BlockDAGs recent whitepaper release has sent a wave of anticipation through the cryptocurrency community, showcasing a staggering 20,000% ROI potential that has captivated investors imaginations. This enthusiastic announcement has spotlighted BlockDAG and also brought renewed interest to other significant players like OKB, whose allure in the market is being reevaluated, and ThorChain, known for its unique market dynamics. As investors and enthusiasts delve into the details of BlockDAGs innovative approach, the broader implications for the crypto ecosystem are becoming apparent, highlighting a period of vibrant activity and strategic repositioning within the industry.

BlockDAGs presale has gone on to shatter records, with its success celebrated through a memorable showcase at the Las Vegas Sphere and the unveiling of its latest technical whitepaper V2. Meanwhile, other significant developments in the crypto market include ThorChains price resistance and notable investors like OKB showing interest in BlockDAG.

OKB investors demonstrate a strong interest in diversified crypto platforms, indicating a thriving market for tokens with robust utility and community backing. Reports suggest that OKB and other major investors have been drawn to the BlockDAG presale, underscoring the increasing demand for unique, utility-driven crypto projects.

As OKB maintains price stability and its investors explore opportunities in high-potential crypto presales, it continues to assert its position among the market leaders, navigating through crypto trends with strategic investments.

ThorChain (RUNE), renowned for enabling cross-chain liquidity pools without wrapped tokens, attracts investors seeking high ROI opportunities. Despite market fluctuations, ThorChain remains a vital component of decentralised finance (DeFi), indicating potential growth as the DeFi sector expands. ThorChains commitment to innovation positions it as a significant asset for investors eyeing top cryptocurrencies.

BlockDAGs latest technical whitepaper launch and presale success were commemorated with a striking presence at the Las Vegas Sphere, showcasing the projects global outreach and commitment to merging technology with sustainability. With a presale exceeding $12.4 million and miner sales surpassing $2 million, experts foresee BlockDAGs potential returns reaching up to 20,000x.

Distinguished by its focus on high transaction throughput (10,000-15,000 TPS) and environmental sustainability, BlockDAG sets a new industry standard with its unique blend of Directed Acyclic Graph (DAG) and Proof-of-Work (PoW) mechanisms. This approach appeals to both eco-conscious investors and those seeking high ROI opportunities, ensuring a robust, trustworthy network while promoting transaction integrity.

BlockDAGs transparent communication, exemplified by its forthcoming technical whitepaper, fosters collaboration and trust, demonstrating a model for cryptocurrencies to drive financial and ecological value. With dynamic community involvement and incentives like a 10% referral bonus, BlockDAG adopts a sustainable growth strategy, attracting investors and fostering a loyal user base.

In the quest for the next explosive cryptocurrency, BlockDAG emerges as a strong contender, offering high returns alongside environmental responsibility. While OKB focuses on market presence and ThorChain on infrastructural innovation, BlockDAG stands out with its potential to generate substantial wealth for its community while championing a greener crypto future. Investors and enthusiasts seeking both financial and ecological impact can benefit from BlockDAGs potential 20,000x returns at launch.

Join BlockDAGs presale now and be part of the future of cryptocurrency. Act now as prices keep increasing.

Website: https://blockdag.network Presale: https://purchase.blockdag.network Telegram: https://t.me/blockDAGnetworkOfficial Discord: https://discord.gg/Q7BxghMVyu

Disclaimer: The statements, views and opinions expressed in this article are solely those of the content provider and do not necessarily represent those of Crypto Reporter. Crypto Reporter is not responsible for the trustworthiness, quality, accuracy of any materials in this article. This article is provided for educational purposes only. Crypto Reporter is not responsible, directly or indirectly, for any damage or loss caused or alleged to be caused by or in connection with the use of or reliance on any content, goods or services mentioned in this article. Do your research and invest at your own risk.

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BlockDAG vs OKB vs ThorChain: Exploring the Next Explosive Cryptocurrency - Crypto Reporter

Vegan influencer Chef Dave makes a big impact on social media with his creative, flavour-packed plant-based recipes

Four years ago, a video on animal cruelty at farms popped up on Chef Daves social media feed on his phone. It was a video of newly hatched male chicks being dispatched in a grinding machine, as it was not profitable to keep them alive due to low market prices at the time.

Dave, whose full name is Kalidevan Murugaya, decided to stop eating eggs immediately.

I asked myself: How many eggs am I eating in a day? Why I am a part of this, which I dont agree with? I eat eggs and I pay the industry to do this.

Two weeks later, another video popped up. This time, it was a video on the atrocities in the dairy industry, in which cows are caged in a crowded space while female cows are artificially inseminated.

When the female cow delivers, its newborn calves are separated and fed a blended solution while the nutritious milk from its mother is extracted for human consumption. Newborn female calves are kept alive and when they come of age, the same artificial insemination process is repeated. Male calves are sent to the slaughterhouse for veal and their skin is processed into leather.

This changed Daves mind completely. He recalled an advertisement for fresh milk, in which cows were living free and running around on green pastures at beautiful farms in foreign countries. But the reality was shockingly far from it.

xposed to speciesism

As Dave have always stood up for social justice, he found his calling in the animal rights movement.

Animal rights just (connects) with me. If this were to happen to cats and dogs, we would definitely fight for them. If a cat is bullied or treated badly, the public would be outraged. So, why are we not fighting for chickens, goats, cows, ducks or pigs? he said, adding that the world has accustomed itself to accepting some animals as pets and others as food.

This was when he decided to learn about speciesism prejudice or discrimination against animals based on species.

Why are we paying money every single day for the industry to do all these cruel things to farm animals?

The thought led to his awakening, and the journey towards embracing life as a vegan.

Switching to veganism

I decided I wanted to be a vegan, but I was afraid to share my thoughts with anyone. At times, I even doubted myself, wondering what would happen if I started craving for meat. So, I learned to challenge myself. For a week, I ate vegan food. Then, I began to turn all my favourite foods to vegan (versions), replacing chicken in curries and experimenting with alternatives.

Slowly, I started learning to eat well. I was surviving and this triggered my passion for vegan cooking even more. Now, I feel like I cook with a purpose and (hopefully) each of my recipes will save many (animals) from being killed.

