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The Dark Truth About Colonizing Mars They Aren’t Telling You | Metaverse Planet

The Dark Truth About Colonizing Mars They Aren’t Telling You | Metaverse Planet


Let’s be honest for a second. Everyone is hyping up our grand move to Mars. I see the same glossy renders on my feed every day: beautiful glass domes, lush green indoor gardens, and people walking around in sleek sci-fi suits looking out over the red horizon.

But while I was diving into the actual astrophysical data last night, I stumbled upon a terrifying reality that almost no one in the mainstream tech sphere is talking about. The billionaires painting this perfect sci-fi picture are leaving out the absolute nightmare that awaits us.

I’m all for space exploration, but the truth I found genuinely freaked me out. So, let’s peel back the marketing hype and look at what living on the Red Planet will actually do to us.

The Invisible Killer: Cosmic Radiation

When I first started researching the atmosphere on Mars, I knew it was thin. But I didn’t fully grasp what that meant until I looked at the radiation levels.

Here on Earth, our thick atmosphere and strong magnetic field act like a massive, invisible shield. Mars lost its magnetic field billions of years ago. The result? The radiation on the Martian surface is roughly 40 times higher than what we experience here. If I were to stand on the surface of Mars in a standard spacesuit, my DNA would be subjected to a constant barrage of galactic cosmic rays and solar particle events.

Elevated Cancer Risks: Long-term exposure essentially guarantees severe cellular damage.Cognitive Decline: Studies on deep space radiation show that it can physically alter brain structure, leading to memory loss and severe anxiety.

Those beautiful glass domes we see in the concept art? They wouldn’t block a fraction of this radiation. I quickly realized that living on the surface is a death sentence.

A Deep Freeze That Breaks Metal

Then, there’s the temperature. I live in a place where a cold winter day is an inconvenience, but Mars is a completely different beast.

Because the atmosphere is so incredibly thin (about 1% the density of Earth’s), it cannot trap heat. Even if the equator reaches a mild 20°C (68°F) on a summer day, the nights drop to a bone-chilling -125°C (-193°F).

Material Stress: At these temperatures, the structural integrity of metals and plastics changes. Materials become brittle. A simple micro-fracture in a habitat wall due to thermal expansion and contraction could mean instant depressurization.Energy Crisis: Heating a habitat against a -125°C void requires massive, unfailing energy sources. If the power grid fails, freezing to death wouldn’t take days; it would take hours.

The Gravity Trap: Watching Our Bodies Melt

But the absolute worst part, and the detail that sent a shiver down my spine, is the gravity.

Mars has only 38% of Earth’s gravity. We humans evolved perfectly for 1G. Our bodies are essentially machines constantly pushing against the weight of the Earth. When you take that resistance away, the machine starts to dismantle itself. I looked at the data from astronauts on the International Space Station (ISS). Even with two hours of rigorous, specialized exercise every single day, they lose significant bone density and muscle mass.

On Mars, it’s a slow, unavoidable decay:

Bone Demineralization: Calcium leaves the bones, making them fragile and prone to snapping.Cardiovascular Weakening: The heart doesn’t have to pump as hard to push blood upward against gravity, so the heart muscle literally shrinks over time.Vision Problems: Fluid shifts in the body press against the optic nerve, permanently altering eyesight.

If I moved to Mars, my muscles and bones would literally melt away over the years. Coming back to Earth would be impossible—my frail Martian body would be crushed under the weight of my home planet’s gravity.

Welcome to the Cave: Our Subterranean Future

So, if the radiation will fry us, the cold will freeze us, and the surface offers zero protection, where do we go?

This is the part the billionaire pitch decks leave out. To survive, we won’t be living in glass domes. We will be forced to hide deep underground.

When looking at topological maps of Mars, scientists focus heavily on lava tubes—massive, ancient underground caverns formed by long-dead volcanoes. Down there, shielded by meters of solid rock, the radiation is blocked, and the temperature swings are stabilized.

But think about what that means for our daily lives:

We are basically signing up to become a subterranean species.No windows. No natural sunlight.A claustrophobic, artificial existence where every breath of air and drop of water is recycled through massive machines buzzing in the dark.

I don’t know about you, but spending the rest of my life in a sunless, freezing cave doesn’t sound like the ultimate space dream to me. It sounds like a high-tech prison.

Earth Is Starting to Look Like a Paradise

Researching all of this completely shifted my perspective. Yes, pushing the boundaries of humanity and becoming a multi-planetary species is an incredible, necessary goal for our long-term survival. But we need to stop romanticizing the brutality of space.

Mars wants to kill us in a dozen different ways. Writing this made me look out my window and deeply appreciate the breathable air, the warm sun, and the gravity keeping me comfortably in my chair.

I’m curious to hear your take on this. Knowing that the reality is less “Star Trek” and more “underground survival bunker,” could you survive this dark subterranean life on Mars, or is Earth starting to look a lot better right now?

Let me know what you think in the comments below, and make sure to stick around—I’ve got plenty more hidden truths about our universe to share with you soon.

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CFTC ‘Stands Ready’ for Crypto Rules as Trump Pressures Banks

CFTC ‘Stands Ready’ for Crypto Rules as Trump Pressures Banks


Key Highlights

CFTC Chairman Michael Selig posted on X that the agency “stands ready to implement purpose-fit digital asset regulations to help ensure the U.S. remains the crypto capital of the world.”The post was a direct response to Rep. Bryan Steil, Chairman of the House Financial Services Subcommittee on Digital Assets, who appeared on Fox Business stating that making the U.S. the crypto capital “will unleash innovation and lower costs.”Selig is currently the sole commissioner on the CFTC’s five-member panel, giving him unilateral authority to issue guidance, though permanent rulemaking requires a fuller commission.

The head of the U.S. Commodity Futures Trading Commission signaled on Saturday that the agency is prepared to move forward on crypto market structure regulations, in a public exchange with one of the key lawmakers behind the CLARITY Act.

