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Exploring high demand Jobs and in emerging technologies – The Jerusalem Post

June 8, 2023 | Author: admin

The past decade has witnessed remarkable advancements in technology, shaping the way we live and work. Beyond artificial intelligence (AI), several other groundbreaking technologies have emerged, becoming crucial knowledge areas and highly sought-after skills. In this article, we will delve into these technologies, explore how to prepare for them, and discuss their future implications for both predictions and the job market, focusing on high demand jobs and tech jobs in demand.

The Technological Landscape:

In recent years, alongside AI, numerous technologies have gained prominence. These include blockchain, Internet of Things (IoT), augmented reality (AR), virtual reality (VR), robotics, cybersecurity, data science, and cloud computing. Each of these fields has experienced rapid growth and is poised to shape the future of various industries, offering high demand jobs and most in demand tech jobs.

Preparing for the Future:

To thrive in the evolving job market, individuals should consider specializing in these emerging technologies. Investing time and effort into gaining expertise in these areas can open doors to exciting career opportunities. It is essential to stay updated with the latest advancements, enroll in relevant courses, participate in industry conferences and events, and engage in practical projects that allow for hands-on experience. By honing skills in these cutting-edge fields, professionals can position themselves at the forefront of innovation and secure high-demand jobs, particularly in the tech industry.

Quantum Computing:

While AI has been transformative in the past decade, quantum computing is emerging as another groundbreaking field. The Quantum Decade signifies the transition of quantum computing from a futuristic concept to a practical and valuable asset for enterprises. This ongoing era presents unprecedented opportunities for organizations to leverage quantum computing and gain a competitive advantage, creating high demand jobs in the tech sector.

By navigating the various stages of organizational evolution, from Quantum Awareness to Quantum Advantage, forward-thinking leaders and companies can effectively position themselves in this new world of quantum computing. The third edition of The Quantum Decade offers valuable insights into recent progress in quantum computing, industry-specific applications, and advancements in quantum error mitigation and quantum speed-up. Quantum computing holds immense promise in addressing real-world problems, driving sustainable solutions, and even contributing to finding cures for diseases like COVID-19, thus leading to high demand jobs in the field.

To embark on a journey in quantum computing, a solid background in physics, mathematics, and computer science is essential, encompassing crucial concepts such as superposition, quantum mechanics, and algorithms. Online courses and programs offered by esteemed institutions like MIT, Imperial College London, and the University of Warwick provide valuable learning opportunities to acquire these foundational skills, helping individuals secure high demand jobs in the tech industry.

Graduates in the field of quantum computing can pursue exciting careers across diverse industries, ranging from automotive and finance to energy and materials. Leading companies such as IBM Q and Delta Airlines are already making significant strides in this emerging field, offering high demand jobs for those with expertise in quantum computing. The future of work lies in quantum computing, making it imperative to seize the present moment and prepare for the transformative impact it will have on the global job market and industries as a whole.

Quantum Programming:

Another emerging field within quantum computing is quantum programming, which involves creating quantum circuits and executing them on quantum computers. Specializing in quantum programming not only puts individuals at the forefront of transformative technology but also opens doors to exciting career opportunities as widespread adoption of quantum computing is projected to take place by 2030. Tech jobs in this field will be in high demand.

Quantum software development is still in its infancy but holds immense potential for various industries. Industry giants like IBM, Intel, Google, Honeywell, and others are fiercely competing to build more powerful quantum computers. The impact of quantum computing on fields like cybersecurity, finance, supply chain management, pharmaceuticals, defense, and weather forecasting can be revolutionary, creating high demand jobs in these sectors. While hardware is crucial, powerful software is equally essential for quantum computing to fulfill its promise.

Currently, quantum software development is in its early stages, with programming languages like Qiskit and Cirq operating at the gate or building-block level. Writing quantum software requires expertise in quantum information theory, quantum physics, and linear algebra, making it a complex task. The shortage of skilled quantum software engineers poses a challenge, as they need to possess a Ph.D.-level understanding of both quantum concepts and programming.

To address this challenge, the emergence of a high-level language analogous to VHDL for digital circuit design is expected in quantum computing. This language will enable the translation of high-level concepts into gate-level implementations, facilitating the design of complex quantum algorithms, promoting code reuse, and accelerating the development of quantum software. Advancements in quantum algorithm design software will not only enable the implementation of sophisticated algorithms on advanced machines but also expand the talent pool and foster collaboration between domain experts and quantum engineers, thus increasing the number of high demand jobs in the tech industry.

If you're considering a career in quantum computing, it's important to understand the field's fundamental theory, which is based on quantum mechanics and enables processing operations and solving problems beyond the capabilities of standard computers. To start a career in quantum computing, obtaining a relevant bachelor's degree in fields such as computer science, physics, programming, or mathematics is essential. However, pursuing a graduate or doctoral degree is highly recommended to deepen knowledge and engage in quantum information research, enhancing your chances of securing high demand jobs in the field.

Job opportunities in the quantum computing industry can be pursued by leveraging networking connections and reviewing job postings that align with interests and expertise, even if they may not explicitly mention quantum computing. Strong research skills and a deep understanding of physics, applied math, and computer science methodologies are crucial for professional growth in the field. Continuous learning and staying up-to-date with advancements are essential for securing high demand tech jobs in the quantum computing industry.

