KUALA LUMPUR, MALAYSIA – Media OutReach Newswire – 8 July 2024 – With its well-rounded functionality, OctaTrader aims to cover the entire traders’ experience across four fundamental areas: payments, education, trading, and decision-making. This all-in-one architecture allows the application to form a trading ecosystem designed for clients of various experience levels, trading styles, and asset preferences. As such, the platform continuously evolves, receiving updates with new enhancements and features at least twice a month.

In the third quarter of 2024, the OctaTrader team will deploy Space, the analytics hub embedded into the application, for all regions and Octa clients. Bringing together analytics, education, and decision-making support within a single toolkit, Space will be an integral part of the OctaTrader’s interface. Space takes data-driven, confident, and innovative decision-making to a new level, enabling traders to copy ideas and predictions from the curated news feed to the client’s trading chart in a few clicks.

As a modern trading toolkit, Space uses machine learning algorithms to process historical data and offer analytical predictions. It provides detailed educational materials for those willing to dive deep into the intricacies of technical analysis and learn more about fundamental trading concepts and the workings of financial markets. After that, Octa’s team of highly experienced expert traders thoroughly checks and reinforces the predictions. This combination of modern technology and human expertise facilitates decision validation. It allows less experienced traders to navigate financial markets more efficiently, spending less mental and nervous energy on the way.

The upcoming OctaTrader updates include adding analytical tools to the trading chart panel. This feature will allow traders not to draw patterns by hand and save their time by using presets from the feed instead and adding them to the chart layout. OctaTrader clients can place orders using ideas listed in the Space feed—or add the ideas that caught their eye to the chart for future analysis. Depending on the prediction featured in the selected Space post, the chart will display an arrow indicating the predicted price movement, visualising the idea and further streamlining the trading journey.

With its focus on continuous development and iterative research of the most popular traders’ demands, OctaTrader evolves according to the best industry practices. The ever-expanding list of useful features and tools allows traders to efficiently validate their decisions and spend less time on research and analysis while receiving quality expert insights tailored to their needs and preferences.

To further enhance traders’ opportunities, Octa has recently introduced the new leverage option of 1:1000, which is currently available to all clients. With this new option, the broker allows you to open larger positions with a smaller capital investment.
Hashtag: #Octa

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Octa

Octa is an international broker that has been providing online trading services worldwide since 2011. It offers commission-free access to financial markets and a variety of services already utilised by clients from 180 countries with more than 42 million trading accounts. Octa’s free educational webinars, articles, and analytical tools help clients reach their investment goals.

The company is involved in a comprehensive network of charitable and humanitarian initiatives, including the improvement of educational infrastructure and short-notice relief projects supporting local communities.

Since its foundation, Octa has won more than 70 awards, including the ‘Best Educational Broker 2023’ award from World Business Outlook and the ‘Best Global Broker Asia 2022’ award from International Business Magazine.

MUNICH, GERMANY – Newsaktuell – 8 July 2024 – planqc, the European leader in digital atom-based quantum computing, proudly announces the securement of €50 million financing. This substantial Series A investment is led by the European Family Office CATRON Holding and the DeepTech & Climate Fonds (DTCF). Additional financial support is provided by Bayern Kapital, the Max-Planck Foundation, further private investors, existing investors UVC and Speedinvest and it includes a non-dilutive grant from Germany’s Federal Ministry of Education and Research (BMBF).

Alexander Glätzle, CEO and co-founder of planqc: “This latest investment round is a strong endorsement of our technology as a leading platform for quantum applications. The substantial backing places us in a perfect position to take on global competitors with our ‘Made in Germany’ quantum computers, targeting an emerging market valued at billions of euros.”

planqc’s unique technology, built on award-winning research at the Max-Planck-Institute for Quantum Optics (MPQ), aims for rapid advancement in the development of industry-relevant quantum computers. The new financing will be utilized to establish a quantum computing cloud service and to develop quantum software for applications in industries such as chemistry, healthcare, climate-tech, automotive, and finance. Today, planqc is already using quantum machine learning to work on climate simulations or more efficient batteries for electric vehicles.