CFTC Chairman Michael Selig posted on X on March 7, 2026, thanking Rep. Bryan Steil for his “leadership on digital asset market structure.” He added that the CFTC “stands ready to implement purpose-fit digital asset regulations to help ensure the U.S. remains the crypto capital of the world.”

The post was a direct reply to Steil’s own X post, in which the Wisconsin congressman said that making the U.S. the crypto capital “will unleash innovation and lower costs.” Steil tagged both Selig and SEC Chairman Paul Atkins in the post, which accompanied a clip from his appearance on Fox Business earlier that morning.

Trump Pressures Banks Over Crypto Bill

The Fox Business segment that prompted the exchange carried a notable chyron: “TRUMP TAKES AIM AT BANKS OVER CRYPTO BILL TALKS.”

The reference points to growing White House frustration with the banking industry’s role in stalling the CLARITY Act’s Senate passage. The Digital Asset Market Clarity Act passed the House with bipartisan support in July 2025 and would grant the CFTC exclusive jurisdiction over digital commodity spot markets while maintaining SEC authority over securities-like tokens. The bill has been stuck in the Senate since late 2025, primarily over a dispute about whether stablecoin issuers should be allowed to pay yield to holders — a provision that traditional banks have lobbied against.

Trump has publicly criticized banking groups for opposing provisions of the bill that would compete with traditional deposit products. The stablecoin yield debate has pitted crypto firms, who argue that yield is a natural feature of programmable money, against banking lobbyists, who argue it would draw deposits away from regulated institutions.

Rep. Steil, who chairs the House Financial Services Subcommittee on Digital Assets and is one of the original cosponsors of the CLARITY Act, has been one of the bill’s most visible advocates. He previously told CNBC that he believed the legislation could still be signed into law in 2026, though the window narrows as midterm elections approach in November.

CFTC Positioning for Expanded Role

Selig’s post is the latest in a series of signals that the CFTC is actively preparing for the expanded regulatory responsibilities the CLARITY Act would deliver.

Earlier this month, Selig said at the Milken Institute’s Future of Finance conference that the agency would release guidance on crypto perpetual futures “within weeks” and was also preparing rules for prediction markets. He noted that the U.S. needed to recapture liquidity that has migrated to offshore platforms.

The CFTC has already taken several steps under Selig’s leadership. In January 2026, the agency joined the SEC in launching Project Crypto, a joint initiative to harmonize digital asset oversight. The agency has also named a new Director of Enforcement, former federal prosecutor David I. Miller, and launched its “Future-Proof” initiative to modernize regulations originally designed for agricultural futures markets.

However, Selig currently operates as the sole commissioner on the CFTC’s five-member panel. While this gives him the authority to issue guidance and take procedural actions unilaterally, permanent rulemaking and major policy changes typically require a fuller commission. The White House has been considering bipartisan nominees for the four open seats, but no appointments have been confirmed.

What It Means for the Crypto Industry

The coordinated public messaging between a CFTC chairman and a key House lawmaker — on the same day that the president is reportedly pressuring banks over the same bill — signals that the administration is escalating its push to move the CLARITY Act through the Senate before the midterm window closes.

For the crypto industry, the CFTC’s stated readiness to implement regulations is significant. The agency would become the primary crypto regulator under the CLARITY Act, overseeing spot markets for digital commodities including Bitcoin and most major tokens. Its willingness to move quickly — through guidance if not through formal rulemaking — suggests that regulatory infrastructure could begin taking shape even before the bill is signed.

Polymarket data currently shows approximately 70% odds that the CLARITY Act passes in 2026, though that figure has fluctuated with Senate negotiations.

Also Read:SEC and CFTC to Consider Sharing Same Office Space

Disclaimer: The information researched and reported by The Crypto Times is for informational purposes only and is not a substitute for professional financial advice. Investing in crypto assets involves significant risk due to market volatility. Always Do Your Own Research (DYOR) and consult with a qualified Financial Advisor before making any investment decisions.



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OmniPact Secures $50 Million to Advance Trust Infrastructure

OmniPact Secures  Million to Advance Trust Infrastructure


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March 07, 2026

OmniPact Secures $50 Million to Advance Trust Infrastructure

New York, United States, March 7th, 2026, Chainwire

OmniPact, a decentralized protocol building a trust layer for peer-to-peer transactions of physical and digital assets, announced today it has raised $50 million in a private funding round. The investment will speed up the development of its mainnet, integration of cross-chain features, and deployment of its decentralized arbitration module.

The funding round was backed by a consortium of institutional investors and family offices that requested anonymity. Investors voiced confidence in OmniPact’s technical roadmap and its ability to set new standards for secure, intermediary-free transactions across Web4 and traditional commerce.

A significant share of the proceeds will fund the final development and security audits of OmniPact’s core contracts and multi-chain infrastructure. The funds will also support the protocol’s testnet launch, scheduled for Q1 2026, and expand the engineering team to accelerate the integration of real-world asset (RWA) and AI agent transaction capabilities.

“The funding validates our thesis that the future of commerce requires a neutral, transparent, and trustless foundation,” said Alex Johnson, Co-founder and CEO of OmniPact. “Our infrastructure eliminates intermediaries entirely, returning power to users. This investors’ confidence lets us execute our roadmap and bring secure, decentralized custody to a global audience.”

OmniPact protocol addresses the “trust problem” in peer-to-peer transactions by using smart contracts as on-chain guarantors. Combining algorithmic custody with decentralized arbitration and reputation systems, it enables secure exchanges without centralized platforms—with the new funding set to bring this vision to market.

