York – News Direct – 21 August 2023 – In a swiftly evolving digital realm, the ascent of Web3 has kindled a surging demand for just value distribution between creators and users. In this dynamic landscape,Borroe ($ROE) emerges as an avant-garde AI-fueled funding marketplace. Borroe ($ROE) extends a distinct avenue to content creators and Web3 participants, enabling them to swiftly convert future earnings into instant cash flow within supportive communities.
Borroe ($ROE) – Pioneering Web3 Funding for Creators and Participants
Borroe ($ROE) distinguishes itself as the inaugural AI and blockchain-powered funding marketplace. Borroe ($ROE) empowers Web3 participants to access immediate cash flow by liquidating future earnings, encompassing royalties, subscriptions, invoices, and management fees.
The platformempowers Web3 stakeholders to transform recurring revenue into immediate funds while the communities also partake in a fraction of the earnings.
Borroe ($ROE) streamlines its process efficiently. Entrepreneurs or individuals, known as ‘sellers,’ enroll in Borroe ($ROE) and undergo an AI-driven risk appraisal, determining their maximum cash advancement.
Subsequently, sellers ‘mint’ a non-fungible token (NFT) symbolizing the forthcoming income’s value and loan conditions, available at a reduced rate through Borroe’s ($ROE) marketplace.
Buyers are notified to contribute, and when the seller receives their income, loan settlement transpires, leaving buyers with a modest profit.
Reshaping Funding Dynamics – Enter Borroe ($ROE)
While revenue financing is not a novel concept, conventional platforms have grappled with the ever-changing Web3 landscape. This results in various challenges for borrowers, including exorbitant costs, automation gaps, confidentiality lapses, protracted approval processes, and compliance constraints.
Borroe ($ROE) disrupts this paradigm by harnessing blockchain technology, smart contracts, and artificial intelligence. With this approach, Borroe ($ROE) introduces a swift, decentralized, automated, discreet, and cost-effective funding alternative.
The $ROE token serves as Borroe’s governance cornerstone, affording exclusive benefits to holders. Such benefits encompass voting authority with rewards, primary notifications for novel sales and funding appeals, discounted fees, and a slew of rewards and incentives.
Safeguarded on the Polygon blockchain, the $ROE token assures reduced fees, rapid transactions, and amplified scalability. Backed by a static supply of 1 billion units and a built-in 3% buy/sell tax mechanism, $ROE is meticulously crafted to conserve and elevate its future value.
An Inviting Investment Outlook
Embarking on its maiden presale stage, Borroe ($ROE) offers an alluring value proposition, making it an enticing investment proposition when juxtaposed with less inspiring projects.
Early adopters who persist in their investment journey may potentially savor an impressive 300% return on investment, with the price soaring to $0.040 upon Stage 8’s presale culmination.
As 2023 unfolds, all eyes are intently fixed on Borroe ($ROE) as it ascends, orchestrating the contours of the future of Web3 funding. Enter Borroe ($ROE), a trailblazing AI-powered funding marketplace that is redefining the way Web3 creators and participants access capital.
DUBAI, UNITED ARAB EMIRATES – Media OutReach – 21 August 2023 – Bybit, the world’s third most visited crypto exchange, is pleased to announce that it has awarded scholarships to 38 high-achieving students at the American University of Sharjah (AUS) as part of its continued commitment to supporting education and crypto adoption in the UAE. This is the second announcement following Bybit’s partnership with AUS, announced in June this year.
The scholarship aims to support deserving students receive the best education they deserve and encourage their studies and research in the fintech and blockchain fields. After reviewing applications based on the student’s academic standing, grade point average, and need, a total of 38 recipients have been selected for the AUS-Bybit Fund Scholarship, which has a total funding pool of AED 1 million.
The scholarship will cover 25 percent of tuition fees for both the Fall 2023 and Spring 2024 semesters. Recipients include 29 currently enrolled students who will each receive a 25 percent tuition reduction, and 9 new first-time students who will also each receive a 25 percent tuition reduction. The selected students mainly major in computer engineering and computer science.
“As a center of excellence and research and a catalyst for change, AUS is mindful of its important role in producing professionals who possess the skills and technical knowledge that allow them to grow in dynamic markets and evolving industries. We also believe in the importance of working closely with our industry partners to meet their needs and bridge any gaps between academia and businesses. Our partnership with Bybit and the establishment of the AUS-Bybit Fund Scholarship will empower our students in the fintech and blockchain fields in a digital world that is constantly growing,” said Dr. Fadi Aloul, Dean of the College of Engineering at AUS.
