that describe how thrust changes over time. Natural outgassing is messy, chaotic & unpredictable.

Our Prediction:

We formally predict that when sufficient post-perihelion data is published — expected from JUICE observations (data release February 2026) and ground-based telescopes through December 2025— 3I/ATLAS WILL show:

  • (A₂ parameter near zero) — phase-locked rotational coherence.
  • Temporal drift < 0.5σ — stability far beyond natural variance.
  • “Thrust vector alignment” with rotational axis — body-fixed engine signature.

If ALL 3 conditions are met.

The probability that 3I/ATLAS is a natural comet drops below 0.01% (a >4σ statistical rejection).

This is not speculation. This is a time-stamped, falsifiable prediction.

By February — March 2026, we will either be proven right or wrong.

The data doesn’t care about our theories. It only cares about what actually happens.

5. The Blue Hue 🔵:

Now there’s one more piece of evidence—and it’s visible to the naked eye (well, through a telescope). “The Color Anomaly.”

Natural comets scatter sunlight off dust particles, producing a yellowish-red glow. At 1.36 AU from the Sun, 3I/ATLAS should have appeared reddish-orange from thermal emission.

Instead, observers noted something strange: “A distinct blue fluorescence” in the coma.

What Blue Light Means?

Blue emission in a comet’s coma comes from highly ionized species—primarily “CO” (carbon monoxide ions) and certain excited metallic vapors. This requires enormous, “FOCUSED” energy to achieve.

You don’t get this level of ionization from passive solar heating. You get it from ~ Active Plasma Generation. The blue hue is the visible proof of the SOEG engine operating at perihelion. It’s the "engine glow" of a magnetofluidic drive generating high-energy plasma to achieve maximum thrust efficiency.

Compare:
- Natural comets (Hale-Bopp, NEOWISE, 67P, Etc.): Usual Yellowish-red dust scattering.
- Expected for 3I/ATLAS at 1.36 AU: Reddish-orange thermal glow.
- Observed in 3I/ATLAS: Distinct “Blue” plasma fluorescence.

This isn't subtle.

This is the difference between reflected sunlight and an active thruster firing.

5.5 ~ Convergence of Evidence:

Let's put it all together.

The Self-Optimizing Ejection Guidance (SOEG) Model is not speculation. It’s not wild theorizing. It’s one of the only frameworks that coherently explains:

✅ The early arrival— non-gravitational acceleration without natural explanation.

✅ The missing 5.5-billion-ton debris cloud — controlled thrust with minimal mass loss.

✅ The Ni(CO)₄ industrial signature — engineered propulsion chemistry.

✅ The blue plasma glow — active ionization system visible during perihelion.

✅ The statistical impossibility — phase-locked stability beyond natural variance. (pending verification)

However each piece of evidence, standing alone, is anomalous but potentially explainable.

Together, they form an interlocking pattern that demands a technological origin.

But then there’s the Silence.

Venus conjunction: Still offline.

This is not incompetence.

This is recognition.

THEY know something we’re still calculating.

December 19, 2025: 3I/ATLAS reaches closest approach to Earth at 167 million miles.

“If the calculations are correct, the 5.5-billion-ton debris cloud should be impossible to miss. Every telescope on the planet will be watching.”

All of this new information scheduled to be released should definitely include the following: High-resolution spectroscopy, morphological analysis, particle environment data and MOST CRITICALLY the astrometric parameters that will confirm or refute our SOEG model’s predictions.

“If the A₂ parameter shows phase-locked stability, the SOEG model is confirmed.”

Conclusion:

The Numbers Don’t Lie. The orbital path was not set by gravity alone. The acceleration was not powered by ice. The chemistry was not natural. And the timing is not “coincidental.”

3I/ATLAS is a message written in orbital mechanics, plasma physics, and industrial chemistry—a message we have “74 days” left to fully decode.

The mathematics are clear.

The predictions are calculated.

We don't have to speculate about what it is.

We just have to (wait) for the complete data packet to arrive.”

And when it does, one of two things will happen:

Either the natural hypothesis survives (unlikely, given the evidence). Or we confirm what the numbers have been screaming to us since October are TRUE.

Something pushed it. Something controlled it. Something arrived exactly when it needed to.”

Or The A-parameters will lock.

The plasma signature will confirm.

The debris cloud will be absent.

And the institutional silence will make perfect sense.

Because you don’t announce a discovery like this through a press release.

You announce it through a “Calculated Strategy.”

Analogy Conclusion:

The orbital path was set by laws that were not known,
For where the starlight failed, a force was subtly sown.

No dust and ice, but Nickel in the plume’s blue gleam,
A pulse of hidden power, of controlled, forgotten dreams.

The A-Parameter locks, The true secret of the sphere,
The Simultaneous Truth arrives, When all the numbers are near.

— Earth Exists

Additional Reference & Data Source Links 🖇️:

EARTH EXISTS Documentation:
- [Previous article. 35 Days of Silence — 3I/ATLAS]

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BlackRock Is Manipulating The Price Of Bitcoin👀

Blackrock possess a strategic depth that goes far beyond initial appearances. When the general market perceives selling and traders respond with emotion, these major players are often operating on a much more profound level. They adeptly identify and leverage every available mechanism to influence market dynamics. Their power isn't in direct control of the asset, but in understanding how to move the market without ever taking direct ownership.

