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GOSH

I was sipping my coffee this morning when an email notification popped up. It was from an old friend, Mitja Goroshevsky. The last time we sat down, he shared grand visions of a future while debating the fiasco of Tornado Cash, Solana, and Julian Assange’s cat. Today was a little more serious than that, though; GOSH has another game-changer in the works: becoming the world’s first ‘Freemium’ L2 solution. blockchain In other words, they now offer an Ethereum Layer 2 alternative (much like Matic or Optimism), but the gas for your smart contracts is free. You heard me, free. Set fire to the beacons, fellas; the watercoolers of the are abuzz. metaverse digital community Now, before you roll your eyes at yet another blockchain headline, hear me out. This isn't your typical Ethereum product launch news. GOSH is crafting an Ethereum Layer 2 that's different. Why? Well, for starters, GOSH isn’t actually primarily an L2 solution. It’s a decentralized, fully on-chain, and open-source version of Github, or ‘Git On Chain DAO Platform’ if you prefer. And while I’m not a developer or even much of a techie, even I can tell the potential implications and uses for this are huge. But, back to Mitja. He, confidently as ever, stated, “Any on GOSH can transform into Ethereum Layer 2 with just a click." Simplified, perhaps overly so, but the essence of it was groundbreaking. In a world cluttered with promises of decentralization, GOSH seems to be one of the few making headway. DAO Now, in our previous interviews, Mitja had hinted at some big partnerships. Today’s email confirmed those suspicions. Twelve of them, in fact, from GBA to Viete. Not just names but innovators. They're not just jumping on a bandwagon; they're actively building the road ahead. And the folks I've spoken to are buzzing. Gerard Daché of GBA sees GOSH as a torchbearer in the blockchain realm. And Joshua Bate, the mind behind DeSciWorld, views GOSH as a pivotal force in decentralized science. But it's not all praise and no critique. Like any early-stage venture, GOSH has its skeptics. Some see it as the next big thing, while others are hedging their bets. Time will tell. So, if your interest is piqued, and you're willing to navigate the cutting edge of blockchain tech, drop by . Peer into this world with a healthy dose of skepticism and curiosity. gosh.sh For those keen on getting an insider perspective (and perhaps a story or two about Mitja's coffee preferences), you might want to ping Luca at . Luca@gosh.sh To the untrained ear, GOSH stands for Git Open Source Hodler. But to those in the know, it’s a beacon in the expansive sea of blockchain.

GOSH!: Another Fancy Crypto Toy, or a Revolution?

Singapore November 22nd - pleased to announce the introduction of a groundbreaking Bitcoin EVM layer poised to revolutionize the way Bitcoin smart contracts operate. By leveraging the Segregated Witness (SegWit) protocol, Goshen has developed a method to utilize P2WSH addresses that support both traditional Bitcoin transactions and EVM transaction data. This allows for the seamless deployment and invocation of EVM contracts while maintaining the high-security standards inherent to the network. Goshen is Bitcoin With a t (POC) completed and testing phases surpassed, the Goshen Bitcoin EVM layer is ready for main network deployment, offering users the ability to execute transactions with the familiar security of their Bitcoin wallets, but with added benefits. Proof of Concep Enhanced Bitcoin Protocols and dApp Integration Goshen's EVM layer will not only cater to Bitcoin holders with a need for large, low-frequency transactions but also promise a more cost-effective and faster alternative to existing BRC 20 applications. The layer is built to integrate with existing Bitcoin protocols, and with the support of cross-chain bridge protocols, it will provide a robust platform for dApps. Market Expansion and Strategic Positioning The primary market for Goshen's EVM layer includes Bitcoin investors interested in Real World Assets (RWA) and those seeking to engage in the digital asset space with efficiency and security. Goshen's strategy focuses on institutional and traditional finance sectors as entry points while fostering long-term partnerships with RWA projects and institutional clients. Competitive Advantage and Revenue Generation Goshen differentiates itself through its unique approach to Bitcoin's native design, providing a concise and technically sound solution. While the revenue model is expected to involve token issuance, Goshen emphasizes the value it brings to users through enhanced transaction speeds, reduced costs, and the creation of a robust ecosystem. Compliance and Scalability In navigating the complex regulatory landscape of cryptocurrencies, Goshen prioritizes compliance with international laws and regulations, ensuring that legal and regulatory compliance is at the forefront of its deployment strategy. Community Engagement and Cross-Chain Collaboration With a vibrant community exceeding 10,000 members and regular engagement initiatives, Goshen is committed to education and transparency. The network seeks to solidify its role as a key player in future blockchain innovations and cross-chain developments. Assessing Impact and Managing Risks Goshen acknowledges the risks associated with the increased transaction load on the Bitcoin blockchain and is strategically focusing on RWA customers to mitigate potential traffic challenges while maintaining safety and efficiency. The objective is to build a high-value, low-transaction ecosystem adapted specifically for the Bitcoin network. A Vision for the Future Goshen's layer is set to make a significant impact on the blockchain ecosystem, inviting traditional finance users to explore the potentials of the crypto world and establishing new benchmarks for security and efficiency in blockchain transactions. Bitcoin EVM For more information, please contact: Dave Costello dc@multilayers.io About Goshen Goshen is a pioneering blockchain technology firm dedicated to improving transaction efficiency and security. With a focus on innovation and community engagement, Goshen is committed to leading the way in blockchain solutions and cross-chain interoperability across Ethereum and Bitcoin.