“We could not be more thrilled to finalize details of our scholarship fund to support bright minds at AUS,” said Ben Zhou, co-founder and CEO of Bybit. “We are also honored that over the past few months, AUS and Bybit have nurtured a shared vision of empowering the next generation of fintech and blockchain pioneers. The trailblazing spirit of the 38 recipients reminds me of my own beginnings. I hope this fund can fuel their journeys of discovery and unleash a wave of innovation from the UAE that will shape the future of digital assets globally.”
Bybit is also contributing an additional AED 100,000 to sponsor the first AUS-Bybit Inter-College Hackathon themed Artificial Intelligence in Crypto for current university students in the UAE ecosystem. The hackathon will be held at the AUS College of Engineering in November.
Hashtag: #Bybit #TheCryptoArk
The issuer is solely responsible for the content of this announcement.
About Bybit
Bybit is a cryptocurrency exchange established in 2018 that offers a professional platform where crypto traders can find an ultra-fast matching engine, excellent customer service and multilingual community support. Bybit is a proud partner of Formula One’s reigning Constructors’ and Drivers’ champions, the Oracle Red Bull Racing team, esports teams NAVI, Astralis, Alliance, Made in Brazil (MIBR), and Oracle Red Bull Racing Esports.
The Bank of Lao PDR (BOL) has issued a statement to dismiss false claims circulating online that suggest foreign currency bank account holders may no longer be able to make transactions in their respective currencies.
The Ministry of Justice has legal aid services available to protect the legal rights of vulnerable populations throughout Laos. However, most people at risk are not widely aware of these rights and basic legal services due to a lack of accessibility and the availability of right tools.
The 13th multilateral meeting between the Bank of Laos and the National Bank of Cambodia holds on 18 August in Vientiane Capital to discuss cooperation and establish a cross-border payment method. (Photo: Pasaxon)
The 13th multilateral meeting between the Bank of Laos and the National Bank of Cambodia was held in Vientiane Capital last Friday to discuss future cooperation efforts and establish a cross-border QR Code payment system.
HONG KONG SAR – Media OutReach – 21 August 2023 – A collaborative research team led by Interim Head of Physics Professor Shuang ZHANG from The University of Hong Kong (HKU), along with National Center for Nanoscience and Technology, Imperial College London and University of California, Berkeley, has proposed a new synthetic complex frequency wave (CFW) approach to address optical loss in superimaging demonstration. The research findings were recently published in the prestigious academic journal Science.
Schematic of imaging under real-frequency and synthesised complex frequency excitation in a superlens. The same object, when imaged through a superlens under different real-frequency illumination, results in images with varying degrees of blurriness, and none of the real-frequency images can discern the true appearance of the object. By combining the field amplitudes and phases of multiple single-frequency images, a clear image can finally be obtained. Image credit: HKU
Imaging plays an important role in many fields, including biology, medicine and material science. Optical microscopes use light to obtain imaging of miniscule objects. However, conventional microscopes can only resolve feature sizes in the order of the optical wavelength at best, known as the diffraction limit.
To overcome the diffraction limit, Sir John Pendry from Imperial College London introduced the concept of superlenses, which can be constructed from negative index media or noble metals like silver. Subsequently, Professor Xiang ZHANG, the current President and Vice-Chancellor of HKU, along with his then team at the University of California, Berkeley, experimentally demonstrated superimaging using both a silver thin film and a silver/dielectric multilayer stack. These works have extensively promoted the development and application of superlens technology. Unfortunately, all superlenses suffer from inevitable optical loss, which converts optical energy into heat. This significantly affects the performance of optical devices, such as superimaging lenses, which rely on the faithful delivery of information carried by light waves.
Optical loss has been the main limiting factor that has constrained the development of nanophotonics for the past three decades. Many applications, including sensing, superimaging, and nanophotonic circuits, would greatly benefit if this problem could be solved.
Professor Shuang Zhang, corresponding author of the paper and also Interim Head of HKU Department of Physics, explained the research foci, ‘To solve the optical loss problem in some important applications, we have proposed a practical solution — using a novel synthetic complex wave excitation to obtain virtual gain, and then offset the intrinsic loss of the optical system. As a verification, we applied this approach to the superlens imaging mechanism and theoretically improved imaging resolution significantly.’