What entity has become the most prominent corporate champion of Bitcoin ($BTC)?

It's the one with the massive treasury holdings, known as Microstrategy.

 

However, the major strategic challenge lies here: the size of their Bitcoin position is fundamentally linked to their external financing, typically in the form of debt.

This reliance on significant debt creates an inherent vulnerability—a dependence on creditors and shareholders. When an entity's position is highly leveraged, that dependence makes them susceptible to market manipulation or strategic pressure from external financial forces.

When a highly leveraged corporate holder of a significant asset (like $BTC) faces external financial stress, that pressure inevitably transfers to the asset itself.

Blackrock's goal isn't to induce a market crash, but rather to establish a dominant position and control.

Any substantial sale of major cryptocurrencies like $BTC or $ETH initiated by Blackrock, can be interpreted not as routine trading, but as a deliberate effort to manipulate market sentiment and pricing.

Blackrock is deploying a sophisticated combination of tactics: they simultaneously generate market volatility through strategic sales of the asset ($BTC) while accumulating shares in key corporate holders (the stock symbolized by $MSTR).

The deeper intent is to leverage this equity stake to direct the corporate strategy of the highly leveraged Bitcoin champion.

With a sufficiently large ownership percentage, this influence becomes highly effective. The resulting market power is therefore a function of both manipulating price movement and controlling corporate policy.

Is Microstrategy (the company represented by the $MSTR stock) vulnerable to this kind of pressure? The evidence suggests yes.

A substantial stake held by Blackrock grants them effective leverage to influence and manipulate the company itself.

When the company's shares experience a significant decline, the leadership is often compelled to take action, potentially buying back their own stock. This action is driven by the fact that falling share prices directly intensify financial and market pressure on the entire organization.

If the stock of Microstrategy continues a sustained decline, lenders will inevitably begin to re-evaluate and revise the terms of existing loans. This is a critical point of failure for the entire strategy.

The fundamental operational model of this corporate champion works like a closed loop:

  • It secures debt financing (taking loans) to acquire $BTC.

  • Alternatively, it issues new equity (selling shares) to acquire $BTC.

Crucially, the ongoing interest payments on this substantial debt are often managed by the mechanism of issuing even more shares, creating a continuous cycle of dilution and reliance on a high stock price.

A major consequence of rising leverage is the escalating cost of borrowing, requiring Microstrategy to source even larger amounts of capital.

The most straightforward solution—to issue and sell more stock—proved to be insufficient.

In fact, the situation worsened: the company’s recent attempt to raise funds through a stock offering did not fully sell out. This failure directly resulted in a significant liquidity shortfall, hamstringing Microstrategy’s ability to meet its financial obligations and continue its asset acquisition strategy.

And the ultimate shock came when Microstrategy—the very entity that vowed it would never liquidate its holdings—began to sell.

These weren't insignificant trades; the sales were valued at billions of dollars.

The key question now becomes: Does this sudden, massive reversal signal the imminent collapse of Microstrategy, or is it simply a necessary, albeit drastic, maneuver of 'business as usual' under extreme duress?

There appear to be two primary strategic objectives behind Blackrock's calculated moves:

  • Scenario A (Direct Dominance): Blackrock aims to neutralize its most prominent competitor (the corporate Bitcoin accumulator) in order to seize the title as the largest holder of $BTC.

  • Scenario B (Indirect Control): The institution’s goal is to establish absolute market control and influence, preferring to leverage Microstrategy to execute the most aggressive or politically difficult actions.

The outright financial destruction of Microstrategy is highly improbable. Such an action would trigger a severe market crash that could take years to fully repair.

The far more intelligent strategy is integration and control.

Under this model, Microstrategy remains operational, while Blackrock secretly dictates strategy. This allows Microstrategy to absorb the market blame for any necessary but controversial manipulation, a classic and often dirty tactic used by high-powered financial entities.

In the immediate future, the market will continue to exhibit strong reactions to the strategic maneuvers of Blackrock.

When they execute sales, it instantly captures headlines, is aggressively amplified by the media, and causes fearful retail traders ('weak hands') to panic and exit their positions.

Every decrease in price that results from this panic directly translates into a superior entry point for Blackrock. This clearly illustrates that the current market environment is driven purely by emotion, making it a survival game reserved only for those with the strongest resolve.

In the long run, the nature of $BTC will likely shift, moving away from its original ideals of being completely free and decentralized.

The vast majority of the available supply is projected to become highly concentrated within a small number of major corporations and investment funds.

Consequently, the price cycles will no longer be reliably tied to events like halvings or popular narratives. Instead, they will be driven primarily by government and central bank policy decisions, overarching macroeconomic conditions, and the internal political maneuverings of the world's most dominant funds and corporations.

Blackrock's goal is not to eliminate $BTC; instead, they are focused on constructing an elaborate system of control around the asset.

Microstrategy (the stock symbolized by $MSTR) remains a powerful tool, but it now operates under terms and directives that the company's leadership no longer fully dictates.

Since direct command over the decentralized asset is impossible, control is established through strategic influence over the largest corporate and fund custodians. Moving forward, Blackrock will be the primary entity determining the market's trajectory.

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