Goshen Confirms Proof of Concept for Bitcoin EVM Layer and Eyes First dApp Deployments on Bitcoin

, a leader in blockchain innovation, incubated by Ontology, is excited to announce the unveiling of its Bitcoin EVM layer, marking a significant moment in blockchain technology. This development is accessible on GitHub at and is set to make a significant contribution to Ethereum and Bitcoin interoperability. Goshen Network https://github.com/goshennetwork/bevm A Milestone in Innovation In the wake of the recent development of Ordinals and the BRC-20 protocol, Goshen’s development team has engineered a protocol that integrates an Ethereum Virtual Machine (EVM) execution layer into the Bitcoin network. This integration is poised to usher in an era of reduced dApp transaction fees, courtesy of Bitcoin’s SigWit mechanism, and enhanced user experience through streamlined data upload processes. Overcoming Functional Limitations Historically, Bitcoin has grappled with functional limitations, particularly in comparison to Ethereum’s expansive smart contract capabilities. Goshen’s protocol, however, leverages the Segregated Witness (SegWit) protocol upgrade to augment Bitcoin’s capacity and diminish transaction fees, thereby facilitating direct interaction with EVM smart contracts within the Bitcoin network. Enabling Innovative Design Goshen’s protocol sets itself apart through the implementation of a unique Pay-to-Witness-Script-Hash (P2WSH) address, enabled by the Segregated Witness protocol. This innovation allows for the encoding of EVM, invoking transaction data within the witness data, and ensuring the stability of the P2WSH address. Introducing Seamless EVM Execution The protocol comprises a dedicated format for EVM data, the utilization of an EVM-enabled P2WSH in version 0, and the seamless execution of the EVM. To mitigate potential Distributed Denial-of-Service (DDoS) attacks, an execution gas cap of 10,000,000 has been instituted, underscoring Goshen’s commitment to security and efficiency. Complementing Existing Protocols Goshen’s protocol is designed to be both independent and complementary to existing Bitcoin protocols and applications. It integrates seamlessly with various layer one and layer two applications, ensuring that it can be adopted or disregarded without causing disruption to existing users. Backward Compatibility and Easy Integration The protocol’s complete backward compatibility is a core element of its design, requiring no modifications to the existing Bitcoin network. It brings the sophisticated functionalities of Ethereum’s EVM to the Bitcoin network, opening up the potential for growth and development on both networks. Understanding Goshen’s EVM Layer The EVM layer incorporates two distinct types of EVM invoke actions: EVM call and EVM deploy. The EVM address is derived from the redeem script hash, ensuring compatibility with the Ethereum ecosystem. The EVM data format and EVM P2WSH are designed to ensure transactions maintain their integrity and efficiency. Navigating the Challenges Ahead Goshen Network is fully aware of the challenges that lie ahead, including potential performance issues and the evolving regulatory landscape. The team is committed to a continuous process of refinement and enhancement, ensuring that the Bitcoin EVM layer not only meets but exceeds the expectations of developers and users alike. Conclusion Goshen’s Layer2 solution is a core component of the network’s vision, marking a significant milestone in Bitcoin’s evolution. The protocol’s integration with the existing Bitcoin network, coupled with its enhanced functionalities, positions Goshen at the forefront of blockchain innovation. The deployment of the EVM on github marks a significant leap forward in cross-chain interoperability between the Bitcoin and Ethereum networks as well as opening up an entire new avenue for mass adoption of blockchain technology. About Goshen Network Goshen Network is at the forefront of blockchain innovation, consistently pushing the boundaries to unlock new horizons in the world of decentralized technology. Incubated by Ontology, the layer 2 is committed to blockchain adoption for all. With the deployment of the Bitcoin EVM layer, Goshen reaffirms its commitment to fostering an ecosystem where technology and creativity converge to redefine the possibilities of tomorrow. Media Contact: David Costello CMO dc@multilayers.io https://goshen.network/

