Jesantmark

Norway had already optimized its working time with working days of between 33.6 and 37.5 hours per week
Now, this generation is betting on a four-day workweek to maintain salary and productivity while working less time.
In Norway, leaving the office at three or four in the afternoon is neither a privilege nor an exception: it's the standard schedule for millions of workers. According to the Norwegian Labour Force Survey , the standard workweek in Norway is around 37.5 hours, distributed in 7.5-hour shifts, and the actual average is around 33.6 hours, placing the country among the developed economies with the fewest working hours .
However, even with that enviable starting point, Norway is questioning whether the five-day-a-week model still makes sense. The emerging answer points toward the four-day week, not as a utopian ideal, but as an ongoing experiment backed by scientific data.
A country that works little and produces a lot . In the Norwegian labor market, the prevailing idea is to work efficiently within a limited schedule. As Carla, a Spanish woman living in Norway, describes in one of her TikTok videos: "Most Norwegians have my perfect work schedule, from 8 a.m. to 4 p.m., because it gives them plenty of time for afternoon activities and spending time with their families."
Far from hindering the economy, this commitment to work-life balance coexists with some of the highest levels of productivity per hour worked in Europe. According to OECD data , Norwegian employees accumulate 1,412 working hours per year, compared to the OECD average of 1,740. Meanwhile, unemployment in 2025 was projected to be around 4.7%, according to Eurostat data.
Generation Z wants to go further.
It is precisely the youngest workers who are most forcefully questioning the inherited model. According to YouGov's ' Empowering Minds' survey, the invisible mental load derived from planning, anticipating, and coordinating both at work and at home weighs particularly heavily on younger generations in the Nordic countries. Raised in hyper-connected environments , Generation Z doesn't see the four-day week as a luxury but as the logical evolution of smart working. And they have arguments to support this view.
A Deloitte survey of more than 23,000 young people reveals that work-life balance is Generation Z's top career priority , above career advancement , and that only 6% aspire to a leadership position as their primary goal. For this generation, working well is not synonymous with working more .
The Nordic model has cracks
The problem is that this model, despite its strengths, has failed to shield Norwegian workers from stress. After-hours notifications and instant messaging have eroded the boundaries that Norwegian work culture had so carefully constructed, and sick leave due to mental health issues has steadily increased, according to official sick leave records .
It is in this context that the four-day workweek ceases to be a union demand and becomes a viable alternative worth considering. If having a shorter-than-average workday already improves the well-being of Norwegians, reducing it by a whole day could be the lever Norway needs to halt the decline in its workers' mental health.
Productivity and well-being in four days
In 2024, the first Norwegian pilot program for a four-day workweek was launched . Eleven companies from sectors as diverse as hospitals, municipal services, and consulting firms participated for six months under the 100:80:100 model (100% of salary, working 80% of the time, with the goal of maintaining 100% productivity). This same model has been followed by other four-day workweek projects around the world, including the one in Valencia in 2023 .
The Norwegian experiment was monitored by the consulting firm The Rework in collaboration with Karlstad University and Boston College. The results, compiled in the official report just released, show that this work-life balance model combines the best of both worlds. Stress was reduced by 19%, participants went from sleeping 6.6 hours per night to 7 hours, and satisfaction with time for personal activities increased by 44%.
All of this occurred while perceived productivity increased by 13%. Of the ten participating companies that shared their business results, five reported improvements, and the other five maintained the same levels of productivity and profits as before the experiment. In other words, none of them experienced a decline in performance after reducing working hours . In fact, the results were so satisfactory that ten of the eleven companies decided to continue with the reduced workweek after the trial ended.
Source: Rubén Andrés (April 1st, 2026). Norway works little but produces a lot, and that stresses them out. Generation Z has found the solution: the four-day week. Available in: https://www.xataka.com/empresas-y-economia/noruega-trabaja-poco-produce-mucho-eso-les-estresa-generacion-z-ha-encontrado-solucion-semana-cuatro-dias/amp.