About OmniPact

OmniPact is a decentralized protocol founded in 2024 with the mission to create a neutral, transparent, and trustless foundation for peer-to-peer commerce. By leveraging smart contracts as on-chain guarantors, OmniPact enables secure transactions of physical and digital assets without intermediaries. The protocol combines algorithmic custody, decentralized arbitration, and reputation systems to solve the “trust problem” in both Web4 and traditional commerce. With a focus on cross-chain interoperability and real-world asset integration, OmniPact is committed to returning control and security to users worldwide. For more information, visit [www.omnipact.io].

Contact

OmniPact Secures $50 Million to Advance Trust InfrastructureAlex JohnsonOmniPact[email protected]

Disclaimer

In line with the Trust Project guidelines, please note that the information provided on this page is not intended to be and should not be interpreted as legal, tax, investment, financial, or any other form of advice. It is important to only invest what you can afford to lose and to seek independent financial advice if you have any doubts. For further information, we suggest referring to the terms and conditions as well as the help and support pages provided by the issuer or advertiser. MetaversePost is committed to accurate, unbiased reporting, but market conditions are subject to change without notice.

About The Author

Chainwire is the top blockchain and cryptocurrency newswire, distributing press releases, and maximizing crypto news coverage.

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Chainwire is the top blockchain and cryptocurrency newswire, distributing press releases, and maximizing crypto news coverage.



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Adaptive Capital In Web3: Why Strategy Matters More Than Yield

Adaptive Capital In Web3: Why Strategy Matters More Than Yield


Adaptive Capital In Web3: Why Strategy Matters More Than Yield

In the Hack Seasons panel of HSC Asset Management, the leaders of STON.fi, Allocations, DWF Labs, Amber Premium, and Edge Capital entered the main question of the digital asset markets. Does active capital really beat passive liquidity?

Concurrence among the panelists was that definitions are important. Passive liquidity is generally considered to be capital invested into the strategies of baseline yield, staking, lending, or stablecoin farming, without active management. Active capital, in its turn, entails active portfolio management, arbitrage, structured products, derivatives, and tactical reallocation across protocols.

However, some speakers reported that most of the strategies are in the middle. Even the yield farming groups with billions of dollars may not rebalance every hour, however, neither do they leave capital unchanged after a year. That difference is not so dichotomous.

What Does “Beating” Actually Mean?

Although the higher returns are usually the headline measure, the panelists have highlighted the risk-adjusted performance as the actual measure. The increase in APY must be higher than the increase in volatility and drawdowns.

It is often mentioned in the discourse that the Sharpe ratio works, the extra amount of return earned per unit risk. Here, active capital can only beat passive liquidity when it enhances risk-adjusted returns, and not nominal yield.

Another definition of outperformance was resiliency throughout the market cycles. Surviving bear market strategies, maintaining capital when the markets are volatile, and dynamic strategies might perform better over time, even though they might be trailing in short bull markets.

Market Conditions Shape Strategy

Strategic effectiveness is moderately accepted by the participants to rely on the market conditions. During bull markets, more arbitrage and tactical opportunities are offered by volatility and new protocol launches. Active capital can take advantage of inefficiency at centralized and decentralized venues.

Passive yield, especially of stablecoins, can be more appealing in sideways markets or lower-volatility markets. Constant income plans can provide better returns (risk-adjusted) as there are more opportunities for risk reduction.

In a bearish situation, risk management will take center stage. Active Managers tend to move to a risk-off position, preferring insured vaults or tokenized Treasury securities or conservative sources of yield. Its aim is no longer outperforming aggressively but capital preservation.

Complexity, Automation, and AI

Another issue that was discussed by the panel was whether strategy complexity can increase returns. The consensus was tentative. The only reason to add layers of leverage, or derivatives, or cross-protocol exposure, is when risk-adjusted returns are going to be better.

The gap between the active and passive approaches is narrowing due to automation and AI. It is now possible to do automatic harvesting, rebalancing, stop-loss triggers, and sentiment monitoring. New AI agents can soon track macro, technical, and on-chain indicators concurrently, allowing them to deploy capital in a more responsive manner without the need to monitor them invariably.

Nonetheless, complexities without disclosure introduce other risks, namely, smart contract risk and counterparty exposure.

The discussion went into regulation. Others claimed that institutional capital needs regulated structures, especially to protect assets as well as comply with the regulatory requirements. Others argued based on the fact that innovation can be realized based on permissionless experimentation because unregulated decentralized platforms can attain great scale.

One hybrid model was the most realistic. Institutional participation would be regulated through gateways, and open DeFi ecosystems would be maintained to maintain innovation and healthy competition.

Active Capital as Ecosystem Builder

Active capital was also conceptualized as ecosystem-shaping besides returns. Liquidity, feedback, and long-term support to protocols are offered by market makers, strategic investors, and interested capital allocators. Passive liquidity is the basis of depth, and active capital is the basis of growth, efficiency, and resilience.

The decision of the panel was delicate. Active capital does not necessarily overcome passive liquidity. It works best when it improves risk-adjusted returns, changes through cycles, and is beneficial in the development of the ecosystem. In the crypto markets, it is not the reason to choose any of them, it is the ability to balance both of them.

Disclaimer

In line with the Trust Project guidelines, please note that the information provided on this page is not intended to be and should not be interpreted as legal, tax, investment, financial, or any other form of advice. It is important to only invest what you can afford to lose and to seek independent financial advice if you have any doubts. For further information, we suggest referring to the terms and conditions as well as the help and support pages provided by the issuer or advertiser. MetaversePost is committed to accurate, unbiased reporting, but market conditions are subject to change without notice.

About The Author

Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

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Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

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Crypto Payroll in 2026: Stablecoins Are Rewiring Global Paychecks | NFT News Today

Crypto Payroll in 2026: Stablecoins Are Rewiring Global Paychecks | NFT News Today


Companies are starting to pay workers with stablecoins. Faster payments, lower fees, and global accessibility make them attractive for remote teams and international contractors.