The AI Boom:

The field of artificial intelligence (AI) is experiencing rapid growth, resulting in a significant increase in AI jobs opportunities and a revitalization of the industry. As AI technologies continue to advance, companies across various sectors are recognizing the potential and value of incorporating AI into their operations. This trend has led to a surge in demand for professionals skilled in AI-related roles, such as data scientists, software engineers, and machine learning engineers. The expanding field of AI not only provides ample job prospects but also drives innovation and transformation across industries, making it one of the most in demand tech jobs.

Blockchain:

The rise of AI has propelled the field of blockchain to new heights, as AI-driven cryptography enhances the security and integrity of data. Blockchain maestros now harness advanced AI algorithms to strengthen cryptographic techniques, ensuring robust privacy and data protection. By leveraging AI, developers gain a deeper understanding of cryptographic algorithms, hash functions, digital signatures, and public-key encryption. Additionally, AI empowers blockchain developers with enhanced security practices, safeguarding against hacking attempts and cyber threats. Through the fusion of AI and blockchain, developers can construct secure and reliable blockchain solutions that are at the forefront of data protection. Blockchain technology offers high demand jobs in the tech sector.

AR, VR, XR:

The integration of AI technology has revolutionized the world of augmented reality (AR), virtual reality (VR), and extended reality (XR). The rise of AI has unlocked a multitude of possibilities, making these immersive technologies more impactful than ever before. AI algorithms now drive advancements in areas such as object recognition, scene understanding, and gesture detection, enhancing the user experience in AR, VR, and XR environments. As demand for these technologies skyrockets, AI plays a crucial role in designing, developing, and researching new immersive experiences. AI-driven advancements not only promote accessibility and inclusivity but also contribute to the emergence of the "metaverse," a shared virtual space that offers endless opportunities for interaction and exploration. High demand tech jobs can be found in the AR, VR, and XR sectors.

IoT:

The proliferation of AI has significantly accelerated the growth of the Internet of Things (IoT) ecosystem. As AI technologies advance, IoT developers now leverage AI algorithms to unlock the true potential of connected devices. AI enhances the device layer by enabling smart sensors and endpoint IoT devices to process and analyze data more intelligently, leading to improved decision-making and automation. Moreover, AI empowers IoT developers with advanced data analytics capabilities, enabling real-time insights, predictive modeling, and machine learning algorithms. With AI and IoT converging, developers can create intelligent systems that seamlessly connect the physical and digital worlds, revolutionizing industries such as healthcare, transportation, and smart cities. High demand jobs are available in the IoT field.

Edge Computing:

The rise of AI has brought edge computing to the forefront of technological advancements. AI plays a crucial role in optimizing edge computing environments by processing and analyzing data closer to the source, reducing latency, and enabling real-time decision-making. Through AI-driven algorithms, edge developers can leverage machine learning and deep learning models to extract valuable insights from massive amounts of data generated by edge devices. AI at the edge empowers developers to enhance performance, conserve resources, and provide intelligent services to edge devices, all while ensuring data privacy and security. As AI continues to evolve, edge development becomes an indispensable competency for developers, enabling the deployment of AI-powered intelligence at the edge for a wide range of applications. High demand jobs can be found in the edge computing sector.

Robotics:

The rise of AI has fueled the advancement of robotics, enabling the development of intelligent machines that can perceive, learn, and interact with the world around them. AI algorithms have revolutionized computer vision, enabling robots to understand and interpret visual information in real-time. Machine learning and reinforcement learning algorithms empower robots to acquire new skills, adapt to dynamic environments, and make informed decisions. With AI as a driving force, robotics software engineers can design and optimize robotic systems to perform complex tasks efficiently and autonomously. The synergy between AI and robotics is reshaping industries such as manufacturing, healthcare, and logistics, unlocking unprecedented possibilities for automation and human-robot collaboration. High demand tech jobs can be pursued in the robotics industry.

Conclusion:

Over the past decade, AI has ushered in transformative technologies with promising futures. From blockchain to AR/VR/XR, IoT, edge computing, and robotics, these fields are set to thrive with AI as their driving force, creating numerous high demand jobs. The job market is expected to expand significantly, offering abundant opportunities for individuals with expertise in these emerging technologies. Quantum computing is poised to revolutionize computation, tackling complex problems and unlocking new possibilities, leading to a surge in high demand jobs in the tech industry. As we navigate this dynamic field, staying informed and acquiring relevant skills in high demand tech jobs will be key to thriving in this era of technological innovation.

This article was written in cooperation with Expoint

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Q&A with Marco Pistoia, an HPCwire Person to Watch in 2023 – HPCwire

June 8, 2023 | Author: admin

HPCwire Person to Watch Marco Pistoia wears a lot of hats at JPMorgan Chase & Co.: managing director, distinguished engineer, head of global technology applied research and head of quantum computing. That work with JPMorgan started in 2020; prior to that, Pistoia was a senior manager, distinguished research staff member and master inventor at IBMs Thomas J. Watson Research Center, where he worked for 24 years.

Indeed, the financial services sector lends itself to quantum computing, for two main reasons: the abundance of use cases, and the fact that in finance, time is of the essence. Markets are very volatile, and for this reason financial applications need to be executed in real time without sacrificing accuracy. At JPMorgan Chase, we are particularly interested inderivative pricing, variousoptimizationproblems (particularly forfinancial portfolios), and use cases in the domain ofmachine learning, such asextractive text summarization. In general, any use case that exhibits exponential complexity are of interest to us, because quantum computing has the potential to reduce the complexity of problems, making them more scalable.