The more people are inspired by my cooking and start cooking like me, the more it would help to free animals (from a brutal and premature death). This is my motivation, the symphony of a social justice movement, passion and fire in my heart and my love for cooking, fused together, said Dave.

Steep learning curve

One day, a friend suggested he post videos of his lifestyle on YouTube, but he had no clue on how to start. After undergoing a steep learning curve, Dave started to post videos in 2020. And the rest is history. Much to his surprise, the easy and simple recipes posted on his social media channels gained followers from all over the world.

Dave became immensely popular, receiving praise from all corners of the globe for his clever alternative ingredients, creative recipes, tips and presenting vegan versions of favorite Malaysian dishes without compromising taste.

For example, his vegan Nasi Kerabu is a big hit among locals, with some saying it tastes better than the original meat version.

All his recipes use local ingredients that are easily sourced and affordable for people from all walks of life.

My content revolves around vegan food, vegan travel and a vegan lifestyle. In terms of vegan food, I share recipes and give alternatives. For example, an alternative to cows milk is almond, cashew or walnut milk.

I will (provide information) on where to get ingredients and what you can get as alternatives or what alternative items to use in the cooking, such as vegetarian belacan.

Dave shares tips on how a vegan could travel and find food options easily, debunking the myth that vegans cannot get meals while travelling. He also speaks passionately about the vegan lifestyle, which is about activities, clothing, personal care products and cosmetics that are not derived from animals or involve the suffering of other species.

Advocating veganism

According to Dave, veganism is not associated with any religion, and the core ideology of veganism is avoiding the exploitation of animals.

We are basically brainwashed and made to believe that at every meal, we must have protein, at least one piece of chicken, or fish. But we can have tofu, dhall or chickpeas, which are all available in Malaysia, that are cheap and nutritious. The alternative source for animal protein are soy, legumes, lentils, nuts, seeds and tempeh.

Vegans abstain from meat, dairy, honey and any animal-based products such as cheese and butter and also avoid using leather products such as shoes, bags, belts and leather furniture and car seats.

My aim is not to convince people to become vegan, but to inspire those who are ready to (adopt this lifestyle), and show them it is possible.

I am not telling others what diet they should follow. That decision should come from inside each of them, on their own. They should discover the reason or have a turning point in life to become a vegan.

Daves social media channels serve as a guide and he provides information not just to vegans but vegetarians and those with health issues.

I dont want them to lose the flavour of Malaysia and I want them to continue enjoying Malaysian food.

A new challenge

Starting on social media was not easy for Dave, who had previously worked at the Shangri-La Hotel and on the Disney Cruise Line.

I would say from the beginning, I learned through trial and error. I realised I had to be consistent in producing videos. It went from zero to 30,000 subscribers within a year, with my live streaming sessions being the most engaging.

In the second year, something special happened when Dave was stir-frying Mee Goreng Mamak on a live session. Usually, he would draw about 200 to 300 viewers. But on that episode, there were over 3,000 people watching.

I could not believe it. But with that particular video, in just one night, my video reached one million views and drew 100,000 subscribers.

Since then, Dave has focused on live sessions and his subscriber numbers have grown tremendously. Last year, he launched Project 365, challenging himself by posting one recipe per day for the whole year.

The biggest challenge was keeping up with social media trends, which constantly changes... from short videos to long ones and then back to short videos again. But as a content creator, I keep updating myself with trends, knowledge and technology.

When you have no knowledge in the area of editing, photography or videography and solely depend on your team, you are in your comfort zone and you stop learning, said Dave, who learned from that mistake and mastered every aspect of making, editing and posting videos.

Revitalised during Ramadan

For every occasion, Dave comes up with traditional vegan recipes. For Ramadan, he has been posting plant-based recipes under Sehijau Ramadan 2.0, an improved version of the farm-to-table concept that he produced last year.

The ingredients are sourced from the farm and the video also shows to the world the life of Malaysians living in their kampung.

In these videos, a drama element was added, in which Dave plays the character of an adopted son of a Muslim parent, with messages on human values such as filial piety embedded.

I want viewers to immerse themselves in the feeling of serenity, peace and calmness. We hope people appreciate our culture and food, said Dave, who is making plans to diversify his content in different languages, such as Mandarin, to reach a wider audience.

Daves recipes can be viewed on Instagram @chefdave-veganjourney and his YouTube channel Chef Dave Vegan Journey.

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A voice for the voiceless - theSun

March 22, 2024 by Diana Ambolis

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Solana, introduced in 2020, has swiftly risen as a high-performance blockchain platform, revolutionizing the industry with its innovative features. At the core of Solanas architecture is the groundbreaking Proof of History (PoH) mechanism, a decentralized clock that timestamps transactions before they enter the blockchain. This unique approach to transaction ordering significantly reduces confirmation times, enabling

Solana, introduced in 2020, has swiftly risen as a high-performance blockchain platform, revolutionizing the industry with its innovative features. At the core of Solanas architecture is the groundbreaking Proof of History (PoH) mechanism, a decentralized clock that timestamps transactions before they enter the blockchain. This unique approach to transaction ordering significantly reduces confirmation times, enabling Solana to achieve thousands of transactions per second with sub-second finality.

The synergy of PoH with Solanas Proof of Stake (PoS) consensus mechanism contributes to the platforms efficiency while maintaining decentralization. The native utility token, SOL, fuels the Solana ecosystem, serving various functions, including staking, governance participation, and facilitating transactions.

Solanas emphasis on scalability and low transaction costs has attracted a vibrant ecosystem of decentralized applications (DApps) and projects. Notably, decentralized finance (DeFi) projects like Serum and Raydium leverage Solanas high throughput to offer efficient decentralized exchanges and automated market makers. The platforms developer-friendly environment supports smart contracts using the Rust programming language, enabling the creation of complex and scalable applications.

PoHs role in Solana is pivotal, as it provides a tamper-resistant historical record of transactions, offering benefits such as low-latency confirmation, enhanced scalability, and efficient consensus mechanisms. The platform actively explores interoperability, with initiatives like the Wormhole bridge connecting Solana with other blockchains.

Despite facing challenges, including network interruptions and concerns about centralization, Solanas commitment to ongoing development and upgrades, supported by the Solana Foundation, showcases its resilience and determination to address emerging issues. As Solana continues to evolve, its impact on decentralized and high-performance blockchain solutions remains significant, making it a key player in the dynamic landscape of blockchain technology.