Dr. Torsten Löffler, Investment Director at DTCF: “We are thrilled to invest in a startup that not only leads in high-impact technology but also enables further breakthroughs in most pressing global computational challenges across various industries by offering access to the technology in form of a quantum cloud computing service. planqc’s impressive track record in securing contracts – in particular the DLR Tender – and public grants within just 18 months of operations underscores the company’s role as a frontrunner in the quantum computing sector both in Europe and globally.

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Revolutionizing Indoor Air Quality for Healthier, More Sustainable Workspaces

SINGAPORE – Media OutReach Newswire – 8 July 2024 – FJ SafeSpace proudly announces its new air quality monitoring solution, developed through a partnership with uHoo, aptly dubbed as the Smart Air Monitor. The Smart Air Monitor provides a comprehensive air quality monitoring system equipped with 13 environmental sensors and a virus index, addressing common workplace concerns such as employee lethargy and increased sick leave. These advanced sensors deliver clear insights into the workplace environment, ensuring businesses can make informed decisions to enhance employee well-being and productivity.

Designed for seamless integration, the Smart Air Monitor is certified by the Singapore Green Building Council and syncs effortlessly with any software or existing Building Management System. This integration ensures a cleaner, healthier environment without the hassle of complex tech upgrades. Users can manage the indoor air quality (IAQ) across all locations with a centralized dashboard, easily identifying areas needing immediate attention and addressing critical issues promptly. With real-time data provided by the Smart Air Monitor, intelligent heating, ventilation & air conditioning adjustments can be made, optimizing energy efficiency, reducing costs for businesses while at the same time assisting them in reaching their sustainability goals. By improving indoor air quality, businesses can boost occupant health and productivity, creating a fresher, healthier environment.

The robust data logging and automated reporting features of the Smart Air Monitor also assists with the building certification process, ensuring ongoing monitoring meets and exceeds compliance standards. Businesses can set, track, and achieve sustainability objectives with actionable insights, reducing their carbon footprint and building brand equity. Building certifications include BCA GREEN MARK, Breeam, LEED, WELL and others.

With the importance of indoor air quality, this device is suitable for a wide range of industries. From building contractors and M&E consultants who wish to include advanced air quality monitoring in their offerings, Property and facility managers from large companies who wish to elevate brand and tenant satisfaction with healthier workspaces, Educational institutions, healthcare facilities, business owners, hospitality industry professionals, health and safety officers, and sustainability managers will all benefit from the comprehensive air quality insights that Fj Safespace & uHoo can provide.

To find out more on what FJ SafeSpace has to offer, please contact +65 9738 0302, or click here.
Hashtag: #FjSafeSpace #health #cleanair #airmonitor #uHoo #health #sustainableworkspace

https://www.fjsafespace.com/about-us
https://www.linkedin.com/company/fj-safespace-pte-ltd/?trk=similar-pages&originalSubdomain=sg

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SINGAPORE – Media OutReach Newswire – 8 July 2024 – The Institute of Singapore Chartered Accountants (ISCA) has launched its pioneering “Do Good” initiative, which signifies ISCA’s commitment to foster a culture of social responsibility and enhance corporate governance within Trade Associations and Chambers (TACs) and charity boards.

Announced in February this year, the Board of Directors (BOD) Masterclass Programme is an all-encompassing board training programme prescribed by the Singapore Exchange Regulation for first-time directors and existing directors to stay updated on complex corporate and business developments to discharge their responsibilities effectively. ISCA and SAC Capital will subsidise 50% of the BOD Masterclass programme for TACs and charity boards to enhance their corporate governance. This will benefit more than 2,000 registered charities (around 20,000 individuals) and more than 300 TACs in Singapore (around 3,000 individuals). The 50% subsidy will amount to potential cost savings of $6,540 per organisation, and up to $15 million in total for both sectors.