It is hard to predict when quantum computers will become sufficiently powerful to break todays asymmetric cryptography. Indeed, quantum hardware providers are making significant progress, showing roadmaps that promise usable computers with hundreds of high-quality qubits (if not thousands), coming in the next few years. Unfortunately, quantum threats are already present today. The advent of quantum computing is enabling a new type of cyber-attack, which the National Security Agency (NSA) defined as harvest now, decrypt later, indicating that attackers do not need to wait for a powerful quantum computer to break todays cryptography; they canand they are already known to be doing thistake a snapshot of confidential data encrypted today, with the intent of decrypting it when a sufficiently powerful quantum computer becomes available.

To this end, JPMorgan Chase is simultaneously pursuing two complementary solutions: (a) Post Quantum Cryptography (PQC), consisting of new, classical cryptographic algorithms that were designed be resistant to known quantum attacks, and (b) Quantum Key Distribution (QKD), the only cryptographic protocol mathematically proven to be unconditionally secure. QKD leverages principles of quantum mechanics and allows two parties to generate and use the same secret key for secure communication, with the very desirable property of instantaneous detection of eavesdroppers. In 2022, JPMorgan Chase, Toshiba and Cienademonstratedthe first QKD network capable of supporting production-quality, mission-critical applications, including Blockchain.

At this time, quantum computers are not yet usable in production because they do not have the number of qubits necessary to surpass classical computers, and error correction is still at the prototype level. The value of research in quantum algorithms is not just about developing new quantum methods, but also about the careful investigation of complex classical tasks and existing bottlenecks. Quantum Computing may also inspire new classical algorithms beyond the current state of the art. We welcome the prospect of using quantum-inspired algorithms that work better than traditional classical algorithms to solve high-complexity problems, while we wait for quantum computers to become sufficiently powerful. Generally, quantum computing will be applied to very complex use cases, where classical computing poses unavoidable limitations.y

Beyond quantum computing, there are other areas of research that we are pursuing at JPMorgan Chase to address notable emerging trends. For example, JPMorgan Chase is making a significant effort towards transitioning some of its use cases to Augmented and Virtual Reality (AR/VR) to maximize their efficiency and user experience. We are also enhancing our working environment with Internet of Things (IoT) and 5G technology, which is another area of active research aiming to enable connectivity and productivity in working environments.

I always found myself interested in science and technology. I earned my Bachelor of Science and Master of Science degrees in Mathematics from the University of Rome, Italy, and my Ph.D., also in Mathematics, from New York University. Math is the foundation of any scientific discipline. Therefore, my recommendation to my own children, as well to anyone who wants to work in science and technology, is to invest as much time and energy as they can in learning math well.

I am a passionate body builder. I lift heavy weights every day and I scrupulously watch my diet to make sure I maximize protein intake and minimize fats and carbs. Body building is not just a hobby for me, but a discipline that I use to feel better about myself, discharge stress/negativity, and live a healthier lifestyle.

Pistoia is one of 12 HPCwire People to Watch for 2023. You can read the interviews with the other honorees at this link.

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Graphene and Quantum Computing: A Match Made in Heaven – CityLife

June 8, 2023 | Author: admin

Graphene and Quantum Computing: A Match Made in Heaven

Graphene, a single layer of carbon atoms arranged in a hexagonal lattice, has been hailed as a wonder material since its discovery in 2004. This ultra-thin, ultra-strong material has the potential to revolutionize industries ranging from electronics to medicine. One area where graphenes unique properties could have a particularly profound impact is in the realm of quantum computing.

Quantum computing is an emerging field that seeks to harness the strange and powerful properties of quantum mechanics to perform calculations far beyond the capabilities of classical computers. While still in its infancy, quantum computing has the potential to revolutionize fields such as cryptography, drug discovery, and artificial intelligence. However, the development of practical quantum computers has been hampered by a number of technical challenges, including the need for materials that can support and manipulate delicate quantum states.

This is where graphene comes in. Graphenes remarkable electronic properties make it an ideal candidate for use in quantum computing. For one, graphene is an excellent conductor of electricity, with electrons able to move through the material with very little resistance. This property could be used to create ultra-fast, low-power quantum computing devices.

Moreover, graphenes two-dimensional structure gives it unique quantum properties. Electrons in graphene behave as if they have no mass, allowing them to move at extremely high speeds and follow the rules of quantum mechanics rather than classical physics. This means that graphene could potentially be used to create quantum bits, or qubits, the fundamental building blocks of quantum computers.

Qubits are the quantum equivalent of classical bits, which represent information as either a 0 or a 1. However, qubits can exist in a superposition of both 0 and 1 simultaneously, allowing quantum computers to perform many calculations at once. This parallelism is what gives quantum computers their immense potential for solving complex problems.

One of the key challenges in building a quantum computer is maintaining the delicate quantum states of qubits. Quantum states are easily disturbed by their environment, leading to errors in calculations. This phenomenon, known as decoherence, is a major obstacle to the development of practical quantum computers.

Graphenes unique properties could help address this issue. The materials two-dimensional structure means that it can be easily integrated with other materials, such as superconductors, which are essential for maintaining quantum states. Additionally, graphenes high electron mobility could be used to create devices that can manipulate and control qubits with high precision.

Recent research has demonstrated the potential of graphene for quantum computing applications. In one study, scientists at the Massachusetts Institute of Technology (MIT) were able to create a graphene-based device that could control the flow of electrons with a high degree of precision. This device, known as a valleytronics system, could potentially be used to create qubits that are less susceptible to decoherence.