⚡ Brief breakdown
The crypto market is up +2.27% to $2.37T in 24 hours, driven primarily by a persistent bullish sentiment thanks to regulatory clarity in the US. It shows a strong correlation (89%) with the S&P 500, indicating a common movement influenced by macroeconomic factors.
Main reason: The market is digesting the historic joint SEC and CFTC framework that classifies 16 major tokens as "digital commodities", eliminating prolonged regulatory uncertainty and increasing institutional confidence.
Secondary reasons: The strong correlation with equity markets reflects a broader macroeconomic rebound, while speculative capital is moving into select altcoins, evidenced by extreme volume spikes in tokens like TrustSwap (+153%).
Short-term outlook: The sustainability of the rally likely depends on holding key Fibonacci support at $2.33T. A drop below could signal a test of the recent low near $2.27T.
Source: Coinmarketcap (2026). CMC AI.
Disclaimer:
Always remember do your own research (DYOR). This is not financial advice.

In this post, I refer to a publication by @KZG Crypto 口罩哥 on September 7th of last year, which raises the possibility of the legendary Satoshi Nakamoto's public return to the crypto world.
"The threat of quantum computing is plunging the Bitcoin community into unprecedented anxiety. With the rapid advancement of this technology, experts predict that quantum computers could break Bitcoin's encryption algorithm within the next decade, jeopardizing the survival of the entire network.
At this critical moment, SharpLink Gaming's co-CEO, Joseph Chalom, has put forward a bold conjecture: if Bitcoin truly faces the life-or-death test of the quantum threat, the mysterious founder Satoshi Nakamoto, who has been missing for years, might choose to return.
Since leaving a farewell message in 2011 saying, "I've moved on to other things," Satoshi Nakamoto has completely disappeared from the public eye, leaving behind approximately 1.1 million bitcoins and countless unsolved mysteries. But the threat of quantum computing could change all that.
The U.S. Securities and Exchange Commission (SEC) has warned that quantum computing could pose a substantial threat to Bitcoin by 2028. Once quantum computers are deployed on a large scale, attackers will be able to crack private keys and steal Bitcoin from wallets, especially those addresses created early on whose public keys have been exposed.
Chalom speculates that when the network needs to make important decisions regarding its direction, Satoshi Nakamoto could speak out through his "OG account" of early holdings, guiding the community toward a consensus on upgrading against quantum computing with his unparalleled authority"
Draw your own conclusions. Cheers.
$BTC #GoogleStudyOnCryptoSecurityChallenges

Bitcoin faces a new quantum alert. Google Research now estimates that a cryptographically relevant future quantum computer could break ECDLP-256, the foundation of the elliptic cryptography used in the ecosystem, with fewer than 500,000 physical qubits and in just a few minutes. The figure of "9 minutes" summarizes this acceleration, but Google's official formula remains more cautious: "a few minutes."
The real warning sign for Bitcoin
The important point is not that Bitcoin would be broken tomorrow morning. The real impact is that the window of opportunity appears narrower than previously thought. Google explains that its new estimates significantly reduce the resources needed to attack this cryptography, by approximately twenty times the number of physical qubits previously considered.
This changes the tone of the debate. For a long time, quantum risk was classified as a "distant problem." Now it falls into the category of a "problem to seriously prepare for." Google even talks about a transition to post-quantum cryptography and mentions its own migration timeline for 2029.
A misunderstanding should also be avoided. Google isn't saying that all bitcoins are already vulnerable in the same way. The group primarily recommends limiting exposure to or reuse of vulnerable wallet addresses, which shows that the danger also depends on how keys are used on the chain.
Naoris Protocol offers a clue
In this context, Naoris Protocol is trying to position itself as a post-quantum-oriented security layer. The project presents itself as a "quantum-forward" infrastructure capable of securing blockchain transactions starting today while serving as a bridge to broader post-quantum standards.
In theory, the argument is compelling. Naoris documentation states that its Post-Quantum Signed Transactions system can integrate quantum-resistant cryptography, specifically with Dilithium-5, through an additional Layer 2-type layer without a hard fork. This is precisely the kind of promise that appeals to a market nervous about quantum risk.
But we must keep a cool head. Naoris speaks primarily of rapid compatibility for EVM chains. For Bitcoin, its own supporting documentation indicates only that a dedicated Bitcoin Script kit is on the roadmap. In other words, Naoris cannot yet seriously present itself as the ready-to-use solution that “saves Bitcoin” today.
What Bitcoin really needs to do now
The credible answer will not come from a single marketing protocol, however ambitious. It will come from a more complex combination: gradual migration to post-quantum schemes, wallet adaptation, discipline in exposed addresses, and likely technical and political debates far less glamorous than commercial promises. Google also insists that solutions already exist, but that they will take time to deploy.
That is where Naoris may, despite everything, prove useful. Not as a red button to make Bitcoin invincible, but as an integration lab, an experimental layer, and a demonstrator of what could become a more modular, post-quantum blockchain security.
Its value is real if considered as a technical framework, not a universal cure. The real conclusion is quite clear. Yes, the quantum alert surrounding Bitcoin is becoming more serious. Yes, the Naoris Protocol could be part of tomorrow's toolkit.
Source: Evans, S. (2026). Naoris Protocol puede salvar a Bitcoin del riesgo cuántico? Cointribune. Cripto para todos. https://www.cointribune.com/es/naoris-protocol-puede-salvar-a-bitcoin-del-riesgo-cuantico/