Goshen Unleashes the Power of Bitcoin with its EVM Layer

Goshen Network**,** an innovator in Ethereum Layer 2 scaling solutions, is excited to announce the second phase of its Top Goshen Gears (TGG) campaign. This initiative aims to reward early adopters and builders in the Goshen ecosystem. Today, we are proud to introduce our partners who have joined the campaign: Blockchain Reporter, Crypto Wallet, Ivy Market, IzI Swap, Ontology, Gameta, Holonym, DcentraLab, Li.Fi, ONTO Wallet, OpenOcean, WingFinance, TaskOn, Ankr, StealthEx, L2 Finance, ChainDrop, MemoLabs, Celer - cBridge, UMA Protocol, Bware Labs, BlockSec, SlowMist, Star Protocol, and Horus Protocol. These companies, leaders in their respective fields, will contribute to the growth and development of the Goshen Network, further enhancing its capabilities and reach. The first phase of the TGG campaign, launched in April 2023, was a resounding success, with over ten partners engaging with the Goshen team and deploying on the TestNet. The campaign's second phase aims to build on this momentum, fostering a vibrant community passionate about the Goshen ecosystem. The TGG campaign rewards those who deploy apps on or integrate with the Goshen TestNet. These can be projects, DAOs, or any dApps. Media outlets or communities who help distribute updates of Goshen will also be eligible for TGG. Participants will receive a genesis TGG NFT, minted on the Goshen Network, signifying their early contribution to bringing more scalable layer 2 solutions to Web3. Additionally, they will receive a share of the Goshen network’s transaction fees as income for a certain period of time. The Goshen Network is a fully Ethereum-equivalent optimistic roll-up protocol that utilizes a RISC-V machine to support on-chain computing and provides a trustless Layer 2 environment to perform transactions. The network aims to decrease transaction latency and increase throughput while reducing gas fees and maintaining decentralization and security from Ethereum. Goshen’s key differentiator is its revolutionary Bitcoin EVM layer, a technology that seamlessly merges the Ethereum Virtual Machine (EVM) with the robustness of the Bitcoin network. This innovation paves the way for enhanced blockchain development and interoperability. A standout feature of Goshen's Bitcoin EVM layer is its compatibility with Ethereum, allowing developers to effortlessly craft and launch dApps on the Bitcoin network using their existing Ethereum tools and expertise. This not only simplifies the development process but also encourages developers to harness the security and scalability of Bitcoin within a familiar Ethereum framework. Furthermore, the Bitcoin EVM layer equips developers with a comprehensive suite of tools, ensuring they have a solid foundation to bring their visions to life. For those well-versed in Ethereum, the layer supports all prominent APIs and Integrated Development Environments (IDEs) available on Ethereum. This compatibility fosters innovation, as developers can leverage the strengths of both Bitcoin and Ethereum to create pioneering applications. What sets the Goshen Bitcoin EVM layer apart is its scalability and reliability, catering to both large-scale enterprise applications and decentralized apps. As an open-source, programmable platform, it offers unparalleled flexibility, making it the go-to choice for dApp deployment. Notably, Goshen has simplified contract function calls, eliminating the need for prior contract verification, which is a staple in traditional Bitcoin smart contracts. This streamlining allows developers to instantly invoke contract functions, saving valuable time and resources. To further support developers, Goshen offers an official block explorer for the Bitcoin EVM layer. This tool empowers developers to index and scrutinize blockchain data, gleaning insights that can optimize their dApps. The introduction of Goshen's Bitcoin layer unlocks a plethora of possibilities and potential implications. It could pave the way for hybrid financial products, enabling developers to craft unique decentralized finance (DeFi) applications by capitalizing on Bitcoin's value storage and intricate smart contract financial logic. EVM Goshen invites all interested parties to join the #collaborations channel on our Discord server, participate in the discussion, and contact a member of the Goshen team directly about what you’re excited about doing. Join us in building the future of scalable layer 2 solutions for Web3. Be a Top Goshen Gear! For more information, follow us on or join our community. Twitter Discord About Goshen Network Goshen Network is a leading provider of Ethereum Layer 2 scaling solutions, utilizing a RISC-V machine to support on-chain computing. The network aims to decrease transaction latency, increase throughput, reduce gas fees, and maintain decentralization and security from Ethereum. For more information, visit Goshen Press Contact: dc@multilayers.io This story was distributed as a release by Goshennetwork under HackerNoon’s Brand As An Author Program. Learn more about the program here: https://business.hackernoon.com/brand-as-author