In another study, researchers at the University of Cambridge were able to use graphene to create a new type of qubit that is both more stable and more easily controlled than existing designs. This topological qubit could be a major step forward in the development of practical quantum computers.

While there is still much work to be done, it is clear that graphene has the potential to play a crucial role in the development of quantum computing. The marriage of these two cutting-edge fields could lead to breakthroughs that were once thought to be the stuff of science fiction. As researchers continue to explore the potential of graphene and quantum computing, we may be on the cusp of a new era of technological innovation that will reshape our world in ways we can only begin to imagine.

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Cyberwarfare: How the IDF safeguards strategic assets in the digital … – Ynetnews

June 8, 2023 | Author: admin

The artificial intelligence craze sweeping the planet has not skipped intelligence and defense systems, especially since the Israel Defense Forces and many other western militaries have been utilizing it for years - but it's the leap in generative AI that is noteworthy.

How quickly has every child been able to transform himself into a professional painter, author and even hacker, is a phenomenon that we all need to take a pause for and be mindful of, as it exemplifies how quickly forceful technology has made the shift from obscure laboratories, hidden from public view, to the every child's bedroom.

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The IDF is spearheading cyberwarfare

(Photo: Dana Koppel)

Take quantum computing, for instance.

The crumbling of cipher keys has become every security system's biggest nightmare scenario for 2023. We're talking about a situation in which internal communications, computer networks and operational documents become publicly exposed, which will surely signal an unprecedented security breach.

As far as Israel goes, it was in 1997, when the Ansariya ambush, in which a unit from the Israeli Navys special operation unit, Shayetet 13, on a mission in South Lebanon, stumbled into a deadly ambush by Islamic Resistance guerrillas, leaving 12 operatives dead.

While in a civilian context the day-to-day war of attrition against hackers is conducted in the name of protecting private clients and patents, in the military realm, it is about protecting a country's strategic assets.

In a more narrowly defined Israeli context, it means protecting the Iron Dome missile defense system, the digital emergency alarm array and operational details ingrained in top secret IDF plans.

Cyberwarfare is divided between military intelligence and C4I corps, the IDF's elite technological unit. The Cyber Defense Brigade was established six years ago, and the most intriguing component of that brigade is the Center of Encryption and Information Security.

That's where ciphers and codes are developed, serving the IDF, Shin Bet, Mossad and many other governmental bodies.

The Center of Encryption and Information Security officials say that the most convenient part of cyber is dealing with what's known and familiar. The future, on the other hand, gets trickier to deal with, and that entails quantum computing.

It is a rather advanced processing method, based on observations made in quantum mechanics. "Quantum computers will be able to instantaneously perform tasks that today's computers would require at least a millennia. They would easily crack today's ciphers," a lieutenant colonel from the unit says.

"When you currently connect to your bank account, work, email or WhatsApp, various components ensure the security of your access. One crucial element is an algorithm called RSA, which relies on intricate mathematical problems," he says.

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IBM's quantum computer at an exhibition in Germany

(Photo: Shutterstock)

"While these problems can theoretically be solved, they are notoriously complex and time-consuming, even for supercomputers. However, with the advent of quantum computers, RSA encryption could be defeated within seconds.

"This implies that hackers or adversaries would possess nearly limitless computing power to decrypt traditional ciphers. Consequently, sensitive and encrypted data could be compromised today, with the potential to decrypt it once a quantum computer of sufficient strength becomes accessible," the lieutenant colonel explains.

Could this danger materialize tomorrow?"That would depend on your definition of tomorrow. Major technology companies are already demonstrating remarkable advancements in this domain, with estimates suggesting that they will develop a stable and dependable quantum computer within the next five to 10 years.

"From the perspective of the IDF, this timeline is alarmingly brief. We consider it highly likely that within the coming decade, quantum computers will fall into the hands of entities interested in accessing the IDF's classified information. Consequently, we have been diligently studying this subject since the mid-2000s."

"Keep in mind, this is uncharted territory," says a major in the unit. "Here, we do not rely on pre-existing textbooks or established foundations. We are tasked with starting from scratch, immersing ourselves in comprehensive self-learning and research. What's more, we take on the responsibility of developing our own curriculum and training individuals from the ground up."

Aside from its computational applications, quantum technology has the kind of applications that could rival an episode of "Star Trek." Many of these advancements are poised to have a profound impact on the military system, with some already being partially realized.

An example of this can be observed in the use of Lidar technology, which employs quantum sensors for laser-based object mapping. It is already integrated into autonomous vehicles, smartphones and is instrumental in generating highly detailed maps.

Quantum sensors will also enable remarkably precise navigation, independent of GPS satellites or similar systems. Furthermore, quantum communication promises stable and secure connections over considerable distances, often spanning dozens of miles.

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Cyberwarfare could soon replace traditional battlefields

(Photo: Courtesy)

But with many of those serving in these specialized cyber units ranging from 18 to 30 years of age, it raises the question: How would a bunch of kids solve problems that the planet's finest minds are still struggling with?

The lieutenant colonel is optimistic about that. "First, and this may sound trite, I firmly believe in the exceptionalism of the 'Jewish mind,' particularly in the realm of mathematics. Since its inception, the proportion of graduates from the mathematical field who have gone on to become esteemed doctors and professors in academia is remarkable.

"Second, the IDF possesses a unique advantage in its ability to bring together the brightest minds in one place, all working toward solving the same problems. Unlike academia, where minds are dispersed and lack a unified mission, the IDF provides a concrete operational context for our missions.