Also, read- Whales Market Announces the Launch of Its Revolutionary Dapp and Token on the Solana network

The importance of Solana in the blockchain ecosystem is underscored by its notable contributions to addressing key challenges faced by earlier blockchain networks, offering a range of features that make it a significant player in the industry.

Understanding Validators in Solana:

Validators play a crucial role in the Solana blockchain network, contributing to the security, consensus, and overall functionality of the decentralized system. Heres a breakdown of the key aspects of validators in Solana:

In conclusion, Solanas validators are integral components that underpin the security, consensus, and functionality of the blockchain network. Operating within the Proof of Stake (PoS) consensus mechanism, validators play a vital role in proposing and validating blocks, maintaining the decentralized nature of the network. The importance of decentralization is paramount in Solana, with a diverse set of validators contributing to the resilience and trustworthiness of the overall system.

Validators, driven by the incentive structure and the staking of SOL tokens, are incentivized to act honestly, ensuring the integrity of transactions and adherence to protocol rules. The dynamic nature of Solanas validator set allows for adaptability, as new validators can join, and existing ones can leave, fostering an environment that encourages innovation and participation.

Community engagement is a key aspect of Solanas validator ecosystem, promoting transparency, collaboration, and inclusivity. Validators often interact with the community, providing insights into their operations and seeking input, contributing to a more decentralized and community-driven governance model.

The diversity of validators, including those operated by different entities and community members, enhances the networks robustness. This diversity, combined with ongoing network upgrades facilitated by validator participation in governance decisions, ensures that Solana remains adaptive to evolving requirements and challenges.

Overall, its validators are not only technical participants but also active contributors to the governance and growth of the network. As it continues to evolve and play a significant role in the blockchain space, the collaborative efforts of validators and the community underscore the importance of their role in maintaining the integrity and innovation of the ecosystem.

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Understanding Solana Validators And Top 10 Important Things To Know About Them - Blockchain Magazine

Ethereums network has seen notable growth recently in both daily active users and daily transaction volume, yet the price of ETH, Ethereums native cryptocurrency, has undergone corrections in the past few days. Notably, Ethereum is down by over 10% in the past seven days, underperforming Bitcoin and the S&P 500.

While this decline can be felt through the majority of large cryptocurrencies in the industry, the number of daily active Ethereum addresses has been steadily rising over the past month.

An increase in network activity is usually a bullish sign for the price of cryptocurrencies as more activity means more demand. Interestingly, the number of daily active Ethereum addresses has increased by over 46% since January 3.

This increase in active addresses largely came with a surge in price over the past few months. Ethereum shot up from $2,909 on February 24 to reach a two-year high of over $4,000 on March 12, representing a surge of over 39%. According to data from YCharts, the number of daily active addresses increased simultaneously from 432,647 to 515,145 during the same time frame.

However, Ethereum has been on a price decline since its brief cross over $4,000 and is currently down by 17% in the past 10 days. On the other hand, the network has witnessed a continued surge in activity in terms of on-chain data, with the number of daily active addresses now at 618407 in the past 24 hours, its highest point since October 2023.

According to data from IntoTheBlock, ETHs daily average volume has been steadily growing in a similar manner to the one recorded in 2020s early bull market. This growth has now pushed the amount of ETH transferred on Ethereum to its highest level since May 2022 this week.

At the time of writing, Ethereum is trading at $3,355. The price of any cryptocurrency, including ETH, depends heavily on market sentiment and speculation. While growing adoption and network activity are positive signs for long-term price growth, speculation is what really drives the price, at least in the short term.

At the same time, its price remains under pressure from several areas. One of such pressures is a recent report that the SEC is poking around Ethereum and the Ethereum Foundation and is looking to classify ETH as a security.

As the second-largest cryptocurrency, ETHs classification as a security could cause chaos that would eventually cascade into other crypto assets.

Ethereum seems to have now formed a minor support at the $3,280 price level. Failure to hold above this price point could mean a further move to the downside.

Featured image from Pexels, chart from TradingView

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Ethereum Sees Notable Rise In Daily Activity, But Why Is Price Down? - NewsBTC

The U.S. Securities and Exchange Commission (SEC) has once again delayed approving the Grayscale Ethereum (ETH) Futures Trust exchange-traded fund (ETF).

The postponement, disclosed in an SEC filing on March 22, extends the deadline from March 31 to May 30.

The decision has sparked significant interest and speculation within the cryptocurrency community, since it directly affects the status of Grayscales Ethereum Futures Trust ETF.

This delay comes against the backdrop of a broader regulatory landscape that is increasingly scrutinizing crypto-based financial products, following the recent approval of Bitcoin ETFs earlier this year.

So far, Grayscales Ethereum ETF application has been subject to multiple delays, with the SEC seeking additional time to evaluate the proposed rule change and address raised concerns. The decision whether to approve or disapprove the ETF was initially scheduled for December 2023, but the SEC postponed the decision, citing the need for additional public input.

In January, the SEC extended its decision-making process on Grayscales Ethereum ETF, as well as BlackRocks application for an ether ETF. This action contributed to the increasing uncertainties regarding the approval timeline and sparked inquiries into the regulatory prospects for crypto-based financial products.

Analysts suggest that the approval of Ethereum-based ETFs could potentially lead to a surge in Ethereum prices, positioning it as a strong competitor to Bitcoin (BTC) in the market.

As stakeholders closely monitor these developments, the decision on Grayscales Ethereum Futures Trust ETF remains a focal point in the crypto investment landscape, shaping the future trajectory of Ethereum and the broader cryptocurrency market.

Earlier this month, the SEC met with spot Ethereum ETF applicants to discuss bids for Ether-based investment vehicles.

This meeting came amidst a surge of interest in spot Ethereum ETFs following the successful launch of spot Bitcoin products.

The SEC has delayed decisions on spot Ether-based products, with VanEcks filing taking the lead in this regulatory process. Other major issuers eagerly awaiting responses include BlackRock, Franklin Templeton Grayscale, and Invesco Galaxy.

The SECs postponement of decisions on these Ether-based products until at least May has created a sense of uncertainty within the industry.

VanEcks filing holds a pivotal position, with the SEC facing a deadline of May 23 to either accept or reject their bid, setting the tone for subsequent decisions on similar applications from prominent asset managers.