Recent surveys suggest about 39% of crypto users now receive some income in stablecoins, averaging roughly 35% of their earnings (per BVNK/YouGov Stablecoin Utility Report 2026). Tokens such as USD Coin and Tether allow businesses to move payroll funds across borders in seconds.

Some companies also experiment with crypto incentives. Steak ‘n Shake has begun awarding hourly employees at company-operated locations a Bitcoin bonus of 21 cents per hour, funded through the company’s Bitcoin payments program.

Crypto payroll is still early, but momentum is building. In this article, we’ll look at the key adoption trends, why companies and workers are choosing stablecoins, which payroll platforms lead the space, and the challenges businesses should understand before rolling it out.

Key Crypto Payroll Trends in 2026

Crypto payroll adoption has grown steadily during the past few years. Surveys indicate that business use increased from roughly 15% in 2023 to more than 25% by 2025 (per Rise Works 2025 Crypto Payroll Report). Analysts and payroll platforms expect 35–40% of companies to experiment with crypto payroll by 2026.

Employee adoption is rising as well. Only about 3% of workers received income in crypto a few years ago. The figure now sits closer to 9–10% globally.

Stablecoins power most of that growth. Unlike volatile cryptocurrencies, these tokens maintain a value linked to traditional currencies such as the U.S. dollar. That stability makes them suitable for wages.

Transaction volume highlights the scale of the trend. Stablecoin networks processed roughly $33 trillion in transfers during 2025, with real-world payments—including payroll and remittances—now reaching hundreds of billions annually. Payroll platforms move hundreds of millions of dollars monthly for contractor payments and salaries.

Several forces drive this shift:

Faster cross-border transfersInternational bank wires often require three to five business days. Stablecoin payments arrive in seconds.

Lower transaction costsLayer-2 blockchain networks reduce transfer fees dramatically. Many payroll payments cost less than a dollar.

Protection from currency instabilityWorkers in countries with volatile currencies often prefer dollar-denominated stablecoins.

Demand from digital professionalsRemote engineers, developers, and designers already operate online. Flexible payment methods appeal to them.

Growth appears strongest among Web3 startups, distributed technology teams, and emerging markets where banking access remains limited.

Why Companies and Workers Choose Stablecoin Payroll

Stablecoin payroll solves several practical problems for global teams.

Instant Global Payments

Blockchain transfers settle almost immediately. Payroll teams no longer wait days for international banking networks.

Lower Payroll Costs

Traditional cross-border payroll requires multiple intermediaries. Stablecoin transfers remove many of those layers and reduce fees.

Stable Value

Dollar-backed tokens maintain a consistent price. Employees receive predictable compensation without cryptocurrency volatility.

Flexible Compensation Options

Workers can receive full crypto pay, partial crypto pay, or traditional fiat. Many payroll systems allow employees to select their preferred split.

Access to Global Talent

Hiring internationally becomes easier. Businesses can pay contractors anywhere without setting up local banking infrastructure.

Automated Incentives

Smart contracts allow companies to automate bonuses, milestone payments, and commissions.

Better Cash-Flow Management

Finance teams can send payments instantly without relying on banking cutoffs or settlement delays.

Leading Crypto Payroll Platforms in 2026

Several platforms now provide hybrid payroll systems that support both fiat and crypto payments.

Rise

Hybrid global payroll

Native fiat + crypto payroll, automated compliance tools, worker wallets

190+

Often highlighted for crypto payroll automation with $1B+ processed

Deel

Global HR and contractor management

Partnership with MoonPay (announced Feb 2026) enabling stablecoin payouts including USDC and EURC

150+

Rollout began in UK/EU in March 2026

Bitwage

Integration with existing payroll systems

Works with providers such as ADP and Gusto

~200

More than $400M in payroll processed

Toku

Enterprise compliance

SOC 2 certified, integrates with major HR platforms

Global

Focus on regulated payroll structures

Competition between these platforms has expanded quickly. Many services now include automated tax reporting, compliance support, and built-in conversion between fiat and stablecoins.

Real-World Examples of Crypto Payroll

Several companies already experiment with crypto compensation models.

Steak ’n ShakeStarting March 1, 2026, the restaurant chain began awarding hourly employees at company-operated locations a Bitcoin bonus of 21 cents per hour, funded through its Bitcoin payments program.

Web3 startups and DAOsMany blockchain projects pay contributors directly in stablecoins. Tools like Rise and Bitwage simplify payments to global teams.

Distributed companiesInternational firms often pay freelancers and contractors in USDC or USDT. Payroll platforms convert fiat funds into stablecoins and send payments worldwide within seconds.

These examples show how crypto payroll works across retail, technology, and remote-first organizations.

Challenges Companies Still Face

Stablecoin payroll provides clear advantages, though several hurdles remain.

Tax reporting requirementsMost governments classify crypto compensation as taxable income. Employers must report the fair market value of payments.

Employee educationSome workers need guidance on wallets, private keys, and security practices.

Accounting integrationFinance teams must convert stablecoin payments into traditional accounting records.

Regulatory differencesRules continue to shift across jurisdictions, creating variation in compliance requirements.

Many payroll platforms now address these issues through automated reporting and compliance tools.

The Future of Payroll Is Becoming Borderless

Stablecoin payroll has shifted from experimental technology to practical payment infrastructure. Businesses can now send wages globally within seconds while reducing fees and banking delays.

Remote work continues to expand. Payment systems must support distributed teams operating across dozens of countries. Stablecoins provide a simple way to move money internationally without relying on traditional banking rails.

Regulation and institutional support are also advancing. Discussions around the GENIUS Act in the United States, along with stablecoin integrations from companies such as Visa and Stripe, signal growing acceptance of blockchain payments.

Businesses exploring crypto payroll can begin with platforms such as Deel or Rise. Testing hybrid payment models today helps organizations prepare for a workforce that operates across borders.



