Qtum: Bridging Bitcoin and Ethereum Technologies

We may earn money or products from the companies mentioned in this post.

What if there was a blockchain platform that combined the impenetrable security of Bitcoin with the versatile smart contract capabilities of Ethereum? Enter Qtum, a pioneering technology in the crypto universe, striving to build a cohesive and efficient bridge between these two giants. But how does Qtum enhance blockchain’s evolutionary path while championing decentralization and user accessibility?

Since its inception by the Singapore-based Quantum Foundation in 2016, Qtum has emerged as a beacon of innovation for a more decentralized ecosystem. It champions the integration of the stability and wide-reaching network of Bitcoin with the adaptability of Ethereum’s smart contract functionality. With its hybrid architecture, Qtum not only caters to financial applications but opens doors to a wide array of possibilities in numerous sectors, including the Internet of Things (IoT).

The Qtum blockchain is not just theoretical; it boasts a robust operational status with over 2100 unique staking addresses¹, more than 650 delegated addresses¹, and an impressive count of 36 Super Stakers¹. This decentralization is further exemplified by Qtum’s sprawling network, with 500+ nodes¹ distributed in over 60 countries across 6 continents. Such a vast and varied presence ensures that Qtum remains at the leading edge of blockchain technology.

With the blockchain landscape experiencing an influx of protocols, the centrality of bridges—like the Qtum Bitcoin-Ethereum bridge—has become more pronounced than ever, key in fueling the shift towards a multi-chain future². Qtum stands at the forefront, facilitating the secure and efficient transfer of ERC-20 tokens and USDC across its platform, thereby not only bolstering its infrastructure but also nurturing a burgeoning ecosystem of decentralized applications².

Key Takeaways

• Qtum merges the best aspects of Bitcoin and Ethereum, elevating blockchain technology.
• Boasting a massive network with nodes worldwide, Qtum exemplifies true decentralization¹.
• Qtum’s hybrid architecture offers a broad spectrum of applications, from fintech to IoT.
• The Bitcoin-Ethereum bridge represents a critical piece of infrastructure for a multi-chain future².
• Significant strides in community engagement and real-world application sets Qtum apart in the blockchain space³.

Understanding the Qtum Blockchain

The evolution and functionality of the Qtum blockchain platform embody a significant advancement in the realm of cryptocurrencies. By amalgamating the strengths of both Bitcoin and Ethereum, Qtum introduces a new horizon for the deployment of smart contracts and decentralized applications.

What is Qtum?

Qtum is a hybrid blockchain technology that uniquely integrates Bitcoin’s Unspent Transaction Output (UTXO) model with Ethereum’s Account Model, offering a robust platform for the development of decentralized applications. This innovative combination enhances the blockchain’s utility by facilitating seamless execution of smart contracts while maintaining a high standard of security and stability⁴.

The Origins and Goals of Qtum

Since its inception in 2016 by Patrick Dai, Jordan Earls, and Neil Mahi, Qtum has been at the forefront of blockchain innovation. With its initial coin offering (ICO) rolling out in March 2017, it quickly climbed up the ranks by market cap, positioned at #98 as of August 2022⁴. The platform’s principal aim is to revolutionize the online transaction landscape, tapping into critical sectors such as finance and social networking with its less energy-intensive Proof-of-Stake (PoS) consensus model⁴.

Qtum’s innovative Account Abstraction Layer (AAL) allows it to combine the reliability of the UTXO model with the flexibility and compatibility of smart contracts, a technological tandem that paves the way for more reliable and adaptable blockchain solutions⁴. With a total of 105.4 million QTUM in circulation, it consistently ranks as a formidable contender in the blockchain space⁵.

By integrating with industries poised for disruption through blockchain technology, Qtum not only showcases its capacity for high-volume transactions but also supports a scalable network to accommodate the evolving demands of modern digital applications. As it continues to refine its blockchain architecture, Qtum’s focus remains on security, scalability, and sustainability.

Exploring Qtum’s Hybrid Architecture

The Qtum network, created in 2016 by the Singapore-based Quantum Foundation⁶, presents a revolutionary blend of blockchain technologies. Qtum integrates the Bitcoin Unspent Transaction Output (UTXO) model with the Ethereum Account Model to form its distinctive hybrid blockchain architecture⁷. This innovative fusion provides Qtum with the robust security features of Bitcoin while enabling the execution of complex smart contracts through Ethereum’s virtual machine (EVM).