"Moreover, we receive continuous support from reserve personnel and external consultants who have successfully passed through rigorous security clearance protocols. The IDF benefits from a wealth of research knowledge accumulated over decades."

How do you research quantum computing with a quantum computer?"The research we conduct is based on algorithms and, in theory, it can be performed since we understand the behavior involved. However, it's evident that for demonstration and testing purposes, a quantum computer is necessary, which is currently unavailable in Israel.

"To overcome this limitation, we rely on quantum computing services provided by prominent international software giants through the cloud. We make use of these services extensively for our research endeavors."

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Scientists Create Artificial Molecules That Mimic Real Ones – Mirage News

June 8, 2023 | Author: admin

Scientists from the Radboud University have developed synthetic molecules that resemble real organic molecules. A collaboration of researchers, led by Alex Khajetoorians and Daniel Wegner, can now simulate the behaviour of real molecules by using artificial molecules. In this way, they can tweak properties of molecules in ways that are normally difficult or unrealistic, and they can understand much better how molecules change.

Emil Sierda, who was in charge of conducting the experiments at Radboud University: A few years ago we had this crazy idea to build a quantum simulator. We wanted to create artificial molecules that resembled real molecules. So we developed a system in which we can trap electrons. Electrons surround a molecule like a cloud, and we used those trapped electrons to build an artificial molecule. The results the team found were astonishing. Sierda: The resemblance between what we built and real molecules was uncanny.

Alex Khajetoorians, head of the Scanning Probe Microscopy (SPM) department at the Institute for Molecules and Materials of Radboud University: Making molecules is difficult enough. What is often harder, is to understand how certain molecules react, for example how they change when they are twisted or altered. How molecules change and react is the basis of chemistry, and leads to chemical reactions, like the formation of water from hydrogen and oxygen. We wanted to simulate molecules, so we could have the ultimate toolkit to bend them and tune them in ways that are nearly impossible with real molecules. In that way we can say something about real molecules, without making them, or without having to deal with the challenges they present, like their constantly changing shape.

Using this simulator, the researchers created an artificial version of one of the basic organic molecules in chemistry: benzene. Benzene is the starting component for a vast amount of chemicals, like styrene, which is used to make polystyrene. Khajetoorians: By making benzene, we simulated a textbook organic molecule, and built a molecule that is made up of elements that are not organic. Above that: the molecules are 10 times bigger than their real counterparts, which makes them easier to work with.

The uses of this new technique are endless. Daniel Wegner, assistant professor within the SPM department: We have only begun to imagine what we can use this for. We have so many ideas that it is hard to decide where to start. By using the simulator, scientists can understand molecules and their reactions much better, which will help in every scientific field imaginable. Wegner: New materials for future computer hardware are really hard to make, for instance. By making a simulated version, we can look for the novel properties and functionalities of certain molecules and evaluate whether it will be worth making the real material. In the far future, all kinds of things may be possible: understanding chemical reactions step by step like in a slow-motion video, or making artificial single-molecule electronic devices, like shrinking the size of a transistor on a computer chip. Quantum simulators are even suggested to perform as quantum computers. Sierda: But thats a long way to go, for now we can start by beginning to understand molecules in a way we never understood before.

The research was conducted by a Radboud University collaboration between the groups of Malte Rsner (Theory of Condensed Matter), Mikhail Katsnelson (Theory of Condensed Matter), Gerrit Groenenboom (Theoretical Chemistry), Daniel Wegner (SPM) and Alex Khajetoorians (SPM).

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Is it Too Late to Buy Ethereum? ETH Price Falls after Twitter Founder Jack Dorsey Says Ethereum is a Security Here’s … – Cryptonews

June 8, 2023 | Author: admin

Source / Cryptonews.com

In the world of cryptocurrencies, stability is a luxury and now Ethereum (ETH), the world's second-largest cryptocurrency, has found itself at the heart of an escalating debate over regulatory clarity following a wave of enforcement actions by the U.S. Securities and Exchange Commission (SEC).

The SEC recently launched lawsuits against two of the world's largest crypto exchanges, Coinbase and Binance, alleging they traded assets considered securities without the requisite registration.

The assets implicated in this ongoing controversy include Solana (SOL), Cardano (ADA), Binance Coin (BNB), and Polygon (MATIC), sparking worries over Ethereum's future price action.

Adding fuel to the fire, Jack Dorsey, founder of Twitter and known Bitcoin advocate, raised eyebrows when he suggested that Ethereum should also be classified as a security.

While the tweet has sparked a fierce debate online, its impact on Ethereum's price has been unquestionable.

The suggestion, whether it finds regulatory support or not, however, contributes to a sense of uncertainty that often leads investors to shy away from impacted assets.

Beyond the crypto-specific issues, Ethereum's price is also feeling the pressure from broader economic factors.

The U.S. Labor Department reported a surge in jobless claims, a clear sign of slowing labor market momentum.

With 261,000 new applications for unemployment benefits, the latest figures came in well above the 235,000 predicted by economists, fueling recession fears and applying downward pressure on Ethereum's price.

In light of the legal headwinds tearing through the industry, Ethereum is currently trading at $1,844 (+0.66%) as topside resistance seems to be forming an unbreakable ceiling of resistance on the short time frame (STF).

The recent downtick, triggered in part by Jack Dorsey's comments, has seen Ethereum price slip back below the MA20 for the first time in two weeks.

Price now seems descendant, with more than a month of ranging behaviour risking a decisive move to the downside.