Goshen Network Unveils New Partners for 'Top Goshen Gears' Campaign

Goshen Network presenta nuevos socios para la campaña 'Top Goshen Gears'

Goshen Network dévoile de nouveaux partenaires pour la campagne « Top Goshen Gears »

गोशेन नेटवर्क ने 'टॉप गोशेन गियर्स' अभियान के लिए नए साझेदारों का खुलासा किया

Goshen Network、「Top Goshen Gears」キャンペーンの新しいパートナーを発表

Goshen Network revela novos parceiros para a campanha 'Top Goshen Gears'

Mạng lưới Goshen tiết lộ các đối tác mới cho chiến dịch 'Top Goshen Gears'

Goshen Network 为“Top Goshen Gears”活动揭晓新合作伙伴

They say the devil's in the details, but in the case of , it's more like a mischievous gremlin with a penchant for blockchain security. I plunged headfirst into this tech rabbit hole to witness Mitja Gorochevsky, the wild mind behind and this radical consensus algorithm, unleash his latest creation on a crowd of unsuspecting tech enthusiasts. Acki Nacki GOSH The Scene: A Digital Carnival of Quirk Picture a virtual stage where coding wizards and crypto evangelists collide—that's the kind of energy that crackled through the air as Mitja took the reins. The vibe was part tech conference, part cyberpunk circus, with Acki Nacki taking center stage as a personified defender of integrity. blockchain But even gremlins have their off days. Internet gremlins, that is. The demo hit a few snags thanks to connectivity hiccups, but that didn't dampen the spirit. It just added a layer of unpredictable chaos to the mix, as if Acki Nacki was flexing its trickster muscles. Enter Acki Nacki: The Multi-Headed Hydra of Blockchain Now, hold on to your crypto wallets because Acki Nacki is no ordinary consensus algorithm. Imagine a multi-core, multi-threaded execution environment where anyone can drop a contract and run operations in parallel with lightning-fast, under-1-second finality. And all this on the decentralised supercomputer known as GOSH. "The odds of a successful malicious attack on GOSH (with Acki Nacki) is not just less likely than a successful attack on Bitcoin," Mitja boldly declared, "it's less likely than an asteroid hitting Earth and wiping us all out tomorrow!" Hackathon Hoedown and the GOSH Gold Rush But the real party starts with the "Underworld" hackathon. A siren call to tech rebels, inviting them to bend the boundaries of what's possible. Here are the challenges they laid down: Wallet apps that make your crypto quiver with glee. Visualisation tools to make blockchains look like trippy art installations. Security tooling so tight that even the NSA would be impressed. SDKs, TVMs, ZKPs... basically, if it sounds like alphabet soup, it's fair game. Why go through all this trouble? Because the only way to score GOSH tokens is either through this hackathon or the "Die Last" validator games. It's a tech wild west where your coding skills are your six-shooter. Is anyone paying attention, though, Ben? Well, I'm glad you asked. For me, the big-news-plot-twist of the evening, away from all the tech bluster, is that the United Nations, the global epitome of diplomatic collaboration, has chosen GOSH to host its decentralized autonomous organization (DAO) for the Internet Governance Forum (IGF). This move underscores the growing recognition of GOSH as a reliable and secure platform for handling critical aspects of Internet governance. I can already picture Acki Nacki, the mischievous guardian of blockchain integrity, now donning the mantle of responsibility as it becomes the backbone for this huge UN-backed initiative. Conclusion: A Glimpse into a Decentralized Future, Gremlins and All Did Acki Nacki live up to the hype? The jury's still out, but one thing's for certain: Mitja knows how to throw a tech party that leaves you questioning reality and craving more. In a world of sterile blockchain conferences, this was a jolt of raw, unadulterated innovation. Hold on tight, folks—the GOSH ride is just getting started.