This structure supports not only Qtum’s capability to drive mainstream adoption of blockchain technology but also stewards the platform into the vanguard of the digital transaction spaces. Medici Ventures, a subsidiary of Overstock.com, leverages tZERO, which utilizes Qtum’s blockchain technology, showcasing its robust capacity for transforming securities trading⁶.

Merging the security of UTXO with the flexibility of smart contracts executed on the EVM, Qtum indeed poses a formidable challenge to its peers in the blockchain arena⁸. By providing a scalable and efficient platform, Qtum enables a wide array of industries to benefit from its customizable blockchain solutions, optimizing operations across various sectors, including finance, IoT, and entertainment⁷.

As we delve deeper into Qtum’s technology, it becomes apparent that the hybrid blockchain architecture is not just about enhancing transactional efficiency but also about fostering a secure and adaptable environment for developers and enterprises alike. With its proof-of-stake consensus mechanism deemed more energy-efficient than traditional proof-of-work systems⁸, Qtum stands at the forefront of ecological sustainability in blockchain technology.

Integration with Bitcoin and Ethereum: The Best of Both Chains

Qtum’s revolutionary approach in blockchain technology sees a harmonious integration where Bitcoin security meets the versatile capabilities of Ethereum’s smart contract execution, thus embodying a powerful hybrid framework that capitalizes on the strengths of both leading platforms. This dual structure not only underscores Qtum blockchain integration but also pioneers advances in blockchain usability and interoperability.

How Qtum Merges Bitcoin’s Security with Ethereum’s Flexibility

By leveraging the robust UTXO model from Bitcoin, Qtum heightens transaction security and traceability, which is crucial in maintaining network integrity. Simultaneously, Qtum incorporates the Ethereum Virtual Machine (EVM), allowing comprehensive smart contract functionalities that are essential for Ethereum flexibility. This amalgamation makes Qtum a standout for developers looking to build versatile and secure applications.

Furthermore, Qtum enhances its protocol with innovations such as the x86 Virtual Machine and the Account Abstraction Layer (AAL) that supports multiple programming languages, which facilitates a more extensive range of smart contract execution scenarios, thereby broadening the scope for application development across different industries⁹.

Smart Contract Execution on Qtum

The seamless execution of smart contracts on the Qtum platform exemplifies the ideal balance between efficient computational processes and stringent security measures. Qtum’s blockchain incorporates an advanced adaptation of the PoS consensus mechanism, known as the Incentive Proof of Stake (IPoS), which significantly lowers the risk of security breaches while enabling a more energy-efficient network operation.

Smart contract execution on Qtum not only supports the core programming language of Ethereum, Solidity, but also introduces compatibility with other popular languages through its innovative x86 VM, thus empowering developers to create diverse and robust decentralized applications¹⁰.

The integration of such technological advancements ensures that Qtum maintains a competitive edge, streamlining the adoption of blockchain technology in numerous fields, including finance, supply chain management, and healthcare, while tackling the persistent challenges of scalability and interoperability in blockchain networks.

Thus, Qtum stands as a beacon of innovation, meshing the foundational reliability of Bitcoin with the pioneering smart contract capabilities of Ethereum to provide a blockchain solution that is not only secure but also adaptable to the needs of modern decentralized applications⁹¹⁰.

Advancing Decentralization with Qtum

As the Qtum blockchain continues to develop, it consistently emphasizes the key aspects of advancing decentralization and enhancing censorship resistance. This robust focus not only strengthens the blockchain’s infrastructure but also uplifts its community engagement and governance protocols.

Enhancing Censorship Resistance on the Blockchain

The Qtum blockchain, known for its hybrid nature merging Bitcoin’s robust security with Ethereum’s smart contract functionality, places a strong emphasis on maintaining a censorship-resistant environment. This resistance is critical given the global push towards more monitored and regulated digital spaces. The ability to process transactions promptly, with Qtum’s core level handling approximately 1,100 transactions per second and options for expanding this capacity through advancements like SegWit, positions it as a formidable player against more traditional transaction methods like Visa, which can handle over 65,000 transactions per second¹¹.