The loss of MA20 support is a big blow to Ethereum bulls, with weeks of tough fought consolidation giving way to fundamental pressures.

Worse still, unlike many other leading cryptocurrencies such as ADA, the downtick has done little to cool-off Ethereum's RSI oscillator.

On the fence at 48.81 - the RSI offers few clues for price action on the STF.

The MACD offers more clues, showcasing bearish divergence to -1.63, adding to the bearish case for STF movements.

With a perfect storm of headwinds rapidly arriving in Ethereum markets, many feel it is only a matter of time until Ethereum is named in the SEC's cases.

Against a background of a softening US labor market, Ethereum faces an STF upside target at $1,900 (+2.82%) reclaiming poised position above the MA20.

Downside risk is more significant with a return to $1,750 (-5.3%) firmly on the cards if negative sentiment continues to grow.

This leaves Ethereum facing a risk: reward ratio of 0.53 - a troubling STF price prediction.

As the world of crypto trading grows increasingly complex, smart investors look to leverage the power of technology to gain a competitive edge.

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Disclaimer: Cryptocurrency projects endorsed in this article are not the financial advice of the publishing author or publication - cryptocurrencies are highly volatile investments with considerable risk, always do your own research.

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How Optimisms Upgrade Will Shape The Future Of Ethereum – Forbes

June 8, 2023 | Author: admin

displayed on a smartphone screen in Athens, Greece on May 2, 2022. (Photo illustration by Nikolas Kokovlis/NurPhoto via Getty Images)NurPhoto via Getty Images

Optimism, an Ethereum scaling solution that raised a $150 million Series B in 2022, co-led by Andreessen Horowitz and Paradigm at a $1.65 billion valuation, is working toward a future where a single tech stack can power multiple blockchains. Optimism's 'Superchain' vision has attracted a community of developers and devout contributors, known as the Optimism Collective, who are eagerly awaiting the Bedrock upgrade, which will enhance usability on Optimism and its upcoming network of chains.

Imagine a world where sending emails was limited to specific email providers. Gmail users could only communicate with other Gmail users, while those with Yahoo or Hotmail accounts were restricted to their respective domains. Sending emails across domains was risky and didnt always work. This is analogous to the current state of affairs for crypto, where communicating between blockchains is inefficient. Coinbase and Worldcoin are leading the charge in developing decentralized alternatives on Optimism's infrastructure, paving the way for other companies to address this ongoing fragmentation problem.

Layer-2 blockchains, or rollups, uptake the function of transaction processing from its underlying Layer-1 to make it faster and cheaper. Ethereum has several live rollups that have become competitive with some L1 blockchains in value and users, such as Arbitrum and Optimism. Unlike an L1, an L2 inherits the security properties of the underlying L1; with an established chain like Ethereum, there is ample economic security that its rollups can benefit from. Depending on the rollups configuration, it can also tap into Ethereums battle-tested set of infrastructure and tooling.

Rollups are en route to cheaper transactions, but most had to be built from scratch, which is no easy feat. Each rollup team had to also bootstrap a validator, developer, and community-base. Despite all the growth work, theres no guarantee that once live, a user base will follow.

In the world of blockchain technology, an app team is often forced to decide between a building on a rollup or becoming an appchain. An appchain is a blockchain dedicated to a single app for example, the exchange dYdXDYDX lives as an appchain on the Cosmos network. On the other hand, a general-purpose rollup can support multiple applications and is typically preconfigured for such versatility. However, this choice entails constructing all the necessary infrastructure and growth processes from scratch. Ideally, an app team will have considerable control with little technical overhead this promotes open-source contributions and minimizes smart contract risk. A collaborative, public good focused network of chains means accelerated development and lower the barrier to entry for builders and users.

Optimism, developed by a group of Ethereum developers, launched in 2021. The team has conducted two airdrops to date, the latest distributed $30 million worth of OP to 300,000 unique users. On May 31, 9% of total OP supply worth more than $580 million was unlocked. This event led to a 10% price decline three days before the event.

Like the other rollups, Optimism has experienced quite a bit of volatility in usage and price. Part of this phenomenon can be attributed, at least in part, to speculative user actions. To capture sustainable revenue via loyal users, the tech in question has to actually address some need and be accessible.

Optimisms Bedrock Upgrade will take place on June 6 and will be a crucial step towards realizing the Superchain vision through:

The Superchain network of chains will be built with the OP Stack, the same software stack that powers Optimism. With a shared infrastructure base, it will become easy to bridge over assets between participating chains and finally allow for user experiences where, for example, the user does not have to manually pick between networks to achieve the cheapest, safest transaction. Eventually, the Superchain will merge Optimism into this network of chains.

It appears that OP Stack has started to successfully attract established brands and companies to consider a blockchain, starting with Fortune 500 company Coinbase, which will be the first company to launch an OP Stack L2, Base. The hope is to incubate the L2 within Coinbase as it attracts builders. Coinbase will not be issuing a Base token, which is important because that signals low speculation and that the unwavering focus will be on achieving interconnected blockchains on Ethereum.

Following in Coinbases footsteps, Worldcoin, Sam Altmans AI-resistant identity protocol which recently closed $115 million in a Series C, recently revealed plans to develop an OP Stack chain, migrating from its previous homebase, PolygonMATIC. We are at the nascent stages of more established companies choosing to move to a rollup or appchain so that its users have access to decentralized products. Moves so far suggest that more companies will likely choose to build on the OP Stack in 2023.