The path to approving spot Ethereum ETFs faced challenges as the SEC grappled with regulatory complexities and concerns unique to Ethereum compared to Bitcoin.

Jake Chervinsky, Chief Legal Officer at Variant Fund, has expressed uncertainty regarding the approval of spot Ethereum ETFs by the SEC by the May deadline. Chervinskys doubts stem from legal issues and the policy environment in Washington, D.C., which he believes make denial or a request for withdrawal by the SEC more likely than approval.

SEC Chair Gary Genslers cautious approach to cryptocurrencies introduced an additional level of uncertainty into the approval process, highlighting the high-risk nature of crypto assets and the necessity for consensus among commissioners.

Despite the growing interest and anticipation surrounding spot Ethereum ETFs, regulatory challenges and ongoing dialogues with issuers highlighted the complex dynamics influencing the future of Ether-based investment products in the market.

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Grayscale Ethereum ETF decision gets postponed again by SEC - crypto.news

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Aside from the environmental destruction and animal cruelty associated with the dairy industry, cow's milk isn't exactly a superfood. While it's common knowledge that dairy is a good source of calcium, magnesium, and vitamin A, it's also associated with an increased risk of certain cancers (perchance due to growth hormones) and heart disease, skin conditions, and even hip fractures, as per the Cleveland Clinic.

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Still, cow's milk does provide lactoferrin, a god-tier protein. TurtleTree set out to separate the cow from "milk's most valuable protein." The company's "pink gold" lactoferrin powder is considered animal-free. It has an official Vegan Action certification, making TurtleTree the world's first precision fermentation dairy company to procure a vegan certification. Fengru Lin exclusively tells us that the certification helps TurtleTree "provide consumers with an ingredient that meets evolving market needs and ethical standards without compromising their values."

In an exclusive e-interview with Green Matters, Fengru Lin touched on her cheesemaking origin story, the evils of the dairy industry, and the science behind the precision fermentation process.

This interview has been edited and condensed for length and clarity.

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GREEN MATTERS: How did your passion for cheesemaking lead to precision fermentation dairy production?

FENGRU LIN: Cheesemaking helped me fully understand what it takes to go from cow to wheel, including all the associated sustainability, food safety, and animal welfare issues. I discovered the harsh realities of milk production and was inspired to do my part to improve this industry. TurtleTree's goal is to create more sustainable and ethical ways to offer nutritious food options, and our first product is animal-free lactoferrin made via precision fermentation. Our team is now able to make this milk protein at scale and should soon have it in the hands of consumers via plant-based milks, sports nutrition products, and more.

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GM: There are over 25 different proteins in cows milk. So, why lactoferrin?

FL: After speaking to potential customers at global dairy companies, we learned of the milk ingredients that are most highly valued. Top of the list is lactoferrin, a valuable milk ingredient currently trading for $750 to $1,500 USD per kilogram and renowned for its significant benefits for immunity, digestion, and iron regulation. By harnessing precision fermentation using microbes as tiny factories embedded with lactoferrin's unique recipe we discovered that we can supplement the global shortage of this ingredient, which is currently being usurped by the infant formula market. Our process offers a more realistic and sustainable way of producing lactoferrin for the masses.

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GM: Can you tell us a little about the precision fermentation process and why it's sustainable?

FL: First, we take the genetic sequence that instructs a cow cell how to make lactoferrin, and we put that into a microbe like yeast. Second, we culture the yeast, add sugars and nutrients, and through fermentation, these microbes then produce lactoferrin. Finally, when were done with the fermentation, we purify and dry the high-value protein into a fine powder, and then we package and distribute it to our partners. Through precision fermentation, TurtleTree is removing high methane-emitting cows from the lactoferrin supply chain. This enables us to eliminate the land and water used to feed and graze all these cows and potentially avoid up to 91 percent of their emissions.

GM: We understand that down the line TurtleTree plans on creating cell-based milk. What does this mean?

FL: TurtleTree will eventually deliver on its ambitious cell-based milk plan. While harnessing the use of mammary cells to create a whole milk product was TurtleTrees original goal, we realized that there was a far shorter path to real-world impact. Specifically, using such an expensive, early-stage technology didn't make sense to bring a complex commodity to market. Instead, using a decade-old technology like precision fermentation to make milks most valuable protein enables us to produce this powerful ingredient now and do it sustainably.

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GM: Why are innovations in precision fermentation and lab-grown products especially important today?

FL: Dairy contributes 2.7 percent of global greenhouse gas emissions, with immense water and land required to sustain the millions of dairy cows in the world. The intensity of modern production methods can also impact food quality and nutrition, depleting vital nutrients like lactoferrin, with up to 90 percent of the complex functional protein removed during pasteurization. With the global population set to reach 10 billion by 2050, sustainable solutions like precision fermentation are crucial to ensure food security for future generations.

Greenovation is a series from Green Matters that invites founders of companies that are not only disrupting industries, but also trying to change the planet for the better.

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Digging For "Pink Gold": TurtleTree CEO Fengru Lin on the Magic of Vegan Dairy Lactoferrin (Exclusive) - Green Matters

The quantum computing industry is experiencing significant growth, with advancements in both hardware and software making it a key consideration for organizations looking to invest in cutting-edge technology. To this end, we look at some of the top quantum computing stocks to buy as businesses utilize this next-gen technology across various industries.

Major tech players are increasingly interested in making significant investments in quantum computing to align with the rapid pace of technological advancements amid customers current demands, which are seeking innovative computational solutions.

Drawing on data from the quantum market and insights from industry thought leaders gathered in the fourth quarter of 2023, the recent State of Quantum 2024 report noted the transition from theoretical exploration to practical application, highlighted by the emergence of full-stack quantum computer deliveries in national labs and quantum centers.

In 2022, venture investments in quantum technology soared to over $2 billion amid strong investor confidence in this burgeoning field. However, by 2023, these investments saw a sharp 50% drop, sparking debates about a potential quantum winter.

Industry experts argue the decline reflects broader venture capital trends and not a loss of faith in the quantum sectors prospects. Government funding has increasingly filled the gap private investors left, mitigating concerns over the investment slowdown.