To celebrate my 300th post, today I'm going to talk about the token that's currently trending. Yes, about SIGN.
In the rapidly evolving world of Web3, the gap between data transfer and verifiable trust remains one of the most significant hurdles to mass adoption. Enter SIGN, the native utility and governance token of the Sign ecosystem—a project that is stepping up to build the foundational infrastructure for credential verification, digital identity, and secure token distribution.
What is the Sign Protocol?
Unlike many projects that focus purely on speculative narratives, Sign is tackling painful administrative realities. At its core, the Sign Protocol is an omni-chain attestation protocol designed to power digital public infrastructure. It acts as the backbone for decentralized applications by verifying identities, proofs of ownership, and smart contracts.
The ecosystem features powerful, real-world tools such as:
EthSign: The first on-chain e-signature decentralized application (dApp), bringing secure, legal-grade document signing to Web3.
TokenTable: A premier smart contract-based platform that seamlessly automates token distribution, vesting schedules, and airdrops.
SignPass: A unified on-chain identity registration and verification system designed to work across multiple networks.
The Utility of the SIGN Token
The SIGN token is far more than just a tradable asset; it is the lifeblood of this expansive ecosystem. Its primary utilities include:
Protocol Fees: SIGN is used to pay for attestations and operational fees across all Sign protocols and applications.
Governance: Token holders possess voting rights, allowing them to directly influence the strategic direction and future upgrades of the protocol.
Staking and Incentives: Long-term believers can stake their tokens to earn rewards and participate in exclusive community campaigns.
Omni-Chain Interoperability: Because Sign supports cross-chain operations, developers and users can seamlessly manage assets and credentials across both EVM and non-EVM networks without fragmentation.
Why SIGN Matters Now
As blockchain technology matures, the market is shifting its focus from mere speculation to real-world utility. Institutions, governments, and large-scale enterprises require tamper-proof, sovereign-grade infrastructure to manage identity and capital markets safely. The inclusion of SIGN in Binance's ecosystem initiatives highlights the growing community alignment and the broader crypto market's recognition of its potential.
By moving essential trust and verification processes on-chain, Sign is creating a highly resilient framework for modern economies. Whether it is ensuring a token distribution reaches the right participants or proving the authenticity of a legal document without relying on centralized intermediaries, SIGN is positioning itself as the critical infrastructure layer where digital information becomes a trusted reality.
For Binance users looking to explore projects with deep, structural value, SIGN represents a compelling look into the future of decentralized verification and global digital infrastructure.
#signdigitalsovereigninfra $SIGN
#Write2Earn

These days Jesse Peltan wrote a series of posts on "X" explaining eight key points about electric cars, their cost-effectiveness, and the use of electricity in the United States. In this article, I'll share Jesse Peltan's thoughts on the topic.
Remember when the problem with EVs was the cost of the battery?
Yeah. Not a problem anymore.

Battery costs have declined by 99% in the last three decades, making electrified transport a reality—
Over 20 million electric cars were sold globally in 2025 — some for as little as $10,000. Even just two decades ago, that would have been impossible.
The reason it's possible now? Batteries have gotten much cheaper.
In 1991, lithium-ion battery cells cost around $9,200 per kilowatt-hour. By 2024, that had fallen to just $78 — a decline of more than 99%. You can see this in the chart.
To put that in perspective: the battery cells in a standard electric car today cost around $5,000. In 1991, those same cells would have cost nearly $600,000.
There was no single breakthrough behind this. Batteries follow a “learning curve”: as cumulative production grows, thousands of small improvements in chemistry, manufacturing, and supply chains drive prices down.
Since 1998, every time global cumulative battery production doubled, the price dropped by roughly 19%.
Early progress was driven by consumer electronics — phones and laptops — before the technology became viable for cars, buses, and larger energy storage.
Energy density has also more than tripled since the 1990s, meaning batteries can now store far more energy for their volume.
The half-a-million-dollar battery was never going to transform transport. The $5,000 battery is.
This should be obvious, but a $37k EV does not have a $50k battery in it. People were wrong about battery replacement costs in 2010, and they’re still repeating the same lies.
37k today is $29k in 2019. Now, the Standard Model 3 is cheaper than the cheapest Model 3 from 2019 AND has as much range as the Long Range did. Tesla has driven down costs by much more than the value of the tax credit.