Decentralized Governance Protocols in Qtum

A cornerstone of Qtum’s appeal is its decentralized governance protocols, which empower the community to propose and vote on changes directly impacting the blockchain’s operation. The Decentralized Governance Protocol (DGP), for instance, allows changes in parametric values such as block size adjustments up to 8000kb without the need for a hard fork¹¹. This method ensures that power remains distributed among all participants, aligning perfectly with the ideology of advancing decentralization.

The governance model extends beyond simple operational modifications. With the launch of Neutron in 2020, Qtum introduced a middleware aiming to translate various virtual machine coding languages into a readable framework for the Qtum blockchain, proving its commitment to decentralized governance and operational flexibility¹². Additionally, offline staking introduced in the same year allows users to delegate their staking powers without compromising the security or autonomy of their assets, advancing both decentralized governance and participation¹².

In conclusion, Qtum’s commitment to advancing decentralization and maintaining robust decentralized governance continues to set it apart as a leading blockchain platform. Its approach not only improves security and user autonomy but also ensures that the Qtum blockchain remains agile and adaptable in the face of evolving technological landscapes.

Qtum AI and the Future of Blockchain Technology

The intersection of Qtum AI with blockchain technology paints a compelling picture of the future. By integrating advanced artificial intelligence capabilities, such as AI chatbots and text-to-image generators, Qtum AI not only enhances the efficiency of blockchain operations but also drives significant innovation in the sector.

At the core of Qtum AI’s advancement is the utilization of a massive array of 10,000 Nvidia GPUs, which are critical in processing complex algorithms and delivering high-performance outcomes with unprecedented speed and accuracy¹³. This powerhouse of computational capability propels Qtum AI into the forefront of future innovations, setting a high standard for AI applications within blockchain frameworks.

Furthermore, the application of AI in Qtum extends to areas like financial risk management and logistics, where AI’s predictive analytics and optimization capabilities can significantly reduce costs and enhance efficiency¹⁴. Beyond mere transaction management, Qtum AI’s potential in securing data against quantum threats is also noteworthy. With the rise of quantum computing, the integration of quantum-resistant cryptographic solutions within blockchain is becoming essential to safeguard sensitive data from quantum attacks¹³¹⁴.

The practical benefits of integrating these technologies establish Qtum AI as a major player in not just blockchain technology but also in setting a blueprint for future digital systems. Blockchain’s inherent security features, combined with AI, provide a robust platform capable of resisting emerging cyber threats while optimizing performance across various sectors¹⁴.

Facilitating Asset Movement: The Role of the Qtum Bridge

The interplay of cryptocurrency ecosystems often necessitates robust frameworks for asset movement, a domain where the Qtum Bridge excels, enhancing the user experience and broadening access to blockchain capabilities. This innovative bridge serves as a critical linkage between traditional ERC-20 assets and newer platforms.

Connecting ERC-20 Assets and Circle USDC to Qtum

The Qtum Bridge has been instrumental in merging the liquidity of ERC-20 assets with the technological prowess of the Qtum blockchain. Notably, the bridge facilitates the transfer of assets like Circle USDC from the Ethereum Mainnet to Qtum, enhancing the asset’s utility and accessibility¹⁵. The MetaMask Snaps feature supports this seamless integration, allowing users to manage these assets efficiently within their MetaMask wallets¹⁵.

To provide a concrete example, the integration of Circle USDC through the Qtum MetaMask Snap not only broadens the usability of USDC but also fortifies the security measures with a non-custodial wallet architecture, ensuring that users maintain control over their private keys¹⁵.

User Experience and Accessibility with the Qtum Bridge

The design of the Qtum Bridge prioritizes a frictionless user experience, making the movement of ERC-20 assets and Circle USDC as intuitive as possible. This approach addresses common barriers to entry for new users in the cryptocurrency space. Additionally, the integration of assets through the Qtum MetaMask Snap is carefully audited by third parties such as Sayfer to assure users of their data’s security and the infrastructures’ reliability¹⁵.

By employing open-source extensions and undergoing rigorous audits, the Qtum Bridge promotes a transparent and secure environment for all participants. Furthermore, the real-time asset movement facilitated by this bridge combats liquidity fragmentation, making asset exchanges more straightforward and efficient.

For further insights into how blockchains are revolutionizing various sectors beyond cryptocurrencies, one can explore smart contracts and blockchain applications in the legal.