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The Space Internet War: Europe and China Clash in High-Speed Laser Race | Metaverse Planet

The Space Internet War: Europe and China Clash in High-Speed Laser Race | Metaverse Planet


Hey space and tech fans! The battle for the ultimate off-world internet connection just hit a massive new milestone. For a while now, laser-based optical communication has been the holy grail for satellite internet, and this week, the competition between Europe and China reached literally astronomical heights.

Let’s break down the insane speeds and distances these space agencies are achieving with pure laser beams!

🚀 Europe’s ESA Hits a Blistering 2.6 Gbps

The European Space Agency (ESA), teaming up with Airbus, just shattered a major speed barrier. They successfully locked a laser terminal onto the Alphasat TDP 1 satellite, which is casually sitting in Geostationary Earth Orbit (GEO) about 36,000 kilometers above our heads.

Here is the breakdown of the ESA test:

Speed: 2.6 Gigabits per second (Gbps).Stability: Maintained a flawless connection for several minutes with zero data packet loss.Real-World Impact: This speed can transfer a high-definition feature film in seconds instead of minutes.

Shooting a laser across 36,000 km and hitting a moving target without atmospheric turbulence or platform vibrations ruining the signal is incredibly difficult. This breakthrough means that “digital dead zones” for long-haul flights, deep-ocean research vessels, and remote desert vehicles could soon be a thing of the past.

🇨🇳 China’s Long-Distance Marathon Connection

Just days after Europe’s announcement, China stepped up to the plate with its own jaw-dropping achievement. The Chinese Institute of Optoelectronics revealed they established a laser link that prioritized distance and endurance over raw speed.

Distance: 40,000 kilometers.Speed: 1 Gbps.Endurance: The connection held strong for a massive three hours.

Using a 1.8-meter ground station equipped with high-order adaptive optics, the Chinese team managed to correct atmospheric signal distortions in real-time. Even more impressively, it took the system only four seconds to lock onto the satellite!

🛰️ The Low Earth Orbit (LEO) Battlefield

While GEO satellites are breaking distance records, the real speed wars are happening closer to home in Low Earth Orbit (LEO):

China’s LEO Record: Back in January, China announced a mind-bending 120 Gbps laser connection speed in LEO, doubling their previous record.SpaceX Entering the Chat: SpaceX is currently gearing up to deploy its third-generation Starlink satellites. These next-gen units are expected to deliver terabit-per-second download capacities and over 200 Gbps upload speeds.

If this tech keeps evolving at this pace, ultra-fast, seamless internet won’t just cover the most remote corners of Earth—it will power our future missions to the Moon and beyond.

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SuperRare Liquid Editions: The Next Evolution of NFTs | NFT News Today

SuperRare Liquid Editions: The Next Evolution of NFTs | NFT News Today


SuperRare has never been particularly interested in doing things the easy way. From its earliest days, the platform positioned itself not as a mass marketplace but as a curated environment where crypto art could mature into something closer to a cultural movement than a speculative trend. That long-term orientation matters when trying to understand why its newest experiment, Liquid Editions, feels less like a gimmick and more like a genuine inflection point.

On March 5, 2026, after a brief delay that quietly reminded everyone this was real infrastructure rather than a marketing stunt, SuperRare launched Liquid Editions to the public. What emerged was not another NFT drop in the conventional sense but a new generative art protocol where fungible tokens themselves become the artwork. The result is something that challenges nearly every assumption people still carry about what an NFT is supposed to be.

Rethinking the NFT Format

Liquid Editions abandon the familiar ERC-721 NFT format entirely. There are no static images, no numbered 1/1 collectibles, and no frozen metadata waiting to be admired in a wallet gallery. Instead, each edition is an ERC-20 token with a fixed supply of one million units, and the artwork is rendered live, directly from the token’s on-chain market behavior.

Trades, transfers, liquidity movements, balance changes, and price spreads are not peripheral data points. They become the raw material of the art itself. This is what SuperRare and participating artists describe as market as medium.”

The market is no longer just the place where art changes hands after it is created. The market is where the art actually happens. Every act of participation alters the visual state of the piece, sometimes subtly and sometimes in ways that are impossible to ignore.

Two Surfaces: Visual and Market

Each Liquid Edition operates across two integrated layers.

The first is the visual surface, which is the dynamic artwork rendered by a smart contract. The image updates whenever relevant transactions occur, meaning the artwork never fully settles into a final form. It continues to evolve as long as the token continues to trade.

The second is the market surface, which includes the token’s liquidity pools, holder distribution, swaps, and price discovery mechanisms. These elements form the real-time data inputs that drive the generative rendering process.

What makes Liquid Editions particularly interesting is that these two surfaces are inseparable. You cannot observe the art without observing the market state that created it, and you cannot interact with the market without contributing to the art’s evolution. In a sense, the artwork becomes a living record of collective behavior.

How Liquid Editions Work Under the Hood

Structurally, the protocol is designed to balance liquidity with artistic control.

Each Liquid Edition launches with a fixed supply of 1,000,000 tokens, providing fractional access to the artwork while maintaining predictable scarcity. Trading begins immediately through SuperRare’s integrated marketplace infrastructure, typically using bonding curve or Doppler-style mechanisms that provide instant liquidity before transitioning to more traditional liquidity pools.

Swap fees are set at 5% and split between the artist and the platform, creating a model where artists continue benefiting from market participation rather than relying solely on an initial sale.

SuperRare’s ecosystem token, $RARE, plays an important role as well. RARE functions as a reserve currency and liquidity base for Liquid Editions, while new deployments include on-chain RARE burns that introduce deflationary pressure and additional utility for the token.

Another optional feature called Lenses introduces a fascinating creative layer. Lenses are ERC-721 NFTs that provide alternative visual interpretations of the same underlying market data. The core artwork remains unchanged, but collectors can experience the same market-driven piece through different aesthetic perspectives.

The First Liquid Edition: Value Discovery

To demonstrate the concept, SuperRare launched the inaugural Liquid Edition alongside the protocol itself.