Deep in the Tech Underworld, a Gremlin-Like Consensus Wakes: Dispatches of the Acki Nacki Freakshow

Real-Time tricks: Harnessing Kafka Streams for Seamless Data Tasks

Between the Digital Marketing course and the coaching program I’m doing atm, I haven’t had the time to sit down and write a proper article. Instead, here’s a medley of thoughts about Love, The Mind, and Being that have been bouncing around in my head. What Is Love? , rings a remix of the ‘90s band Haddaway’s single on my Instagram feed. What is love? Baby don’t hurt me don’t hurt me no more So, what love? Is it when a baby doesn’t hurt you? is The love we hear about in songs or see in movies isn’t love. It’s an attachment. Attachment and exploitation of a love object. What can the object give me? Attention, time, sex… but in the real world, we soon find the other person can’t do that for us, and the fear creeps in—the fear of losing the object that provides the illusion of love. Instead of facing the reality of unfulfilled expectations, we simultaneously try to fix ourselves so that the person finds us loveable and adjusts the person to fit our preferred criteria. , then we’d be happy; we would feel loved. We get tricked into believing love can be outsourced. So, the fear of losing the love object that provides the illusion of love begins to enter. When we don’t love ourselves, looking for love on the outside always gives us anxiety. “Will they like me?” is the focus, whilst the real question is do I like myself? If they were just a little more to our liking . . Love is a state, not a feeling. Love is independent of love objects. Love is free. It is always there, patiently waiting to be uncovered. It’s a state you began in and will die in. Love is an energy that cannot be created or destroyed. You don’t need to generate love, find love, or get love. It can only be gently uncovered behind the layers of conditioning put upon your heart. The paradox is that no one can give you love - you cannot get love; you can only LOVE. This is an important distinction ❤️ Stuff Like This ; your mind whispers when you dare to dream beyond the confines you’ve been placed within. But what if it does happen? What if it’s right there, waiting for you to see through the lies of your mind? What if all sorts of things happen to all sorts of people, including you? Your mind is just telling you a story based on past experiences. It pretends to grasp the entirety of everything: how the world operates, what other people are like, and what you are like. (Seriously, ask your mind anything, and it’ll come up with a response! - how silly is that? It’ll never say, gosh, I don’t know, and leave it at that. It’ll begin wondering and try to figure out a response to soothe itself that it does know everything). It claims to have all the answers when, in reality, it’s barely scratching the surface. Stuff like this doesn’t happen to people like me We cling to the illusion of self-knowledge, yet the truth is we don’t fully understand why we are the way we are. Sure, we concoct explanations and reasons—neatly logical delusions—but at the core, we simply exist as we are, inexplicable even to ourselves. And the mind? It can’t accept this mystery. Here’s another annoying feature of the mind Have you ever noticed how, when you ignore a certain thought or narrative, your mind scrambles to find something else to occupy you with? It will use to reel you back in. When you feel restless, it’s your mind bouncing around, desperate to divert your focus away from the present back to itself. The mind thrives on your attention; it feeds off it. And we feed it generously, distracted from the now, lost in thoughts of past hurts and stories. anything The more intense the emotion tied to a particular memory, the more your mind returns to that story. It never goes back to the happiest moment of your life over and over again as much as it revisits the moments of hurt, unfairness, and sadness.   These negative experiences have a stronger gravitational pull for evolutionary reasons, but it doesn’t mean we should leave it at that. Happiness only exists in the present moment. I know it’s such a cliche, but seriously - where is your past, right now? Where is it? It’s in your fucking mind, obstructing you from being here, right now, as you are. The only way these stories stay alive is if you keep feeding them your attention. Oh, yes, you do. When we say we don’t have control over our attention, what we really mean is that we haven’t trained a skill of controlled attention. But I don’t control my attention… The good news is that attention is a trainable skill,  but the bad thing is that it takes effort. It requires overcoming the automaticity of your mind. It’s tough! I’m going through this training right now with the coaching course I’m doing, and it’s painfully obvious how automated every aspect of my being is. One of the practices we’re supposed to do daily is a 15-minute contemplation exercise. I won’t go into the details, but my mind would literally do nothing else but concentrate. It brings stuff I haven’t thought of in , to escape focusing for 15 minutes. considerable years anything In fact, I sat down to do the exercise but ended up editing this article! This is the state of affairs of my mind, and most minds, I’d argue, is that 15 minutes out of 16 hours that we are awake is too much for the mind to handle. We have close to 0 control of that freak inside our heads. If this isn’t scary, I don’t know what is 🤷‍♀️ Poem The happiness of being I lay on the grass on a sunny Sunday afternoon Looking at the sky, expecting something new When a thought suddenly arises Maybe I’m not supposed to believe in disguises? The thoughts disguised as truth the Opinions of others disguised as the glue that keeps society together and maybe even predicts the good weather. But seriously - what is a thought? A moment captured then repeated in blocks Built into houses of stories we’re told Forgetting the essence cannot fit in a mold. Society is a construct to keep the flock together But finding happiness requires disconnecting from the fear of separating from others, Even in a stormy weather. The storm inside borne out of separation Holds the key to the kingdom of creation Endless moments of being here and now Forever giving, gifting, leading, leaving The True Self you were never without. . . Thank you for your time & attention. Train your mind because life is as good as the quality of your mind. Also published . here