The bottom line is the quantum industry is still advancing, albeit at a moderate pace. This emphasizes the need for realistic expectations and a sustained commitment to research and development. Despite the recent dip in investment, the sectors insiders remain cautiously optimistic about its future. This suggests the industry is far from stagnating.

Lets take a closer look at leading quantum computing stocks to buy.

Intel (NASDAQ:INTC), the semiconductor giant, is actively pursuing a turnaround strategy to regain its leadership in the technology industry. The plan involves a significant restructuring of its operations, investment in advanced chip manufacturing technologies and a renewed focus on innovation.

Among other things, Intel is pushing hard to develop its quantum computing products. The chipmaker introduced Tunnel Falls, a quantum computing chip leveraging the companys cutting-edge manufacturing techniques.

The company has collaborated with various government and academic research entities to facilitate the testing of Tunnel Falls. According to Intel, the new chip has a 95% yield rate across the wafer and voltage uniformity.

Quantum computing isnt the core focus of Intels strategy to reclaim its semiconductor industry leadership. However, the initiative represents a potential growth area. Success in quantum computing research could position Intel as a key player in this innovative technology domain in the future. This could make Intel one of the top quantum computing stocks to buy.

Similarly to Intel, Alphabet (NASDAQ:GOOGL, NASDAQ:GOOG) is making significant strides in quantum computing through its subsidiary, Quantum AI. Focusing on developing quantum processors and algorithms, Googles parent company aims to harness quantum technology for breakthroughs in computing power.

Alphabet recently exceeded Q4 earnings expectations with a net income of $20.69 billion and a 13% revenue increase to $86.3 billion. Its advertising revenue of $65.52 billion slightly missed analyst projections.

While fighting Microsoft (NASDAQ:MSFT) on the AI front, Google has also ventured into the quantum computing realm with its proprietary quantum computing chips, Sycamore. In a strategic move, Google spun off its quantum computing software division into a standalone startup, SandboxAQ, in March 2022.

Its dominant position in search drives Googles foray into quantum computing. It aims to develop more efficient, faster and intelligent solutions. The company plays a crucial role in managing vast volumes of digital information. It can gain immensely by enabling various organizations to harness the transformative power of quantum computing and AI.

FormFactor (NASDAQ:FORM), a leading provider in the semiconductor industry, specializes in the design, development and manufacture of advanced wafer probe cards. These probe cards are essential for the electrical testing of semiconductor wafers before cutting them into individual chips.

FormFactor is strategically positioned within the quantum computing ecosystem through its semiconductor test and measurement solutions expertise. The company provides advanced systems essential for developing and testing quantum computing chips. These systems are designed to operate at extremely low temperatures, a fundamental requirement for quantum computing experiments where qubits must be maintained in a coherent state.

Its flagship products include precision engineering solutions like the Advanced Matrix series for high-density applications and the TouchMatrix series for touchscreen panels. FormFactors products enable semiconductor manufacturers to perform reliable and accurate testing at various stages of the production process. This ensures the functionality and quality of the final semiconductor products.

Last month, FormFactor reported a modest top-line year-over-year increase of 1.3%, reaching $168.2 million. Looking ahead, expectations for the first quarter are aligned with the recent quarterly performance, with projected revenue of around $165 million.

On the date of publication, Shane Neagle did not hold (either directly or indirectly) any positions in the securities mentioned in this article. The opinions expressed in this article are those of the writer, subject to the InvestorPlace.comPublishing Guidelines.

Shane Neagle is fascinated by the ways in which technology is poised to disrupt investing. He specializes in fundamental analysis and growth investing.

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3 Quantum Computing Stocks to Buy for Real-World Breakthrough - InvestorPlace

Quantum computing theory dates back to the 1980s, but it's really only in the last five to ten years or so that weve seen it advance enough to the point it could realistically become a commercial enterprise.

Most quantum computing companies have been academic-led science ventures; companies founded by PhDs leading teams of PhDs. But, as the industry matures and companies look towards a future of manufacturing and operating quantum computers at a production-scale, the employee demographics are changing.

While R&D will always play a core part of every technology company, making quantum computers viable out in the real world means these startups are thinking about how to build, maintain, and operate SLA-bound systems in production environments.

This new phase in the industry requires companies to change mindset, technology, and staff.

Plus rebuilding Ukraine, Cologix's CEO, and more

20 Dec 2023

At quantum computing firm Atom Computing, around 40 of the companys 70 employees have PhDs, many joining straight out of academia. This kind of academic-heavy employee demographic is commonplace across the quantum industry.

I'd venture that over half of our company doesn't have experience working at a company previously, says Rob Hays, CEO of Atom. So theres an interesting bridge between the academic culture versus the Silicon Valley tech startup; those are two different worlds and trying to bridge people from one world to the other is challenging. And it's something you have to focus and work on openly and actively.

Maturing from small startups into large companies with demanding customers and shareholders is a well-trodden path for hundreds of technology companies in Silicon Valley and across the world.

And quantum computers are getting there: the likes of IonQ, Rigetti, and D-Wave are already listed in the Nasdaq and New York Stock Exchange although the latter two companies have had to deal at various times with the prospect of being de-listed due to low stock prices.

Most of the quantum companies DCD spoke to for this piece are undergoing a transition from pure R&D mode to a more operational and engineering phase.

When I first joined four years ago, the company was entirely PhDs, says Peter Chapman, IonQ CEO. We're now in the middle of a cultural change from an academic organization and moving to an engineering organization. We've stopped hiring PhDs; most of the people we're hiring nowadays are software, mechanical, and hardware engineers. And the next phase is to a customer-focused product company.

Chapman points to the hirings of the likes of Pat Tan and Dean Kassmann previously at Amazons hardware-focused Lab126 and rocket firm Blue Origin, respectively as evidence of the company moving to a more product- and engineering-focused workforce.

2023 also saw Chris Monroe, IonQ co-founder and chief scientist, leave the company to return to academia at North Carolinas Duke University.

During the earnings call announcing Monroes departure, Chapman said: Chris would be the first one to tell you that the physics behind what IonQ is doing is now solved. It's [now] largely an engineering problem.

Atoms Hays notes a lot of the engineering work that the company is doing to get ready for cloud services and applications is software-based, meaning the company is looking for software engineers.

