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Navigating the Uncharted Territory of Social Media Marketing – WebProNews

In a landscape where digital marketing reigns supreme and social media platforms serve as the new frontier, Kurt Benkert, a former NFL quarterback turned media personality at NFL Media, offers his insights into the ever-evolving world of social media marketing in an Interactive Advertising Bureau video.

Benkert, known for his football prowess, has seamlessly transitioned into digital media, leveraging his expertise to navigate the complex terrain of social media marketing. In a recent interview, he highlighted the challenges and opportunities inherent in this rapidly evolving landscape.

Reflecting on the dynamic nature of social media marketing, Benkert emphasized the need for adaptability and innovation. There are a lot of stories out there that need to be told, he remarked, acknowledging social medias vast potential as a platform for storytelling and engagement.

Drawing from his experiences, Benkert highlighted the importance of capitalizing on viral moments and staying attuned to emerging trends. I capitalize on potential viral moments by being in tune with the moment as it happens, he explained, underscoring the significance of timeliness and relevance in content creation.

Looking ahead, Benkert expressed optimism about the future of social media marketing, particularly in building passive income streams around digital content. Ive been building digital products around the content that I make that are living as passive sources of income, he revealed, hinting at the potential for sustainable revenue generation beyond traditional sponsorship deals.

However, Benkert also acknowledged the challenges of monetization in the digital space, particularly those related to securing sponsorships and delivering value to brands. The biggest challenge is probably just financially for sponsorships, he admitted, highlighting the need for brands to see a return on their investment in sponsored content.

Despite these challenges, Benkert remains committed to pushing boundaries and challenging the status quo in social media marketing. Its changing a little bit with the narrative, he noted, alluding to the evolving landscape of sponsored content and influencer marketing.

In navigating the uncharted territory of social media marketing, Kurt Benkert stands as a beacon of innovation and resilience, offering valuable insights into the ever-changing world of digital media. As brands and creators alike continue to adapt to the shifting tides of social media, Benkerts story serves as a reminder of the boundless opportunities that await those willing to embrace change and seize upon emerging trends.

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Navigating the Uncharted Territory of Social Media Marketing - WebProNews

Innovative Quantum Information Transfer Using Magnons at HZDR – yTech

In a groundbreaking effort to advance quantum computing, researchers from the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) have developed a novel technique for transferring quantum information. This technique employs magnons, which are essentially wave-like excitations within a magnetic material, to selectively address and control atomic-scale qubits in a silicon carbide matrix. This discovery has the potential to transform quantum communication within networks, enhancing the stability of qubits and the efficiency of their interaction.

Summary: HZDR researchers are paving the way for improved quantum computing by introducing a new method that leverages magnonic activity to control qubits. Unlike the conventional use of microwave antennas in quantum information transfer, the HZDR approach utilizes magnons with much shorter wavelengths, which could enable more compact integration on chips. Their study, recently featured in Science Advances, provides a foundation for the possibility of using magnons as a quantum bus that selectively targets individual qubits, promising a significant step forward in practical quantum computing applications.

The HZDRs solution overcomes a significant hurdle in quantum technologytransferring quantum information without loss between functionally distinct modules of a quantum computer. Researchers have demonstrated that magnons within a nickel-iron alloy magnetic disk could be used effectively to interact with spin qubits, which are basic units of quantum information encoded in the spin state of silicon vacancies.

Though quantum computation has not yet been performed with this system, the research sets the stage for future experiments aimed at controlling multiple qubits and fostering their entanglement. The long-term vision is to refine magnon-based quantum communication, making it so precise that it can address single qubits in an array, thus advancing the capabilities needed for constructing a functional quantum computer.

In the field of quantum computing, the advancements by researchers from the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) mark a significant milestone. Their work on utilizing magnons for controlling qubits has the potential to pave the way for more compact and efficient quantum computers.

Quantum Computing Industry Overview The quantum computing industry is at the forefront of technologys next revolution, offering unprecedented problem-solving potential across fields such as cryptography, materials science, pharmaceuticals, and artificial intelligence. Quantum computers leverage the principles of quantum mechanics to process information in ways that traditional computers cannot match. As of my knowledge cutoff in early 2023, industry leaders include companies such as IBM, Google, Intel, and startups like Rigetti Computing and IonQ.