More range, better car, less money. People don’t realize how much Tesla has driven down real costs.
1. I don't think people realize just how expensive electricity used to be. Real electricity prices are HALF of what they were in 1960.
The "good old days" of "cheap coal" is just cheap propaganda.

2. Money printing made nominal prices go up - not new technology.
Real electricity prices are roughly 1/10th what they were a century ago.

3. Real prices would be even lower today if it weren't for rising transmission and distribution (T&D) costs.
Generation has gotten and continues to get a lot cheaper.

4. Transmission isn't the expensive part of T&D. Distribution is 2/3 of the cost.
High distribution costs are a result of high peak residential demand. To see lower real prices for consumers, we need to lower peak demand.

5. HALF of peak demand is heating and air conditioning.
Residential demand is ~5x higher on a peak day vs a normal day.
We have to build distribution to serve that full peak, even though we normally use 1/5 of that capacity (chart shows Texas, but it's a similar story everywhere).

6. Volumetric pricing is the root of all evil.
We don't allow consumers to internalize the savings of energy efficiency measures that lower peak demand, so everybody consumes more at peak and then everybody pays more.
We need accurate price signals to allow consumers to make and benefit from smart choices.
We have tons of solutions to lower peak demand:
- high efficiency heat pumps
- ducts in the conditioned space (or ductless units)
- air sealing + heat recovery ventilation
- continuous exterior insulation
- home batteries
- smart water heaters
- high efficiency windows
We throw away 1/3 of our heating and cooling in bad ductwork.
We have so many solutions to lower distribution costs, but you can't benefit from them because even if you lower your peak demand, you still have to pay for somebody else's underinsulated home and 1990's air conditioner.
We subsidize inefficiency and tax efficiency. Is it any wonder we build inefficient homes?

7. We need rates that reflect reality so that consumers can make decisions that align with reality.
We should be enjoying the benefits of cheap, abundant electricity generation.
We have to stop sabotaging ourselves with socialized pricing.
8. Also, we can get a lot more out of our existing infrastructure by increasing off-peak demand.
Smart EV charging would allow us to electrify every car in the U.S. without increasing peak demand.
Smart electric water heaters can heat water when capacity is underutilized and store that water for later use.
Even smart pool heaters or driveway heaters. As long as they're not running during peaks, the cost to supply that electricity is tiny.
There are all kinds of new things that consumers can do without requiring any new grid infrastructure.
With technology improvements in generation, we're entering an era of energy abundance. We need to use one of our oldest technologies (price signals) to unlock the benefits of that new technology.
About Jesse Peltan
Jesse Peltan is co-founder of HODL Ranch and founder of Autonomous LLC, both operating at the frontier of Bitcoin mining and energy optimization. Since 2017, Peltan has led deployment of over 150 megawatts of Bitcoin mining infrastructure in West Texas, where abundant wind generation enables dynamic load balancing and demand response integration with ERCOT. Autonomous LLC designs custom ASIC and GPU rigs for off-grid crypto mining, used in four U.S. states. Educational background includes studies in mathematics, economics, philosophy, and environmental sustainability at the University of Kentucky. HODL Ranch currently operates one of the largest renewable-powered mining facilities in North America, with 92 percent of electricity sourced from wind and solar.
In 2024, Peltan participated in the North American Mining Council’s working group on flexible baseload development and spoke at Mining Disrupt on firmware optimization. His research interests intersect with grid interactivity, digital scarcity, and decentralized compute infrastructure. With technical depth and operational scale, Peltan represents a generation of mining architects building for sustainability and uptime resilience in Bitcoin’s energy future.
Source: TU News. https://tradersunion.com/news/tag/jessepeltan/