We are mostly looking for people that have worked at cloud service providers or large software companies and have an interest in either learning or already some foundational knowledge of the underlying physics and science, he says. But we're kind of fortunate that those people self-select and find us. We have a pretty high number of software engineers who have physics undergrads and an extreme interest in quantum mechanics, even though by trade and experience they're software engineers.

On-premise quantum computers are currently rarities largely reserved for national computing labs and academic institutions. Most quantum processing unit (QPU) providers offer access to their systems via their own web portals and through public cloud providers.

But todays systems are rarely expected (or contracted) to run with the five-9s resiliency and redundancy we might expect from tried and tested silicon hardware.

Right now, quantum systems are more like supercomputers and they're managed with a queue; they're probably not online 24 hours, users enter jobs into a queue and get answers back as the queue executes, says Atoms Hays.

We are approaching how we get closer to 24/7 and how we build in redundancy and failover so that if one system has come offline for maintenance, there's another one available at all times. How do we build a system architecturally and engineering-wise, where we can do hot swaps or upgrades or changes with minimal downtime as possible?

Other providers are going through similar teething phases of how to make their systems which are currently sensitive, temperamental, and complicated enterprise-ready for the data centers of the world.

I already have a firm SLA with the cloud guys around the amount of time that we do jobs on a daily basis, and the timeframes to be able to do that, says Chapman. We are moving that SLA to 24/7 and being able to do that without having an operator present. It's not perfect, but its getting better. In three or four years from now, you'll only need an on-call when a component dies.

Rigetti CTO David Rivas says his company is also working towards higher uptimes.

The systems themselves are becoming more and more lights out every quarter, he says, as we outfit them for that kind of remote operation and ensure that the production facilities can be outfitted for that kind of operation.

Rigetti

Manufacturing and repair of these systems is also maturing, since the first PhD-built generations of quantum computers. These will never be mass-produced, but the industry needs to move away from one-off artisanal machines to a more production line-like approach.

A lot of the hardware does get built with the assistance of electronics engineers, mechanical engineers, says Atoms Hays, but much is still built by experimental physicists.

IonQs Chapman adds: In our first-generation systems, you needed a physicist with a screwdriver to tune the machine to be able to run your application. But every generation of hardware puts more under software control.

Everywhere a screwdriver could be turned, there's now a stepper motor under software control, and the operating system is now doing the tuning.

Simon Phillips, CTO of the UKs Oxford Quantum Circuits, says OQC is focused on how it hires staff and works with partners to roll out QPUs into colocation data centers.

And the first part of that starts with if we put 10 QPUs in 10 locations around the world, how do we do that without having an army of 100 quantum engineers on each installation?

And the first part of that starts with having a separate deployment team and a site reliability engineering team that can then run the SLA on that machine.

He adds: Not all problems are quantum problems. It can't just be quantum engineers; it's not scalable if it's the same people doing everything.

It's about training and understanding where the first and second lines of support sit, having a cascading system, and utilizing any smart hands so we can train people who already exist in data centers.

IonQ

While the quantum startups are undergoing their own maturing process, their suppliers are also being forced to learn about the needs of commercial operators and what it means to deploy in a production data center.

For years, the supply chain including for the dilution refrigerators that keep many quantum computers supercooled has dealt with largely self-reliant academic customers in lab spaces.

Richard Moulds, general manager of Amazon Braket at AWS, told DCD the dilution refrigerator market is a cottage industry with few suppliers.

One of the main fridge suppliers is Oxford Instruments, an Oxford University spin-out from the late 1950s that released the first commercial dilution unit back in 1966. The other large incumbent, Blufors, was spun out of what is now the Low Temperature Laboratory at Aalto University in Finland 15 years ago.

Prior to the quantum computing rush, the biggest change in recent years was the introduction of pulse tube technology. Instead of a cryostat inserted into a bath of liquid helium4, quantum computers could now use a closed loop system (aka a dry fridge/cryostat).

This meant the systems could become smaller, more efficient, more software-controlled - and more user-friendly.

With the wet dilution fridge (or wet cryostat), you need two-floor rooms for ceiling height. You need technicians to top up helium and run liquefiers, you need to buy helium to keep topping up, says Harriet van der Vliet, product segment manager, quantum technologies, Oxford Instruments.

It was quite a manual process and it would take maybe a week just to pre-cool and that would not even be getting to base temperature.

For years, the fridges were the preserve of academics doing materials science; they were more likely to win a Nobel prize than be part of a computing contract.

Historically, it's been a lab product. Our customers were ultra-low temperature (ULT) experts; if anything went wrong, they would fix it themselves, says van der Vliet. Now our customers have moved from being simply academics to being commercial players who need user-friendly systems that are push button.

While the company declined to break out numbers, Oxford said it has seen a noticeable change in the customer demographic towards commercial quantum computing customers in recent years, but also a change in buying trends. QPU companies are more likely to buy multiple fridges at once, rather than a single unit every few years for an academic research lab.

The commercial part is growing for sure, adds David Gunnarsson, CTO at Blufors. The company has expanded factory capacity to almost double production capabilities to meet growing demand.

There have been more and more attempts to create revenue on quantum computing technology. They are buying our systems to actually deploy or have an application that they think they can create money from. We welcome discussion with data centers so they can understand our technology from the cryogenics perspective.

And while the industry is working towards minimizing form factors as much as possible, for the foreseeable future the industry has settled on essentially brute force supercooling with bigger fridges. Both companies have released new dilution fridges designed for quantum computers.

Smaller fridges (and lower qubit-count) systems may be able to fit into racks, but most larger qubit-count supercooled systems require a much larger footprint than traditional racks. Blufors largest Kide system can cool around 1,000 qubits: the system is just under three meters in height and 2.5 meters in diameter, and the floor beneath it needs to be able to take about 7,000 kilograms of weight.

It has changed the way we do our product, says Gunnarsson. They were lab tools before; uptime wasnt discussed much before. Now we are making a lot of changes to our product line to ensure that you can be more certain about what the uptime of your system will be.

Part of the uptime challenge suppliers face around fridges an area where Gunnarsson notes there is still something of a mismatch is in the warm-up/cool-down cycle of the machines.

While previously the wet bath systems could take a week to get to the required temperatures, the new dry systems might only take a day or two each way. That is important, because cooling down and warming up cycles are effectively downtime; a dirty word when talking about service availability.