Market Forecasts The global market for quantum computing is projected to grow substantially over the next decade. According to market research, the quantum computing market size is expected to reach multi-billion dollar valuations, with predictions indicating it could be worth up to $65 billion by 2030. This forecast is driven by investments from both the public and private sectors aimed at advancing quantum technology research and the growing number of quantum use cases.

Industry Challenges Nevertheless, the industry faces significant challenges. One of the main issues is the fragility of quantum states, known as coherence. Quantum systems require extremely stable conditions to function, which is difficult to maintain over time and scale. The problem of quantum error correction also remains a critical barrier. Additionally, theres a need for standardization and interoperability between different quantum computing platforms.

Potential Impact of HZDRs Research The research conducted by HZDR could help address the issue of coherence by providing a method to control qubits with higher precision and stability. The utilization of magnons could also allow for better scalability of quantum circuits and possibly lead to quantum systems that are less prone to errors. As a result, the technique could have an impact on the creation of more practical and robust quantum computers.

Though the research is still in its early stages and practical applications are yet to be demonstrated, it is undeniable that the work carried out by HZDR researchers could significantly influence the future of the quantum computing industry.

If youre interested in learning more about quantum computing and related technological advancements, visit the main domain of the U.S. National Institute of Standards and Technology at NIST or The European Quantum Flagship initiative at Quantum Technology for further information and updates on the latest in quantum research and development. Please note, however, that the specific content of these pages is subject to change and should be verified for the latest information.

Natalia Toczkowska is a notable figure in digital health technology, recognized for her contributions in advancing telemedicine and healthcare apps. Her work focuses on developing innovative solutions to improve patient care and accessibility through technology. Toczkowskas research and development in creating user-friendly, secure digital platforms have been instrumental in enhancing the effectiveness of remote medical consultations and patient monitoring. Her dedication to integrating technology in healthcare has not only improved patient outcomes but also streamlined healthcare processes, making her a key influencer in the field of digital health innovation.

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Amazon Propels Quantum Computing Forward with Innovative Qubit Design – yTech

Summary: Amazon Web Services is taking a significant leap in the quantum computing realm by researching a new type of qubit that enhances error correction. Their approach may reduce the number of qubits necessary for reliable quantum computations, thus addressing a crucial challenge in the field.

Amazon Web Services (AWS) recently highlighted its groundbreaking work on a novel kind of qubit that promises to ease the challenge of error correction in quantum computing. This invention, christened the dual-rail erasure qubit, was unveiled in a detailed study published in the journal Physical Review X. Dr. Oskar Painter, the lead of AWSs Quantum Hardware team, emphasized the encouraging results from their initial experiments, positioning AWS at the forefront of quantum computing innovation.

The core advantage of these dual-rail erasure qubits is their ability to flag errors conspicuously. Conventional qubits, when observed, succumb to the collapse of their quantum state, obscuring error detection. In contrast, erasure qubits denote errors by transitioning to a distinguishable invalid state. This unique feature can potentially lead to a drop in error rates and, as a result, requires significantly fewer physical qubits to constitute one error-free logical qubit.

These special qubits are also designed to be compatible with the superconducting transmon qubits that Amazon is developing, albeit requiring a higher number of control wires. AWSs strategy involves extensive testing of these new qubits through the creation of larger arrays and the integration of various quantum gate types. The goal is to fold both Clifford and non-Clifford gates into quantum algorithms, allowing comprehensive quantum operations.

Companies like IBM, Google, and Microsoft are also key participants in the quantum computing race, a field thats poised for explosive growth over the next few years. The market is predicted to burgeon up to $65 billion by 2030, driven by advancements that enable quantum computers to outperform classical counterparts in fields ranging from finance to pharmaceuticals.

In conclusion, while quantum computing still faces hurdles such as error correction and practical application, contributions like those from AWS are integral to realizing the full potential of quantum computing. The industry continues to look towards research initiatives that can marry theoretical capabilities with actual technological outcomes.