The piece, titled Value Discovery, was created by the artist Ripe. At first glance it appears as a distorted, glitching US dollar bill. But beneath that aesthetic surface lies a surprisingly sophisticated market-driven engine.

The artwork tracks two Uniswap v4 liquidity pools for the same token, each operating with different fee tiers. When those pools diverge in price, the difference creates what the artist calls “error.” That error is then translated visually using classic dithering techniques such as Floyd-Steinberg and Atkinson diffusion, spreading the discrepancy across the artwork in shifting pixel patterns.

When the pools align perfectly and the price spread disappears, the artwork quiets and may even fade into stillness. But when disagreement widens, the image erupts into a vibrant battle of pixels across the dollar bill grid, where color intensity reflects the magnitude of the market divergence.

Occasionally, arbitrage closes the spread completely. When that happens, the system captures a rare visual frame, minting it as one of a maximum of twelve NFTs tied to that moment of equilibrium. Even within a fungible token artwork, scarcity emerges organically through market behavior.

SuperRare’s Track Record in Crypto Art

The credibility of Liquid Editions is tied closely to SuperRare’s history.

Founded in 2018, the platform quickly established itself as one of the earliest dedicated marketplaces for on-chain digital art. While many NFT platforms focused on high-volume minting, SuperRare emphasized curation and artistic credibility, attracting artists who would later become defining figures of the crypto art movement.

During the explosive NFT cycle of 2020 and 2021, SuperRare hosted influential works from artists like XCOPY, Pak, and Hackatao. These sales helped position the platform as a more gallery-like environment compared to the open minting platforms that dominated the broader NFT economy.

The platform continued evolving after the peak hype cycle. In 2021, SuperRare introduced the $RARE governance token, gradually decentralizing aspects of the ecosystem and enabling community-led gallery spaces. This transition from marketplace to decentralized art network reinforced its reputation as a long-term infrastructure builder rather than a short-term trend participant.

Liquid Editions represent the next step in that progression, pushing experimentation beyond marketplaces and into the very mechanics of ownership and markets themselves.

Addressing the NFT Liquidity Problem

One of the persistent challenges in the NFT ecosystem has always been liquidity.

High-value 1/1 artworks can carry cultural significance while remaining economically stagnant simply because finding a buyer at the right moment is difficult. Price discovery often stalls, and collectors sometimes hold assets for years without meaningful market activity.

Liquid Editions approach this problem from a completely different angle. By making the artwork fungible and continuously tradable, they allow price discovery to happen organically while preserving the artistic integrity of the piece.

Collectors no longer need to purchase the entire artwork to participate. They can enter or exit positions freely, trading fractions of the piece whenever they choose. At the same time, every trade contributes to the artwork’s evolving visual state, ensuring that liquidity and artistic participation remain tightly connected.

Collectors Become Participants

The shift from static NFTs to dynamic tokenized artworks changes the role of collectors in subtle but important ways.

Ownership is no longer purely custodial. Instead, collectors become participants whose actions actively influence the artwork in real time. A large buy order might shift the visual composition dramatically, while arbitrage events between liquidity pools might trigger rare moments that are permanently recorded as NFTs.

Even periods of quiet market activity become part of the piece. When trading slows, the artwork may stabilize visually, creating a sense of calm before the next wave of participation begins.

In this way, Liquid Editions turn the artwork into a living system rather than a finished object. It records not just ownership but behavior.

Early Market Reaction

Within the first twenty-four hours of launch, Value Discovery began trading actively on SuperRare, with early collectors accumulating positions and exploring how their trades affected the visual output. Top holders quickly emerged, some controlling several thousand tokens as the market began to form around the piece.

On social media platforms like X, reactions from the crypto art community were overwhelmingly positive. Many collectors described the launch as one of the most interesting experiments in on-chain art in years, praising the way the system blends liquidity, generative design, and market dynamics into a single artistic framework.

While it is still early, the initial response suggests that collectors are intrigued not just by the concept but by the interactive experience it creates.

Why Liquid Editions Matter for the Future of NFTs

The NFT ecosystem evolves quickly, and not every innovation reshapes the landscape. But Liquid Editions introduce several ideas that feel particularly significant.

They merge fungible liquidity with generative art, two areas that historically operated in separate corners of the blockchain world. They also treat market behavior as an aesthetic input rather than a purely financial variable. Most importantly, they give artists a new creative toolkit that transforms economic systems into artistic material.

Markets express human emotion in real time. They reflect speculation, excitement, disagreement, and discovery. Liquid Editions translate those emotional signals into visual form.

A New Chapter in Crypto Art

Crypto art has always advanced through experimentation rather than consensus. The most interesting ideas tend to emerge when artists and technologists push beyond the familiar boundaries of NFTs.

Liquid Editions embrace that experimental spirit completely. The artwork evolves as people trade. Collectors become collaborators in the creative process. And price itself becomes part of the image.

It is an unusual idea, but the history of crypto art suggests that unusual ideas are often the ones that define the next chapter.



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Senator Lummis Meets CFTC Chair Selig to Discuss Crypto Market

Senator Lummis Meets CFTC Chair Selig to Discuss Crypto Market


Key Highlights

Senator Cynthia Lummis held a meeting with CFTC Chairman Michael Selig to discuss digital asset market structure.The conversation focused on integrating digital assets into the U.S. financial system.The meeting comes as Congress continues work on broader crypto regulatory frameworks.

U.S. Senator Cynthia Lummis, one of the most prominent pro-crypto lawmakers in Washington, revealed that she recently met with CFTC Chairman Michael Selig to discuss the future structure of digital asset markets.

In a post shared on X, Lummis said the meeting focused on the need to develop clear regulatory frameworks that would allow digital assets to integrate more fully into the traditional financial system.