The speed with which you can get to temperature is almost as important as the size of the chip that you can actually chill, says AWS Moulds. Today, if you want to change the device's physical silicon, you have got to warm this device up and then chill it back down again, that's a four-day cycle. That's a problem; it means machines are offline for a long time for relatively minor changes.

While this might not be an issue for in-operation machines Rigetti CTO Rivas says its machines can be in service for months at a time, while Oxford Instruments says an OQC system was in operation non-stop for more than a year the long warm-up/cool-down cycle is a barrier to rapid testing.

From a production perspective, the systems remain cold for a relatively long time, says Rivas. But we're constantly running chips through test systems as we innovate and grow capacity, and 48 hours to cool a chip down is a long time in an overall development cycle.

Oxford Instruments and Blufors might be the incumbents, but there are a growing number of new players entering the fridge space, some specifically focusing on quantum computing.

The market has grown for dilution fridges, so there are lots more startups in the space as well making different cooling systems, says van der Vliet. There are many more players, but the market is growing.

I think it's really healthy that there's loads of players in the field, particularly new players who are doing things a little bit differently to how we've always done it.

The incumbents are well-placed to continue their lead in the market, but QPU operators are hopeful that competition will result in better products.

There will be genuine intellectual property that will emerge in this area and you'll definitely start to see custom designs and proprietary systems that can maintain temperature in the face of increasing power.

Atoms Hays notes that, for laser-based quantum systems, the lasers themselves are probably the largest constraint in the supply chain. Like the dilution fridges, these are still largely scientific technologies made by a handful of suppliers.

We need relatively high-powered lasers that need to be very quiet and very precise," he says. Ours are off the shelf, but they're semi-custom and manufacturer builds to order. That means that there's long lead times; in some cases up to a year.

He adds that many of the photonic integrated circuits are still relatively small - the size of nickels and dimes - but hopes they can shrink down to semiconductor size in future to help reduce the footprint

For now, the quantum industry is still enjoying what might be the autumn of its happy-go-lucky academic days. The next phase may well lead to quantum supremacy and a new phase in high-performance computing, but it will likely lead to a less open industry.

I think its nice that the industry is still sort of in that mode, says AWS Moulds. The industry is still taking a relatively open approach to the development. We're not yet in the mode of everybody working in their secret bunkers, building secret machines. But history shows that once there's a clear opportunity, there's a risk of the shutters coming down, and it becoming a more cut-throat industry.

In the end, that's good for customers; it drives down costs and drives up reliability and performance. But it might feel that might feel a little bit brutal for some of the academics that are in the industry now.

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Longer coherence: How the quantum computing industry is maturing - DatacenterDynamics

NEW YORK, March 5, 2024 /PRNewswire/ -- According to Technavio, the global quantum computing market size is estimated to grow by USD 9.01 billion from 2022 to 2027. The market is estimated to grow at a CAGR of 18.84% during the forecast period. Moreover, the growth momentum will accelerate.The growing use of quantum cryptography is driving market growth.With the use of quantum cryptography, critical data can be transmitted with a high level of security.Quantum computers have high processing speeds and efficiently process vast amounts of encrypted data.Governments of many countries have invested large amounts in the development of highly secure quantum computers. These factors will fuel the growth of the market during the forecast period.The report includes historic market data from 2017 to 2021. In 2017, the quantum computing market was valued at USD 3,001.05 million. The report provides a comprehensive analysis of growth opportunities at regional levels, new product launches, the latest trends, and the post-pandemic recovery of the global market.

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Report Coverage

Details

Page number

143

Base year

2022

Historic period

2017-2021

Forecast period

2023-2027

Growth momentum & CAGR

Accelerate at a CAGR of 18.84%

Market growth 2023-2027

USD 9,013.68 million

Market structure

Fragmented

YoY growth2022-2023(%)

18.6

Regional analysis

North America, APAC, Europe, South America, and Middle East and Africa

Performing market contribution

North America at 38%

Key countries

US, China, Japan, India, and Germany

Geographical Analysis

Based on geography, the global quantum computing market is segmented into North America, APAC, Europe, South America, and Middle East and Africa. The report provides actionable insights and estimates the contribution of all regions to the growth of the global quantum computing market. North America is estimated to account for 38% of the growth of the global market during the forecast period. The growth of this segment is primarily driven by factors such as the presence of numerous customers based in the US. US-based firms have access to quantum computers on immediate release. They also have high economies of scale and have the finances and resources to adopt these technologies. These factors will drive the growth of the market in the region during the forecast period.

Segment overview Technavio has segmented the market based on deployment (cloud and on-premise) and end-user (aerospace and defense, government, IT and telecom, and others).

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The growth of AI and machine learning is a key trend in the market.

AI and machine learning are expected to be some of the biggest applications of quantum computers. Quantum computing processor chips will be used in AI applications to compute data at high speeds efficiently. The use of AI will help solve issues related to optimization and sampling.These factors will support the growth of the market during the forecast period.

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Analyst Review

Quantum computing represents a paradigm shift in computational power, promising unprecedented capabilities in various industries, including banking and finance services. Its potential to revolutionize portfolio management and financial risk analysis is attracting significant attention from both established institutions and emerging quantum technology start-ups.

One of the most significant challenges is stability and error correction. Researchers at the Quantum Artificial Intelligence Laboratory (QuAIL) are tirelessly working on addressing stability and error correction issues to make quantum computers more reliable. The manipulation of physical qubits and the development of logical qubits are pivotal in this pursuit, leveraging principles of quantum mechanics.

The Department of Defense recognizes the transformative potential in areas such as cybersecurity solutions and fraudulent activities detection. As such, it's actively involved in quantum technology monitor research and investments to maintain a strategic advantage.

In the biopharmaceuticals sector, it holds promise for accelerating drug discovery processes. By harnessing its immense computational power, researchers can simulate molecular interactions more accurately, potentially leading to breakthroughs in medicine.

However, the market isn't devoid of challenges. Talent shortage is a pressing issue, with demand for skilled professionals in quantum mechanics and artificial intelligence (AI) outpacing supply. Governments are thus increasing investments in quantum technology education to bridge this gap.

Furthermore, patent filings related to quantum technology are on the rise, reflecting the fierce competition in this space. Companies are eager to protect their innovations, especially in areas like teleportation and blockchain technology integration with quantum computing.