The Power of Proof-of-Stake in Qtum Blockchain

The Qtum blockchain leverages the innovative Proof-of-Stake mechanism to enhance both network security and energy efficiency, distinguishing itself within the crowded ecosystem of crypto technologies. This consensus model is instrumental in facilitating a more sustainable blockchain solution by significantly reducing the required computational power, which in turn minimizes energy consumption compared to traditional Proof of Work systems¹⁶. As a result, Qtum’s approach not only supports environmental sustainability but also offers economic incentives for a broader user base¹⁶.

Mirroring the flexibility of Proof-of-Stake, Qtum introduces the Mutualized Proof-of-Stake (MPoS) consensus, which is crafted to diminish competition for computational resources and augment smart contract functionalities¹⁷. This strategic implementation sees Qtum users enjoying a decrease in energy requirements and an increase in reward opportunities, with the staking mechanism designed to reward individuals proportionate to the duration and quantity of their investment, thereby enhancing the overall stability and security of the network¹⁶.

• Qtum’s initial total supply was set at 100 million QTUM tokens, with a sophisticated three-part block reward structure that is anticipated to reach zero by 2045, thus aligning with a sustainable economic model¹⁸¹⁷.
• The distribution of Qtum nodes across 60 countries underscores its robust infrastructure, comparable to major players in the blockchain industry, thereby fostering a globally distributed network infrastructure that supports decentralized growth and resilience against attacks¹⁷.

To support its wide-ranging use cases from transaction processing to contract execution, Qtum offers a variety of wallet options, including both desktop and mobile solutions, ensuring accessibility and security for its community members¹⁸. This inclusive approach not only furthers the penetration of Qtum’s innovations in the crypto-market but also aligns with its goal of promoting widespread adoption of blockchain technology across diverse sectors.

The Qtum blockchain is equipped with an on-chain governance model through the Qtum Decentralized Governance Protocol (DGP), which facilitates seamless protocol upgrades and enhances democratic engagement within the community¹⁸. This model contrasts sharply with other cryptocurrencies that rely heavily on rigid, off-chain decisions, marking Qtum as a pioneer in fostering user-driven governance in the blockchain space.

In conclusion, the Proof-of-Stake mechanism provides the Qtum blockchain with the framework to offer an energy-efficient, secure, and user-focused experience, ready to meet the challenges of modern digital transactions and smart contract executions, thereby setting a benchmark for future blockchain technologies in terms of scalability and environmental consideration¹⁶.

Layer-1 and Layer-2 Solutions: Qtum’s Approach to Scaling

In the evolving landscape of blockchain technology, Qtum stands out through its unique blend of Layer-1 and Layer-2 solutions, striving for optimal scalability without sacrificing security or decentralization. By leveraging the foundational stability of Layer-1 with the innovative enhancements of Layer-2 solutions, Qtum aims to address some of the most pressing challenges in scaling blockchain technologies.

Achieving Transaction Speeds at Scale

At its core, the Qtum network is engineered to drastically enhance transaction speeds. While traditional Layer-1 blockchain like Bitcoin caps at approximately 7 transactions per second¹⁹, Qtum has implemented modifications to push this limit significantly higher. The integration of Segregated Witness increased throughput by 60%¹⁹, and the network now supports about 1100 transactions per second¹⁹. These improvements are pivotal as they allow Qtum to process a volume of transactions nearly 100 times greater than Bitcoin¹⁹.

Combining Solutions for Enhanced Throughput

The Fastlane hard fork in 2021 marked a substantial step for Qtum, reducing block spacing from 128 seconds to merely 32 seconds¹⁹. This reduction not only helped in managing more transactions but also in maintaining an effective balance in the rise of orphan block rate, with statistics indicating a maintained rate of 27% post-fork¹⁹. Bolstered by these developments, the network fosters a more fluid and efficient transactional experience. Additionally, implementations from Layer-2 like the Lightning Network introduce near-instant and feeless transactions capabilities to the Qtum ecosystem²⁰.

The strategic employment of Qtum’s Decentralized Governance Protocol (DGP) permits adjustments on blockchain parameters, such as block size, to accommodate greater transaction throughput dynamically²⁰. This adaptability is crucial for scaling blockchain frameworks to cope with varying demands and emerging market dynamics without compromising the decentralized nature.