Though this harmonious future sounds like the master solution to fragmentation within crypto, theres potential for it to go south. There have been multiple attempts at interconnected ecosystems, like Cosmos, which havent held a candle to the volume that Ethereum chains see. This also means that the Superchain flourishes only if Ethereum does which is a safe enough bet considering the economic backing that Ethereum offers.

Since May 1, OP has tumbled over 40%. Following a successful upgrade, Optimism may regain its appeal to users, potentially recovering transaction volume from earlier in the year. It's important to note that the Superchain vision extends beyond Optimism itself, thus is not a competitive endeavor. As more builders choose to develop appchains on the OP Stack, we move closer to solving the blockchain communication problem that is holding back proper adoption.

Im a crypto researcher, formerly a research analyst at Messari and a venture capital fellow at Bloomberg Beta, with a degree in mathematical sciences from the University of California, Merced. Im passionate about open, accessibleaccess to technology and finance.

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How Optimisms Upgrade Will Shape The Future Of Ethereum - Forbes

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The Ethereum Shanghai upgrade: Everything you need to know – Cointelegraph

June 8, 2023 | Author: admin

Ethereum has just had its first major upgrade, or hard fork, since transitioning to a proof-of-stake system. The Shanghai upgrade allows validators to withdraw the staked ether (ETH) that has been locked in the network.

While the primary objective of the upgrade is to implement Ethereum Improvement Proposal-4895, which unlocks validator withdrawals, the changes include other significant upgrades that will impact Ethereum app developers and many of the chains users.

The Ethereum blockchain network has undergone a number of upgrades and changes since its initial launch in July 2015. Some of the most significant:

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These upgrades have brought numerous improvements to the Ethereum network across security, efficiency and scalability and have enhanced the functionality of the network.

The upgrade is set to change the way the blockchain functions. One of the key changes is a reduction in gas fees for layer-2 solutions like Polygon and Optimism. This update aims to enhance the overall functionality of the blockchain while reducing transaction costs.

Another significant change is the ability for users to access and unstake their Ethereum tokens, which were previously locked in a smart contract when they became validators on the proof-of-stake-based Ethereum blockchain known as the Beacon Chain. This update provides users with more flexibility when managing their staked ETH tokens.

The Shanghai update brings technical improvements to the smart contract feature, which will help to position Ethereum as a major player, reflecting Ethereums ongoing efforts to improve its technology and enhance value to users.

The Shanghai upgrade is expected to have a positive effect on the institutional adoption of cryptocurrencies as it addresses concerns about security and reliability. It is likely that this increased level of trust will lead to further investment in this space.

As Ethereum continues to evolve, institutions need to be aware of potential impacts on investments and understand how to prepare for upgrades.

Upgrades can impact assets in a variety of ways:

Institutions preparing for an upgrade should review available documentation, including timelines for rollouts of updates, code commits and network changes. They should also ensure wallet and service compatibility.

The option for full withdrawal may lead to a reduction in the number of validators on the network, but the extent of its impact will depend entirely on the number of validators who actually choose to withdraw. It is possible that the Total Value Locked on the Beacon Chain could decrease as stakers claim their rewards and unstake their assets, which could lead to a drop in ETH prices.

On the other hand, allowing the unstaking of ETH will attract more investors to staking, resulting in an increase in the amount of ETH staked. This is due to the rising popularity of liquid staking derivatives that provide stakers with liquidity flexibility while earning rewards on their staked ETH, without worrying about when they can withdraw assets.

This may increase the price of ETH, or at least help it recover further from the loss in value that occurred with the recent bank failures. The impact of these changes ultimately depends on the actions of the majority of validators regarding their rewards and unstaked assets.

However, the daily withdrawal limit prevents a run on ETH withdrawals and will hopefully mitigate the effect of the upgrade on the market price of Ethereum. The market is notoriously hard to predict, and popular assumptions may prove to be inaccurate.

The Shanghai upgrade brings significant changes to Ethereum, marking an important moment for the crypto industry, reshaping the way Ethereum functions and granting stakers newfound accessibility to their ETH holdings.

The information provided here is not investment, tax or financial advice. You should consult with a licensed professional for advice concerning your specific situation.

Tammy Paolais a financial services, blockchain and crypto markets executive and thought leader.

This article was published through Cointelegraph Innovation Circle, a vetted organization of senior executives and experts in the blockchain technology industry who are building the future through the power of connections, collaboration and thought leadership. Opinions expressed do not necessarily reflect those of Cointelegraph.

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Ethereum price declines as Coinbase ETH liquidity staking platform sees mass withdrawals – FXStreet

June 8, 2023 | Author: admin

The US Securities and Exchange Commissions (SEC) crackdown on Coinbase led to mass withdrawals of Coinbase wrapped staked Ether (cbETH) since Tuesday, acting as a bearish catalyst for the assets price.

Also read: Top 3 Price Prediction Bitcoin, Ethereum, Ripple: Wait-and-see approach seems prudent

Coinbase, one of the largest cryptocurrency exchanges, noted a spike in redemption of its liquidity staking token cbETH after the US financial regulatorfiled a lawsuit against the crypto exchange for allegedly operating as an unregistered securities exchange.

cbETH redemptions on June 6

Based on data from crypto intelligence tracker Dune Analytics, 35,810 cbETH were redeemed in the past two days. Of these, 27,280 cbETH tokens were redeemed on June 6, marking the second largest single-day amount ever.