“Great meeting with CFTC Chairman Michael Selig to discuss digital asset market structure,” Lummis wrote. “Chairman Selig understands the urgency of this moment, and I look forward to continued collaboration as we work to integrate digital assets into the 21st century financial system.”

The meeting highlights growing cooperation between policymakers and regulators as the United States continues to debate how cryptocurrencies should be overseen.

Market Structure Debate Intensifies in Washington

The discussion around digital asset market structure has become one of the central issues in U.S. crypto policy.

Lawmakers are currently working on legislative proposals that aim to define which regulators oversee various parts of the crypto ecosystem. A key debate revolves around whether the Commodity Futures Trading Commission (CFTC) or the Securities and Exchange Commission (SEC) should regulate different digital assets.

Supporters of expanding the CFTC’s role argue the agency is better suited to oversee decentralized commodities like Bitcoin, while critics believe the SEC should retain broader authority over tokens that resemble securities.

CryptoTimes earlier reported that prediction markets showed declining odds for the bill’s approval as political negotiations in Washington intensified.

Lummis Continues Push for Clear Crypto Rules

Lummis has been one of the most vocal supporters of crypto-friendly regulation in Congress. She has repeatedly called for clearer rules that would provide legal certainty to blockchain companies while maintaining consumer protections.

Her meeting with the CFTC chairman suggests that regulators and lawmakers are increasingly coordinating as Washington moves toward establishing a formal market structure framework for the crypto industry.

The outcome of these discussions could shape how digital assets are regulated in the United States for years to come, influencing everything from crypto exchanges and stablecoins to decentralized finance platforms.

Also Read: Coin Center Urges SEC to Prioritize Crypto Rulemaking

Disclaimer: The information researched and reported by The Crypto Times is for informational purposes only and is not a substitute for professional financial advice. Investing in crypto assets involves significant risk due to market volatility. Always Do Your Own Research (DYOR) and consult with a qualified Financial Advisor before making any investment decisions.



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Physical Intelligence Introduces MEM Architecture To Give Robots The Memory Needed For Real-World Tasks

Physical Intelligence Introduces MEM Architecture To Give Robots The Memory Needed For Real-World Tasks


In Brief

Researchers developed Multi-Scale Embodied Memory, a system that gives robots short- and long-term memory so they can track progress and complete complex tasks instead of just executing isolated actions. 

Physical Intelligence Introduces MEM Architecture To Give Robots The Memory Needed For Real-World Tasks

For years, the dream of a truly helpful household robot has been deceptively close. Robots can already follow commands like “wash the frying pan,” “fold the laundry,” or “make a sandwich.” In laboratory environments, these systems demonstrate impressive dexterity and precision. Yet despite rapid advances in robotic foundation models, something fundamental has been missing: memory.

A robot that can execute a single task is not the same as a robot that can complete a job. Cleaning an entire kitchen, cooking a meal, or preparing ingredients for a recipe requires more than isolated skills. It requires continuity — the ability to remember what has already been done, what still needs to happen, and where everything is located. Without that narrative thread, even the most capable robot becomes surprisingly incompetent.

This is the challenge researchers at Physical Intelligence are now trying to solve with a new architecture called Multi-Scale Embodied Memory (MEM) — a system designed to give robots both short-term and long-term memory so they can perform tasks that unfold over minutes instead of seconds.

The results hint at something important: the future of robotics may depend less on better mechanical hands and more on better cognitive architecture.

Modern robotic models already possess a remarkable library of motor skills. They can grasp fragile objects, manipulate tools, and navigate cluttered environments. But ask a robot to clean a full kitchen — wiping counters, putting groceries away, washing dishes, and organizing utensils — and the limitations quickly become obvious.

The problem is not the skills themselves. The problem is how those skills are coordinated. Complex tasks require persistent awareness. A robot must remember which cabinets it has already opened, where it placed a pot lid, or whether it has already washed a dish. It must also track objects that move out of view and maintain a mental map of the environment while performing new actions.

Human cognition does this effortlessly. Machines, until recently, have not. Storing every observation a robot sees for minutes or hours is computationally infeasible. But discarding that information leads to chaotic behavior — repeated mistakes, forgotten steps, or actions that contradict earlier decisions. In robotics research, this challenge is sometimes described as “causal confusion,” where systems misinterpret past events and reinforce the wrong behaviors.

The result: robots that look impressive in short demos but struggle to complete real-world tasks.

A Memory System For Physical Intelligence

The MEM architecture addresses this problem by introducing a multi-layered memory structure. Instead of storing everything equally, the system separates memory into two complementary forms:

Short-term visual memory captures recent observations using an efficient video-encoding architecture. This allows the robot to understand motion, track objects across frames, and remember events that happened seconds ago — crucial for precise actions like flipping a grilled cheese sandwich or scrubbing a dish.

Long-term conceptual memory, meanwhile, stores task progress in natural language. Rather than remembering raw visual data indefinitely, the robot writes brief textual “notes” describing what has happened — statements like “I placed the pot in the sink” or “I retrieved the milk from the fridge.”

These summaries become part of the robot’s reasoning process. In effect, the machine builds its own narrative of the task. The system’s reasoning engine then decides two things simultaneously: what action to perform next and what information is worth remembering. This combination allows the model to track tasks lasting up to fifteen minutes — far longer than most previous robotic demonstrations.

One of the most intriguing capabilities enabled by MEM is in-context adaptation. Robots make mistakes. That is inevitable. But most robotic systems repeat those mistakes endlessly because they have no memory of failure.

The difference becomes obvious in simple experiments. In one test, a robot attempts to pick up a flat chopstick. Without memory, the machine repeatedly tries the same unsuccessful grip. With memory enabled, the robot remembers the failed attempt and tries a different approach — eventually succeeding.

Another example involves opening a refrigerator. From visual data alone, the robot cannot immediately determine which direction the door opens. A memory-less system simply repeats the same action again and again. A memory-enabled robot tries one direction, remembers the failure, and then attempts the opposite side.