Despite these challenges, the quantum computing market is witnessing remarkable growth, driven by a convergence of factors such as technological advancements, increased funding, and a growing ecosystem of quantum technology start-ups. As the industry continues to evolve, it promises to reshape the landscape of computing and unlock unprecedented possibilities across various sectors.

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Related Reports:

The edge computing market is estimated to grow at a CAGR of 24.74% between 2022 and 2027. The size of the market is forecasted to increase by USD 9,928.42 million.

The mobile edge computing market size is expected to rise by USD 1.60 billion from 2021 to 2026, and the market's growth momentum will accelerate at a CAGR of 30.21%.

TOC

About Us Technavio is a leading global technology research and advisory company. Their research and analysis focus on emerging market trends and provide actionable insights to help businesses identify market opportunities and develop effective strategies to optimize their market positions. With over 500 specialized analysts, Technavio's report library consists of more than 17,000 reports and counting, covering 800 technologies, spanning across 50 countries. Their client base consists of enterprises of all sizes, including more than 100 Fortune 500 companies. This growing client base relies on Technavio's comprehensive coverage, extensive research, and actionable market insights to identify opportunities in existing and potential markets and assess their competitive positions within changing market scenarios.

Contact Technavio Research Jesse Maida Media & Marketing Executive US: +1 844 364 1100 UK: +44 203 893 3200 Email: [emailprotected] Website: http://www.technavio.com/

SOURCE Technavio

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Quantum Computing Market Size to Grow by USD 9.01 Billion, The growing use of quantum cryptography to drive the ... - PR Newswire

NEWARK, Del, March 07, 2024 (GLOBE NEWSWIRE) -- The mindfulness meditation application market is anticipated to be worth US$ 172.3 million in 2024. The demand for mindfulness meditation applications is anticipated to increase at a CAGR of 10.5% through 2034. The industry is anticipated to cross US$ 467.6 million by 2034.

The mindfulness meditation application industry is experiencing rapid growth due to several driving factors. There is a growing awareness and acceptance of mindfulness practices as effective tools for stress reduction, mental well-being, and personal development. This increasing recognition of the benefits of mindfulness meditation contributes to the rising demand for meditation apps. Additionally, the proliferation of smartphones and the widespread availability of high-speed internet connectivity have made it easier for individuals to access meditation apps anytime and anywhere, facilitating market expansion.

The mindfulness meditation application industry faces certain constraints. One significant restraint is the saturation of the market with numerous competing apps, making it challenging for new entrants to differentiate themselves and gain traction. Additionally, concerns about data privacy and security present a barrier to adoption for some users who may be hesitant to share personal information or engage with apps that collect sensitive data. Moreover, the commoditization of meditation content and the availability of free alternatives pose a challenge for app developers in monetizing their offerings and sustaining revenue growth.

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Partnerships with healthcare providers, employers, and educational institutions present opportunities to integrate mindfulness meditation apps into wellness programs and mental health initiatives, expanding their reach and impact. Furthermore, the growing adoption of wearable devices and smart technology opens avenues for integrating mindfulness meditation features into wearable gadgets, creating a seamless and immersive meditation experience for users.

The mindfulness meditation application industry is witnessing several emerging trends that shape its evolution. Firstly, there is a shift towards gamification and interactive features within meditation apps, incorporating elements such as challenges, rewards, and social communities to enhance user engagement and motivation. Additionally, there is a growing emphasis on inclusivity and diversity in meditation content, with apps offering a range of guided sessions tailored to different demographics, cultural backgrounds, and specific needs. Moreover, advancements in technology, such as augmented reality (AR) and virtual reality (VR), are being leveraged to create immersive meditation experiences, transporting users to tranquil environments and enhancing relaxation outcomes.

The mindfulness meditation application industry presents various opportunities for innovation and expansion. One notable opportunity lies in the customization and personalization of meditation experiences to cater to diverse user needs and preferences. By offering tailored meditation sessions, progress tracking features, and personalized recommendations, app developers can enhance user engagement and retention. opines Sudip Saha, managing director at Future Market Insights (FMI) analyst.

Key Takeaways from the Market Study

Competitive Landscape

The mindfulness meditation application industry is fiercely competitive, with numerous developers vying for market share in a rapidly growing sector. Established players like Headspace and Calm dominate the market with extensive meditation libraries and strategic partnerships. Emerging startups leverage innovative technologies and marketing strategies to challenge incumbents.

As competition intensifies, differentiation becomes crucial for developers to stand out. They invest in advanced features like personalized recommendations and partnerships with healthcare providers to enhance user engagement. Integrating gamification elements and immersive technologies like virtual reality (VR) creates unique user experiences. Despite competition, the industry offers ample growth opportunities. Expanding markets, diverse demographics, and evolving preferences allow companies to develop tailored offerings. AI and data analytics advancements present opportunities to enhance app functionalities and personalize user experiences.

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Key Companies in the Market

Recent Developments:

Key Coverage in the Mindfulness Meditation Application Industry Report

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Authored by:

Sudip Saha is the managing director and co-founder at Future Market Insights, an award-winning market research and consulting firm. Sudip is committed to shaping the market research industry with credible solutions and constantly makes a buzz in the media with his thought leadership. His vast experience in market research and project management a consumer electronics will likely remain the leading end-use sector cross verticals in APAC, EMEA, and the Americas reflects his growth-oriented approach to clients.

He is a strong believer and proponent of innovation-based solutions, emphasizing customized solutions to meet one client's requirements at a time. His foresightedness and visionary approach recently got him recognized as the Global Icon in Business Consulting at the ET Inspiring Leaders Awards 2022.

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About Future Market Insights (FMI)

Future Market Insights, Inc. (ESOMAR certified, recipient of the Stevie Award, and a member of the Greater New York Chamber of Commerce) offers profound insights into the driving factors that are boosting demand in the market. FMI stands as the leading global provider of market intelligence, advisory services, consulting, and events for the Packaging, Food and Beverage, Consumer Technology, Healthcare, Industrial, and Chemicals markets. With a vast team of over 400 analysts worldwide, FMI provides global, regional, and local expertise on diverse domains and industry trends across more than 110 countries.

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Mindfulness Meditation Application Market Soars to US$ 172.3 Million in 2024, Predicted to Reach US$ 467.6 Million ... - GlobeNewswire