In essence, Qtum’s comprehensive approach in combining Layer-1 and Layer-2 solutions exemplifies its dedication to pushing the boundaries of transaction speeds and blockchain scalability. With these pervasive enhancements, the Qtum network continues to bolster its infrastructure, ready to meet modern demands and facilitate faster, more effective blockchain applications.

Adapting Upstream Innovations: Qtum’s Strategic Advantage

The Qtum strategic advantage emerges from its agility in assimilating upstream innovations. This capability not only allows Qtum to stay at the forefront of blockchain updates but also aligns seamlessly with evolving industry standards.

Through integrating several token standards such as ERC20 and BRC20, Qtum not only broadens its applicability but also ensures compatibility with major blockchain ecosystems, like those of Bitcoin and Ethereum. This compatibility is key in significantly lowering transaction costs compared to traditional gas expenses prevalent in other networks.

Qtum’s approach to blockchain updates and adherence to industry standards not only promotes technical enhancements but also ensures a user-friendly experience. The adaptability to upstream innovations ensures that Qtum remains a pertinent player in the dynamic blockchain landscape, providing the Qtum strategic advantage necessary to navigate the complexities of modern digital transactions.

Fostering a Global Community Through Decentralization

The journey of Qtum decentralization is a significant chapter in the blockchain revolution, emphasizing the core principles of a global community and ubiquitous access. By fostering an environment where technology meets collaborative spirit, Qtum has not only advanced in terms of technology but also in building a community that transcends borders.

Qtum’s Diverse Node Distribution

Qtum’s commitment to community growth and node distribution is vividly exemplified in its decentralized network, which consists of over 500 nodes across more than 60 countries on six continents²¹. This diverse distribution not only ensures the robustness and security of the Qtum network but also embodies the essence of global community participation in blockchain governance. Furthermore, the upgrade from Proof-of-Stake Version 1 to Version 2 effectively demonstrates Qtum’s community-driven approach to adaptive and progressive governance²².

Community Growth and Collaboration in the Qtum Ecosystem

The Qtum ecosystem thrives on active participation from its community members, who are instrumental in proposing and voting on crucial network changes such as block size adjustments and transaction fee reductions²². This participative governance model has led to significant enhancements like increasing the block size and reducing block time, decisions that were supported overwhelmingly by the community²². Such changes underscore the collaborative strength and commitment of the Qtum community towards a refined and efficient blockchain infrastructure.

Uniting diverse groups under the Qtum banner, community-driven hackathons and conferences serve as platforms for innovation and exchange of ideas. For instance, the Distributed Health Hackathon and Qtum Challenge not only highlighted Qtum’s technical prowess but also its role in nurturing a supportive and inclusive community²³.

In essence, the stimulation of community growth and the strategic distribution of nodes across the globe are pivotal in Qtum’s mission toward broader blockchain acceptance and utilization. Driving forward with these initiatives, Qtum is setting a benchmark for how decentralized technologies can empower a global audience, fostering an inclusive, innovative, and involved community.

Embracing Industry Standards: ERC-20 and BRC-20 on Qtum

The Qtum blockchain stands out for its strategic integration of both ERC-20 tokens and BRC-20 tokens, aligning seamlessly with global industry standards. This dual-token approach not only enhances the flexibility of the Qtum platform but also broadens its usability, attracting a diverse array of developers and users interested in innovative project deployments.

ERC-20 tokens on the Qtum network ensure compatibility with a wide range of existing Ethereum-based projects, facilitating effortless asset transfers and interactions across blockchain systems. Similarly, BRC-20 tokens contribute to the Qtum ecosystem by providing a framework that supports more customized blockchain solutions, including the implementation of NFT functionality. These standards foster a robust environment where users experience reduced transaction costs compared to other major blockchain platforms.

The introduction of ERC-404 standards, as explained in this analysis²⁴, offers a new layer of potential for tokens on Qtum. It simplifies asset tokenization and introduces features like fractionalization, enhancing token customization for various applications including utility tokens and dynamic NFTs²⁵.

In conclusion, Qtum’s commitment to supporting both ERC-20 and BRC-20 tokens not only underlines its vision for a versatile and inclusive blockchain ecosystem but also positions it as a frontrunner in the adoption of cutting-edge industry standards. This strategic choice not only benefits developers but also end-users, who gain access to a more efficient and flexible blockchain experience. As such, Qtum’s approach to embracing established token standards is exemplary of its leadership in blockchain innovation.