Developments in Quantum Computing Industry and Market Outlook

Quantum computing represents a transformative evolution in computational technology, offering potential leaps in processing power over classical computers. Amazon Web Services, as described in the summary, is making strides in this sector with their innovative approach to error correction. Error correction is a pivotal aspect of quantum computing, as it addresses the inherent instability of quantum states known as qubits. AWSs dual-rail erasure qubits represent a step towards resolving the fragility of qubit states, enabling more stable and scalable quantum computing solutions.

The quantum computing industry is not just limited to AWSs efforts. Other tech giants like IBM, Google, and Microsoft are investing heavily into research and development to achieve quantum supremacy, where a quantum computer can solve complex problems faster than any classical computer can.

Market Forecasts

Experts predict considerable market expansion in the coming years. According to industry forecasts, the quantum computing market could grow to around $65 billion by 2030. This escalated growth reflects the high expectations from quantum computing to revolutionize various sectors including cryptography, drug development, financial modeling, and materials science. As quantum computers become more adept at solving certain types of problems, industries are expected to leverage this technology to gain competitive advantages and innovate beyond current limitations.

The Challenges Facing Quantum Computing

Despite the promising forecasts, quantum computing is in its relative infancy and not without its challenges. Firstly, there is the issue of qubit coherence, the time during which the qubits maintain their quantum state. Maintaining coherence over longer periods is critical for practical quantum computing and requires significant advancement in technology and materials.

Furthermore, the quantum computing industry must tackle the scalability of quantum systems. Building larger qubit arrays without succumbing to error rates that nullify the computational benefits is a complex task. The integration of different types of quantum gates, as AWS plans to do, and the development of error-correcting codes are critical components of this process.

Another issue to consider is the quantum software ecosystem. Developing algorithms and software that can run on quantum computers and deliver valuable outputs is a major hurdle. There is a need for a workforce skilled in quantum computing, which necessitates education and training programs.

Conclusion

The path towards a future where quantum computing is commonplace is marked by both technological innovation and market potential. AWSs research on the dual-rail erasure qubit is a piece of the larger quantum computing industry puzzle. As companies continue to push the frontiers of quantum hardware and software, the expectations for a quantum revolution in various fields remain high. Whether quantum computing will live up to its potential hinges on overcoming significant technical challenges and fostering an ecosystem that supports its growth and integration into mainstream technology.

Micha Rogucki is a pioneering figure in the field of renewable energy, particularly known for his work on solar power innovations. His research and development efforts have significantly advanced solar panel efficiency and sustainability. Roguckis commitment to green energy solutions is also evident in his advocacy for integrating renewable sources into national power grids. His groundbreaking work not only contributes to the scientific community but also plays a crucial role in promoting environmental sustainability and energy independence. Roguckis influence extends beyond academia, impacting industry practices and public policy regarding renewable energy.

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Amazon Propels Quantum Computing Forward with Innovative Qubit Design - yTech

PwD Community in Bong Calls for Decentralization of National Commission on Disabilities – Global News Network … – Global News Network

By Enouch Dormue, Journalists Network On Disability Reporting |

In the aftermath of the recent appointment of Mr. Samuel S. Dean, Sr as the new Executive Director of the National Commission on Disabilities by Joseph Nyuma Boakai, the People with Disabilities (PwDs) community in Bong County wants the commission to critically consider the decentralization of its activities as a major priority under the new dispensation. The PwD community believes that decentralization would ensure better representation and support for people with disabilities across various regions of the country.

The National Commission on Disability (NCD, established to address issues related to disability rights and welfare, currently operates from the capital city, Monrovia. However, individuals with disabilities residing in remote areas often face significant challenges in accessing the services and resources provided by the commission.

According to the PwD community in Bong, the centralized structure of the NCD contributes to disparities in assistance and advocacy efforts. Many individuals with disabilities living outside Monrovia struggle to have their voices heard and their needs addressed effectively.

We need the government to understand that disability rights are not just an urban issue; they affect every corner of our nation. Decentralizing the National Commission on Disability would ensure that our concerns are not overlooked and that support reaches those who need it most, remarked Mr. Lawrence Tokpa, a visually impaired resident of Gbarnga.

Mr. Tokpa further thinks the decentralization of the NCD activities would involve establishing regional offices or branches in various parts of Liberia where these offices would serve as hubs for providing assistance, advocacy, and information tailored to the specific needs of the local PwD communities.