The Crazy Mind, Artificial Love and Happiness of Being

This paper is under CC 4.0 license. available on arxiv Authors: (1) A. V. Kuzin, Sternberg Astronomical Institute, Moscow, Russia and E-mail: alv.kuzin@gmail.com. Table of Links Abstract and Introduction Model of Disk and Neutron Star Main Equations The Solution for the Induced Field Discussion Conclusion and References ABSTRACT : neutron stars, accretion disks, magnetic field Keywords : ... DOI 1. INTRODUCTION The problem of the structure of an accretion disk interacting with the magnetic field of a central star is closely related to X-ray sources with magnetized neutron stars (NSs). Modeling the disk, one needs to know the induced magnetic field inside and around the disk in order to properly account for the effects of the magnetic field. The situation when the NS magnetic field penetrates a disk is considered, the magnetic axis of the NS is inclined to the disk axis. Since the disk consists of ionized matter and the field lines are twisted by the movement of the disk, an induced field appears in the disk (Lai, 1999). One of the first models of interaction between magnetic field and accretion disk was proposed by Gosh and Lamb (Gosh et al., 1977; Gosh and Lamb, 1979a, b) to explain observed variations of NSs spin rates. They calculated the exchange of torque between the disk and the star through the magnetic field. At the time, their theoretical results were con- ∗E-mail: alv.kuzin@gmail.com sistent with observations. However, these works introduced the induced field in a simplified way. Wang (1987) has demonstrated an inconsistency of the model of Gosh and Lamb. This problem motivated other authors to build more realistic models of the induced field. The major points of the model presented below are as follows. In order to calculate the structure of accretion disk, one needs to know both the radial and vertical structure of the induced magnetic field. In this work, the radial and vertical components of the induced field are separated. The magnetic diffusion coefficient varies with the radial coordinate in a physically plausible manner. The equation for the induced magnetic field is derived from the induction equation, and boundary conditions are set for this equation. The focus of this work is on the stationary axially symmetric induced magnetic field, although other possibilities are also discussed.

GOSH

gosh.sh

11-50 employees

Since 2022

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GOSH

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GOSH

gosh.sh

11-50 employees

Since 2022

COMPANY RANKING

GOSH

EVERGREEN INDEX #5329

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