Introducing Janus: A Gateway for Developers to Qtum

Welcome to an exciting new chapter in blockchain development. Janus, as an innovative Web3 proxy adapter, stands as a central figure in Qtum’s strategy to attract and support the developer community. This integration facilitates a smoother transition for those looking to harness the Qtum network’s unique capabilities.

Web3 Proxy Adapters and Developer Integration

The role of Janus extends beyond just a simple bridge; it functions as a developer gateway that encapsulates the complexity of Qtum integration. By simplifying interactions between existing platforms and Qtum, Janus lowers the entry barrier for developers who are accustomed to the Solidity programming environment but wish to leverage Qtum’s hybrid blockchain innovations.

Implementing Janus involves aligning with core Web3 standards, thus ensuring that developers need not relearn entirely new protocols but can adapt their existing Solidity-based skills and tools to operate smoothly within the Qtum ecosystem. Emphasizing security and ease of use, Janus provides the tools necessary for developers to port their applications with minimal friction.

Porting Solidity-Based Applications with Ease

Migration of applications to a new blockchain platform often appears daunting due to the technical intricacies involved. However, Janus mitigates these challenges by offering a robust framework tailored for Solidity. Developers find this particularly advantageous, as it allows them to reuse much of their existing codebase, thereby speeding up deployment cycles and reducing the likelihood of errors.

The process supported by Janus emphasizes continuity and efficiency, ensuring that Solidity’s applications are not only ported but are optimized to utilize the unique features of the Qtum blockchain, such as its UTXO-based transaction model combined with smart contract functionality.

“In a rapidly evolving blockchain landscape, Janus stands out by providing a seamless, efficient pathway for developers transitioning to Qtum, maximizing their development efforts and reducing time to market.”

As technology progresses, the significance of developer-friendly platforms becomes increasingly apparent. With Janus, Qtum is poised to attract a broad spectrum of developers, from those focused on enterprise solutions to indie game creators, all looking to tap into the power of blockchain technology while maintaining a familiar development environment.

Discover more about Janus and its role in enhancing access controls and multi-domain integrations within the blockchain sector at Hierarchical Multi Blockchain-Based Access Control Model²⁶.

Qtum Stats: A Glimpse into the Blockchain’s Growth

The ascendancy of Qtum as a staple in blockchain innovation is evident when we delve into the Qtum statistics that paint a picture of robust blockchain growth. With a network comprising over 2100 unique staking addresses, the structural groundwork for a decentralized future is clearly laid out. The addition of more than 650 unique delegated addresses and 36 super stakers lends credence to the increasing complexity and reach of the Qtum ecosystem²⁷²⁸. An impressive 40,500+ QTUM awarded to stakers over a mere 31-day span exemplifies the lucrative opportunities for community members who actively engage with the platform, thereby fuelling further growth and adoption²⁸.

Qtum’s approach to employing cutting-edge consensus algorithms, derived from advancements recognized by the digital economy, ensures an adaptive growth in line with the evolving demands of the industry²⁸. It is such innovations that have seen Qtum nodes scatter across the globe, primarily focusing on the essential blend of transparency, security, and effectiveness. This strategic distribution not only echoes the core tenets of decentralized finance but also amplifies Qtum’s commitment to building a resilient and censorship-resistant network.

The entrenchment of Qtum in the blockchain narrative is also facilitated by educational engagements, as seen through the blockchain-centric courses at prestigious institutions. These academic programs expand understanding of cryptocurrencies and blockchains, encompassing critical discussions on smart contracts and the transformation of financial markets²⁹. Partnerships with academia ensure continuous innovation and sustainability of blockchain technology, especially within economically influential sectors. Qtum’s tangible growth metrics, along with its profound impact on knowledge dissemination, solidify its stature as a pivotal and ever-evolving player in the blockchain arena.