‘We further demonstrated our theory by conducting experiments using hyperlenses made of hyperbolic metamaterials in the microwave frequency range and polariton metamaterials in the optical frequency range. As expected, we obtained excellent imaging results consistent with our theoretical predictions,’ added Dr Fuxin GUAN, the paper’s first author and a Postdoctoral Fellow at HKU.
Multi-frequency approach to overcome optical loss
In this study, the researchers introduced a novel multiple-frequency approach to overcome negative impacts of loss on superimaging. Complex frequency waves can be used to provide virtual gain to compensate for the loss in an optical system. What does complex frequency mean? Frequency of a wave refers to how fast it oscillates in time. It is natural to consider frequency a real number. Interestingly, the concept of frequency can be extended into the complex domain, where the imaginary part of the frequency also has a well-defined physical meaning, i.e., how fast a wave amplifies or decays in time. Hence, for a complex frequency wave, both oscillation and amplification of the wave occurs simultaneously. For a complex frequency with negative (positive) imaginary part, the wave decays (amplifies) in time. Of course, an ideal complex wave is not physical because it would diverge when time goes to either positive or negative infinity, depending on the sign of its imaginary part. Hence, any realistic implementation of complex frequency waves needs to be truncated in time to avoid the divergence. The optical measurement directly based on complex frequency waves needs to be performed in the time domain and it would involve complicated time-gated measurements and therefore it has not been experimentally realised thus far.
The team utilised mathematical tool Fourier Transformation to break down a truncated CFW into many components of different real frequencies, greatly facilitating the implementation of CFWs for various applications, such as superimaging. By carrying out optical measurements at multiple real frequencies at a fixed interval, it is possible to construct the optical response of the system at a complex frequency by mathematically combining that of real frequencies.
As a proof of concept, the team started with superimaging at microwave frequencies using a hyperbolic metamaterial. The hyperbolic metamaterial can carry waves with very large wavevectors (or equivalently very small wavelengths), that are capable of transmitting the information of very small feature sizes. However, the larger the wavevector, the more sensitive the waves are to optical loss. Therefore, in the presence of loss, the information of those small feature sizes gets lost during the propagation inside the hyperbolic metamaterial. The researchers showed that, by appropriately combining the blurred images measured at different real frequencies, a clear image at a complex frequency was formed with a deep-subwavelength resolution.
The team further extended the principle to optical frequencies, employing an optical superlens made of a phononic crystal called silicon carbide, which operates at the far-infrared wavelength of around 10 micrometers. In a phononic crystal, the lattice vibration can couple with light to create the superimaging effect. However, the loss is still a limiting factor in the spatial resolution. Although the spatial resolutions of imaging at all the real frequencies were limited by the loss, as shown by the blurred images of the nano-scale holes, ultrahigh-resolution imaging can be obtained with synthesised CFWs that consist of multiple frequency components.
‘The work has provided a solution to overcome optical loss in optical systems, a long-standing problem in nanophotonics. The synthesised complex-frequency method can be readily extended to other applications, including molecular sensing and nanophotonic integrated circuits,’ said Professor Xiang ZHANG, another corresponding author of the paper, the President and Vice-Chancellor of HKU, and also Chair of Physics and Engineering. He hailed this as a remarkable and universally applicable method, ‘This can be leveraged to tackle loss in other wave systems, including sound waves, elastic waves, and quantum waves, elevating imaging quality to a new height.’
This work was supported by the New Cornerstone Science Foundation, the Research Grants Council of Hong Kong.
Over 300 Animals Confiscated in Wildlife Trafficking Crackdown in Dak Cheung District (photo: KPL)
In a two-day operation supported by the World Wildlife Fund (WWF) Laos last week, authorities in Dak Cheung District, Sekong Province, seized over 300 animals as part of efforts to combat wildlife trafficking and the sale of endangered and protected species.
Cambodia's King Norodom Sihamoni, foreground, greets as he heads back to Royal Palace, in front of the National Assembly in Phnom Penh, Cambodia, Monday, 21 August 2023. Cambodian king on Monday presided over the opening of the first session of National Assembly in Phnom Penh. (Photo: AP)
PHNOM PENH, Cambodia (AP) — Cambodia’s king congratulated the country’s new lawmakers on Monday, urging them in his traditional speech to the National Assembly on its first day following elections to promote economic growth and equality.