These small adjustments represent something profound: the ability to learn within the task itself. Instead of relying entirely on training data, the robot adapts on the fly.

Researchers evaluated the memory-enabled system on increasingly complex tasks. First came a relatively simple challenge: making a grilled cheese sandwich. This required short-term memory to manage timing while performing delicate physical steps like flipping bread and plating the sandwich.

Next came a logistical task: retrieving ingredients for a recipe. The robot had to remember which items it had already collected, where they were located, and whether drawers and cabinets had been closed. Finally came the most demanding scenario: cleaning an entire kitchen.

This meant putting objects away, washing dishes, wiping countertops, and tracking which parts of the room had already been cleaned.

The memory-augmented model significantly outperformed versions without structured memory, demonstrating greater reliability and task completion rates.

The difference illustrates a key shift in robotics.Instead of optimizing isolated actions, researchers are now building systems capable of sustained workflows.

Why Memory Is The Next Frontier In Robotics

The broader implication of MEM is that robotics is entering a new phase. For decades, the field focused on perception and control: helping machines see the world and manipulate objects. More recently, large multimodal models have dramatically improved robots’ ability to interpret instructions and execute complex motor behaviors.

But as those capabilities mature, the bottleneck has moved. The next challenge is cognitive continuity — enabling robots to operate over extended periods without losing track of their goals. Memory systems like MEM provide the scaffolding for that continuity. Instead of reacting moment by moment, robots can maintain an internal narrative about their actions, decisions, and environment. This narrative is what allows complex behavior to emerge.

If this approach continues to evolve, the implications extend far beyond cleaning kitchens. Future robots may need to follow instructions that unfold over hours or even days. Imagine telling a home assistant:

“I get home at 6 p.m. — please have dinner ready and clean the house on Wednesdays.”

Executing such a request would require parsing long instructions, planning subtasks, remembering progress, and adapting when things go wrong.

Maintaining a raw video history of every action for that long would be impossible. Instead, robots will likely rely on hierarchical memory systems, where experiences are compressed into increasingly abstract representations.

MEM is an early step toward that architecture.It suggests that the key to more capable robots may not be stronger motors or sharper sensors, but better memory — and the ability to reason about it. If robots can finally remember what they are doing, they may also finally be able to finish the job.

Disclaimer

In line with the Trust Project guidelines, please note that the information provided on this page is not intended to be and should not be interpreted as legal, tax, investment, financial, or any other form of advice. It is important to only invest what you can afford to lose and to seek independent financial advice if you have any doubts. For further information, we suggest referring to the terms and conditions as well as the help and support pages provided by the issuer or advertiser. MetaversePost is committed to accurate, unbiased reporting, but market conditions are subject to change without notice.

About The Author

Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

More articles

Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

More articles



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The End of Quantum Computing’s Biggest Nightmare: What Are “Phantom Codes”? | Metaverse Planet

The End of Quantum Computing’s Biggest Nightmare: What Are “Phantom Codes”? | Metaverse Planet


One of the most significant obstacles holding back quantum computers is their notoriously high error rate. Now, a groundbreaking solution is emerging: new algorithms known as “phantom codes.” By executing complex calculations with drastically fewer errors, this approach could alter the trajectory of quantum technology and rapidly accelerate its transition into real-world applications.

In the early days of quantum computing, many physicists doubted the technology’s practical viability because the devices generated errors that were incredibly difficult to correct. While today’s quantum computers have evolved and are already being used for scientific discoveries, the core error problem remains largely unsolved. According to Shayan Majidy from Harvard University, while many popular error-correction methods effectively help quantum computers store information flawlessly, they fail to maintain that accuracy during the active calculation phase.

The Dilemma of Logical Qubits

Quantum computers operate using physical units called qubits. However, real-world calculations generally rely on “logical qubits”—structures where multiple physical qubits share the same information to drive down the error rate.

To execute a flawless calculation, the computer must manipulate these logical qubits through physical processes. Lasers or microwaves are applied to alter their quantum states, or two or more qubits are forced into a state of entanglement. The fundamental flaw in this process is that every single physical intervention increases the probability of generating new errors.

How Do “Phantom Codes” Change the Game?

The primary advantage of phantom codes is their ability to allow multiple logical qubits to establish entanglement without the need for physical intervention—which is exactly how the method earned the name “phantom.”

This breakthrough shifts the paradigm in several ways:

Fewer Physical Operations: The method drastically reduces the number of physical actions required during a calculation.Higher Efficiency: By minimizing physical steps, it simultaneously boosts operational efficiency and eliminates potential points of failure.Massive Accuracy Gains: When Majidy and his team tested this method via computer simulations (including preparing specific qubit states and simulating simplified quantum materials), the results were striking. Thanks to the reduction in physical manipulation, phantom codes produced results up to 100 times more accurate than traditional error correction methods.

A Powerful Tool, But Not a Silver Bullet

Researchers are quick to point out that phantom codes are not a universal fix for every quantum program. Majidy notes that the method provides a massive advantage specifically in calculations requiring extensive entanglement, as it aims to use existing entanglement more efficiently rather than generating it from scratch.

The Armor Analogy: Mark Howard from the University of Galway compares quantum error correction to choosing armor. Some traditional methods offer robust protection but create heavy, inflexible structures. Phantom codes offer a much more flexible alternative, though they may require a larger number of qubits to function.Hardware Dependency: Dominic Williamson from the University of Sydney states that the ultimate competitiveness of phantom codes against other techniques remains to be seen, as it will depend heavily on future developments in quantum computing hardware.

Ultimately, experts agree that while phantom codes may not single-handedly cure all quantum error problems, they represent an exceptionally powerful tool for specific subprograms and specialized tasks. The research team is already collaborating with scientists developing ultra-cold atom quantum computers, paving the way for a future where quantum programs are custom-tailored for specific tasks and hardware.

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