The PwD community in Bong further emphasized decentralization would promote inclusivity and empower individuals with disabilities particularly outside Monrovia to actively participate in decision-making processes at the grassroots level and could facilitate more efficient resource allocation and service delivery, addressing the unique challenges faced by different PwD communities in each county of Liberia.

Despite the call for the National Commission on Disabilities to decentralize its impact and reach, the institution itself has been grabbing with some challenges including limited budgetary allocation by the national government and staffing capacity to carry out its mandate effectively, logistical constraints to enhance monitoring and supervision, lack of accurate data on actual number PwDs nationwide to inform proper planning and limited outreach that has prevented the NCD to reach all segments of the disabled population, including those in rural and remote areas.

As part of the commissions mandate consistent with the Act establishing the National Commission on Disabilities (NCD) by the 51st National Legislature of the Republic of Liberia in November 2005, NCD was established to have jurisdiction over matters involving and appertaining to the welfare and wellbeing of PWDs including but not limited to carrying out empowerment through Capacity Building, Small Business, Livelihood Skills, Medical, Educational Support through School aids, result driven Programs and Projects, Advocacy, Monitoring and Supervising the effective delivery of social services within the territorial confines of Liberia.

The NCD currently works with Seventy-Eight (78) Organizations of Persons with Disabilities (OPWDs) and subsidize them through Budgetary Support. As discussions on the future of the National Commission on Disability continue, the voices of people with disabilities and their allies grow louder, demanding meaningful reforms that prioritize accessibility, representation, and empowerment for all.

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PwD Community in Bong Calls for Decentralization of National Commission on Disabilities - Global News Network ... - Global News Network

US democracy’s unaddressed flaws undermine Biden’s stand as democracy’s defender but Trump keeps favoring … – The Conversation United States

President Joe Biden argues that democracy is on the ballot in the 2024 election.

We believe there are potential threats to U.S. democracy posed by the choices voters make in this election. But the benefits of American democracy have for centuries been unequally available, and any discussion of the current threats needs to happen against that background.

One of us is a political scientist who focuses on civic engagement; the other is a former voting rights lawyer. At Tufts Universitys Tisch College of Civic Life, we both lead nonpartisan efforts to educate college students and other people about their roles in democracy.

For us, Bidens talk of democracy is a useful starting point for a broader conversation about U.S. democracy and the 2024 election.

On Jan. 5, 2024, the president delivered a speech in Blue Bell, Pennsylvania, titled Defending the Sacred Cause of American Democracy.

As a candidate for reelection at the early stages of a political campaign, the president argued that he and his fellow Democratic candidates are in favor of democracy. Former President Donald Trump and his supporters in the U.S. Congress, said Biden, are against it.

In this speech and other statements, Biden makes the following case: Trump supported or even incited the Jan. 6, 2021, insurrection, and he refuses to denounce political violence. Trump floats ideas for his second presidential term that include invoking the Insurrection Act, which authorizes the president to deploy the military inside the United States.

In contrast, Biden and Vice President Kamala Harris argue that they respect the Constitution, recognize their limited power and limited importance as leaders within a constitutional order and support freedom of speech. They maintain, in Bidens words, that political violence is never, ever acceptable in the United States.

The basic facts in Bidens speech appear accurate: Trumps own statements support some of Bidens claims.

If elected again, Trump is reportedly considering deploying the Insurrection Act against civilian protests. He has expressed open admiration for foreign authoritarian leaders, most recently Hungarys Viktor Orban. He encouraged his supporters to guard the vote and to watch those votes in certain cities, which some interpret as threatening and potentially intimidating to election workers.

Trump has threatened to prosecute his political opponents, claiming in October 2023 that since he was being prosecuted during the Biden administration, that provided justification for him to do the same.

This is third-world-country stuff, arrest your opponent, Trump said during a New Hampshire campaign visit. And that means I can do that, too.

Bidens own record, however, undermines some of his claims to be fully committed to democracy.

The Biden-Harris administration has been accused by human rights advocates and even Democratic senators of a double standard: championing democracy while maintaining close ties with authoritarian leaders, including the Saudis.

At the very least, Biden has continued a historic pattern of U.S. engagement across the globe that prioritizes security over human rights and liberal democracy. His administration is widely criticized for its support of Israeli Prime Minister Benjamin Netanyahus conduct of the war in Gaza and its disastrous humanitarian consequences.