Coinbase said it will not stop staking services despite the SECs lawsuit. Still, the withdrawal of cbETH is likely to act as a bearish catalyst for Ethereum price since Coinbase is one of the largest entities for ETH liquidity staking.

Ethereum, the second-largest altcoin in the crypto ecosystem, saw a V-shaped reversal a day after the SEC filed a lawsuit against Binance. However, the tokens price has continued to decline since then, wiping out its recovery gains.

Ethereum price chart

At the time of writing, ETH trades at $1,836.82, according to CoinGecko data. The altcoin accumulates 2.2% losses since Wednesday, and mass withdrawals from its top liquidity staking services could increase the pressure on the asset, sending it further down in the short term.

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Ethereum price declines as Coinbase ETH liquidity staking platform sees mass withdrawals - FXStreet

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Exploring The Pros of Investing in Crypto – Dogetti, Ethereum, and Litecoin – Hindustan Times

June 8, 2023 | Author: admin

Investors are constantly seeking opportunities to maximize their returns when it comes to cryptocurrency. As the market evolves, new investment options emerge, such as presale coins. In this guide, we will delve into the realm of cryptocurrencies, discussing everything people need to know, and shed light on the advantages of investing in presale coins. We will analyze and compare three prominent players in the crypto industry: Dogetti (DETI), Ethereum (ETH), and Litecoin (LTC). So, buckle up and get ready to navigate the exciting world of crypto investments!

Dogetti, a meme coin inspired by the likes of Dogecoin and Shiba Inu, offers a unique investment proposition. The creators of Dogetti have cultivated a strong and united community, fondly referred to as "The Family." By branding themselves as a family, they aim to create a sense of togetherness and exclusivity, making investors feel part of something special.

One of Dogetti's key strengths lies in its 2% reflection protocol. This protocol ensures that holders are rewarded on a regular basis. With each transaction, a portion of the transaction fee is redistributed to the existing holders. This mechanism can potentially provide a consistent passive income stream for investors, enhancing the overall net worth of The Family.

Furthermore, Dogetti is not just a meme coin. It aims to provide utility within its ecosystem. The project has several forms of utility integrated, which form the core of its offerings. These utilities can enhance the long-term value of Dogetti, making it an appealing investment option for those seeking meme coins with real-world use cases.

When discussing cryptocurrencies, Ethereum is a name that cannot be ignored. As a decentralized platform, Ethereum revolutionized the crypto industry by introducing smart contracts. These programmable contracts enable the development and execution of decentralized applications (dApps) and have paved the way for the explosive growth of decentralized finance (DeFi) projects.

Ethereum's vibrant ecosystem hosts a plethora of dApps, ranging from decentralized exchanges to lending platforms. This vast ecosystem provides numerous investment opportunities for those who believe in the potential of blockchain technology to reshape various industries.

Additionally, Ethereum's native cryptocurrency, Ether (ETH), serves as the fuel for executing transactions and running applications on the Ethereum network. This utility enhances the demand for Ether and solidifies its position as a top crypto investment choice.

Often referred to as the "silver" to Bitcoin's "gold," Litecoin has gained significant popularity since its inception. Created by Charlie Lee, a former Google engineer, Litecoin shares many similarities with Bitcoin but boasts faster transaction times and lower fees.

One of the key advantages of Litecoin is its widespread adoption and recognition as a reliable and secure cryptocurrency. Many merchants accept Litecoin as a form of payment, further solidifying its utility in the real world. This increased adoption adds value and strengthens its investment potential.

Litecoin's robust infrastructure and active development community ensure its continued growth and relevance in the crypto market. Its reputation as a trusted and stable cryptocurrency makes it an appealing choice for investors seeking a reliable long-term investment option.

Dogetti, Ethereum, and Litecoin offer distinct advantages and investment opportunities. Dogetti's strong community and unique reflection protocol provide the potential for regular rewards and increased net worth. Ethereum's pioneering smart contracts and expansive ecosystem offer a wide array of investment avenues within the decentralized finance space. Meanwhile, Litecoin's widespread adoption and reputation as a reliable cryptocurrency make it a compelling long-term investment option.

In conclusion, Dogetti presents a unique investment opportunity, combining the power of community and utility. With its strong "Family" culture, regular rewards through the reflection protocol, and various forms of utility, Dogetti aims to provide a compelling and potentially lucrative investment option for crypto enthusiasts.

If you're intrigued by the prospects of Dogetti and wish to join "The Family," visit their official website for more information.

Presale: https://dogetti.io/how-to-buy

Website: https://dogetti.io/

Telegram: https://t.me/Dogetti

Twitter: https://twitter.com/_Dogetti_

Disclaimer: This article is a paid publication and does not have journalistic/ editorial involvement of Hindustan Times. Hindustan Times does not endorse/ subscribe to the contents of the article/advertisement and/or views expressed herein. The reader is further advised that Crypto products and NFTs are unregulated and can be highly risky. There may be no regulatory recourse for any loss from such transactions. Hindustan Times shall not in any manner, be responsible and/or liable in any manner whatsoever for all that is stated in the article and/or also with regard to the views, opinions, announcements, declarations, affirmations etc., stated/featured in same. The decision to read hereinafter is purely a matter of choice and shall be construed as an express undertaking/guarantee in favour of Hindustan Times of being absolved from any/ all potential legal action, or enforceable claims. The content may be for information and awareness purposes and does not constitute a financial advice.

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Exploring The Pros of Investing in Crypto - Dogetti, Ethereum, and Litecoin - Hindustan Times

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