Source Links

1. Qtum – https://www.qtum.org/
2. Qtum Bridge and wrapped USDC – https://www.qtum.org/news/qtum-bridge-and-wrapped-usdc
3. Qtum Bridge is Live on Testnet with Incentive Campaign | HackerNoon – https://hackernoon.com/qtum-bridge-is-live-on-testnet-with-incentive-campaign
4. Qtum: What it is, How it Works, Comparisons – https://www.investopedia.com/terms/q/qtum.asp
5. What is Qtum? Everything you need to know about QTUM – https://weareblox.com/en-eu/qtum
6. Qtum: Combining Bitcoin and Ethereum Technologies in a Hybrid Blockchain – https://medium.com/@web3author/qtum-combining-bitcoin-and-ethereum-technologies-in-a-hybrid-blockchain-584abe25a127
7. Blockchain: Exploring the Power of Qtum Technology – FasterCapital – https://fastercapital.com/content/Blockchain–Exploring-the-Power-of-Qtum-Technology.html
8. No title found – https://crypocto.com/blog/understanding_qtum_a_hybrid_blockchain_platform
9. Qtum Blockchain – Producing the best From Ethereum and Bitcoin – https://scortik.com/learn-about-qtum-blockchain/
10. QTUM · Beyond Bitcoin and Ethereum chains – https://www.linkedin.com/pulse/qtum-beyond-bitcoin-ethereum-chains-belobaba
11. Qtum Strikes the Perfect Balance: The Blockchain Trilemma – https://medium.com/@Qtum/qtum-strikes-the-perfect-balance-the-blockchain-trilemma-4f4e4bb2af54
12. Qtum Tackles Governance With QTUM Coin | Gemini – https://www.gemini.com/cryptopedia/qtum-crypto-and-blockchain-evm
13. Blockchain And Quantum Computing Are on a Collision Course, Expert Warns – https://thequantuminsider.com/2024/09/08/blockchain-and-quantum-computing-are-on-a-collision-course-expert-warns/
14. The Future Potential for Blockchain, AI, and Quantum Computing – https://ai-techpark.com/blockchain-ai-and-qc/
15. Qtum Wallet – https://github.com/qtumproject/qtum-extension-wallet
16. Proof of stake explained: Why is it better than Bitcoin’s PoW? – https://medium.com/@Qtum/proof-of-stake-explained-why-is-it-better-than-bitcoins-pow-4636c810bbf1
17. What Is Qtum & How Does It Work? Who Created QTUM? – https://kriptomat.io/cryptocurrency-prices/qtum-price/what-is/
18. Exploring the Qtum Blockchain and QTUM Token – Moralis Academy – https://academy.moralis.io/blog/exploring-the-qtum-blockchain-and-qtum-token-2
19. Qtum Scaling – https://blog.qtum.org/qtum-scaling-3f7ddae6d2ac
20. Qtum – How Many Transactions Per Second? | HackerNoon – https://hackernoon.com/qtum—how-many-transactions-per-second
21. Building a Decentralized Future: The Power Of Community In Web3 – https://inery.io/blog/article/the-power-of-community-in-web3/
22. Governance Models: Exploring Qtum’s Community Driven Approach – FasterCapital – https://fastercapital.com/content/Governance-Models–Exploring-Qtum-s-Community-Driven-Approach.html
23. Qtum Community & Development Updates — September 25 – https://blog.qtum.org/qtum-community-development-updates-september-25-5eef698178a8
24. Fabian Vogelsteller, father of the ERC20 Standard, on the Shift from Blockchain Addresses to Social Profiles with Lukso by The Defiant – DeFi Podcast – https://podcasters.spotify.com/pod/show/thedefiant/episodes/Fabian-Vogelsteller–father-of-the-ERC20-Standard–on-the-Shift-from-Blockchain-Addresses-to-Social-Profiles-with-Lukso-e1fmvfs
25. ERC404: Revolutionizing Tokenization in the Blockchain Space – https://evacodes.com/blog/erc404
26. Introducing Storm Warfare: Unleash True TGC Ownership in the World of WWII Web3 Strategy Gaming – https://blog.seedify.fund/introducing-storm-warfare-unleash-true-tgc-ownership-in-the-world-of-wwii-web3-strategy-gaming-d48bb70fe506
27. Microsoft Word – Portable Electrocaloric Cooling Device – https://vixra.org/pdf/1804.0352v1.pdf
28. Blockchain Architectures for the Digital Economy: Trends and Opportunities – https://www.mdpi.com/2071-1050/16/1/442
29. Blockchain Initiative – Tepper School of Business – Carnegie Mellon University – https://www.cmu.edu/tepper/faculty-and-research/initiatives/blockchain-initiative/index.html