At home, despite a major expansion of the governments role in the economy, the Biden administration has not done anything significant to make federal policymaking more democratic or participatory.

Its helpful to step back from the daily campaign and its heightened rhetoric and consider how Bidens assertion holds up in light of general research and evidence about democracy in the U.S. That analysis reveals a more complex picture of threats to democracy, some of which are specific to the upcoming election. Others have existed for some time.

In their 2020 book Four Threats: The Recurring Crises of American Democracy, political scientists Suzanne Mettler and Robert C. Lieberman argue that democracies in general suffer when any of four trends occur: intense partisan polarization, efforts to exclude some people from the electorate, economic inequality and unilateral exercises of power by the executive branch.

Mettler and Lieberman show that each of these trends has been rising in the U.S. for several decades. Applying their framework, wed note that both Biden and Trump used a comparable number of executive orders 127 and 137, respectively in their first three years to bypass a reluctant Congress and enact policies unilaterally. The Biden administration has been credibly accused of stretching executive power in areas such as student loan forgiveness.

These long-term trends mean that neither Trump nor Biden is mainly responsible for causing them. Biden criticized all four of these threats in his Jan. 5 speech, however, whereas Trump often endorses political polarization and limitless executive power and has challenged the validity of votes cast in urban and suburban areas with significant minority populations. This difference lends support to Bidens argument.

Notable in Bidens campaign rhetoric about democracy is his alarm about political violence. In any democracy, violence is a threat because, among other things, it intimidates people and makes participation dangerous. In the U.S., political violence has always been associated with attempts to deny democratic rights. It is often racialized and targeted at the most vulnerable communities.

By its very nature, the system of slavery required extreme violence, political repression and the denial of democratic rights to enslaved black people. Though rarely recognized as such in history books, it could be characterized as a racially targeted police state coexisting within a liberal democracy for whites only.

Governance under slavery included organized vigilante violence, repression of dissent, violent clashes and rebellions, harsh suppression, broad prosecution of dissidents, and systematic passage of restrictive laws or renewed enforcement of existing measures when resistance emerged.

Desmond S. King and Rogers M. Smith in Still a House Divided catalog some of these patterns. Even after slavery and the post-Civil War period known as Reconstruction, political violence frequently in response to Black political mobilization or the exercise of basic rights helped maintain what was known as Jim Crow rule.

Two major instances among many stand out: the 1898 Wilmington coup, when white supremacists overthrew the democratically elected biracial city government, and the destruction of a citys vibrant Black business district and community in the Tulsa Race Massacre of 1921.

Violence as a threat to democracy is by no means new, but the U.S. may be entering a new violent chapter.

While we do not have extensive historical data, the rate of political violence seems high now, and there are indications of dangerous trends. For example, in 2023, the U.S. Capitol Police investigated more than 8,000 threats against members of Congress, a substantial increase over 2022. The number of serious threats against federal judges has increased each year since 2019 and is 2.5 times higher now than five years ago.

Citing data collected by Nathan P. Kalmoe, Lilliana Mason and Bright Line Watch, democracy scholar Rachel Kleinfeld shows that the percentage of both Democrats and Republicans who believe that violence is sometimes justified to achieve their political goals has more than doubled since 2017, although this remains a minority view in both parties.

From 2020 to 2023, the Armed Conflict Location & Event Data Project cataloged 1,080 demonstrations in the United States that the organization labels violent along with more than 50 times as many nonviolent demonstrations plus 157 cases of excessive force against demonstrators and 22 armed clashes. This data establishes a baseline for tracking the phenomenon in the near future.

From our perspective, nonviolent protests are expressions of a vibrant democracy that deserve protection. There may be room to debate some of the protests labeled violent. However, the sheer number of demonstrations that the project labels violent more than 1,000 in four years is concerning to us.

The Jan. 6, 2021, attack on the Capitol may prove to be an example of a period of political unrest. Trump is deeply implicated in the violence. Biden is decrying it but not necessarily proposing any response other than to vote against Trump.

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US democracy's unaddressed flaws undermine Biden's stand as democracy's defender but Trump keeps favoring ... - The Conversation United States