ISCA Distinguished Lifetime Member and former President of the Institute Dr Gerard Ee, who is a social service advocate with extensive experience in helming charity boards including the Charity Council and Beyond Social Services and serves as one of the mentors of the BOD Masterclass programme, shared his thoughts on the initiative. Dr Ee said: “I hope that this initiative will encourage more directors of non-governmental organisations across the sector. This will ultimately benefit the communities they serve.”

The “Do Good” board package represents ISCA’s unwavering dedication to promoting ethical leadership, transparency, and accountability within Singapore’s non-profit sector. By equipping TACs and Charity Boards with the necessary knowledge and expertise to enhance corporate governance standards, ISCA aims to foster a culture of responsible stewardship and sustainable growth, ultimately benefiting the communities they serve. This will also help TACs and Charity Boards to avoid potential pitfalls in corporate governance, such as conflicts of interest, inadequate financial management, and weak internal controls.

ISCA President, Mr Teo Ser Luck, said: “We are pleased to introduce our ‘Do Good’ initiative, which reinforces our commitment to enhance corporate governance standards among TACs and charities. We hope that our subsidies on the BOD Masterclass Programme will go a long way in empowering more boards with essential skills to not only thrive, but to also serve their communities responsibly.”

Commissioner of Charities, Mr Desmond Chin, said: “ISCA’s ‘Do Good’ initiative will help to uplift governance standards within Singapore’s charities sector. This initiative will help charities to access essential Board training and mentorship opportunities, which will in turn enhance their capacity to serve the community better.”

President of the Association of Small and Medium Enterprises (ASME), Mr Ang Yuit, said: “We are heartened by ISCA’s support for our TACs to enhance the corporate governance competencies and professionalism of industry veterans, professionals and volunteers who have stepped forward to serve on councils. ISCA’s BOD Masterclass Programme for ASME Executive Council members will strengthen the effectiveness of our governance practices.”

TACs and charities who are keen to find out more about the “Do Good” board package can visit https://isca.org.sg/iscaacademy/boardflix/DoGoodPackage.
Hashtag: #ISCA #Accountancy #Accounting #DifferenceMakers #DoGoodinitiative #CorporateGovernance #BoardTraining

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Institute of Singapore Chartered Accountants

The Institute of Singapore Chartered Accountants (ISCA) is the national accountancy body of Singapore with over 36,000 ISCA members making their stride in businesses across industries in Singapore and around the world. ISCA members can be found in over 40 countries and members based out of Singapore are supported through 12 overseas chapters in 10 countries.

Established in 1963, ISCA is an advocate of the interests of the profession. Complementing its global mindset with Asian insights, ISCA leverages its regional expertise, knowledge, and networks with diverse stakeholders to contribute towards the advancement of the accountancy profession.

ISCA administers the Singapore Chartered Accountant Qualification programme and is the Designated Entity to confer the Chartered Accountant of Singapore – CA (Singapore) – designation.

ISCA is a member of Chartered Accountants Worldwide, a global family that brings together the members of leading institutes to create a community of over 1.8 million Chartered Accountants and students in more than 190 countries.

For more information, visit www.isca.org.sg.

HONG KONG SAR – Media OutReach Newswire – 7 July 2024 – Everyday objects such as metal chains, handcuffs, and key rings are examples that demonstrate a unique combination of properties where hard, rigid rings are interlocked together to exhibit flexibility and strength as a whole, and as such enabling them to perfect their intended functions.

At the molecular level, molecules composed of interlocked, nano-sized rings are known as catenanes, which are promising candidates for developing molecular switches and machines. Yet, due to their challenging synthesis, applications of catenanes in other areas are largely unexplored. Recently, a research team led by Professor Ho Yu AU-YEUNG from the Department of Chemistry at The University of Hong Kong (HKU) has synthesised a catenane composed of two freely-rotating rigid macrocycles and showed that the catenane can bind strongly and selectively to either copper(I) cation or sulfate anion despite their opposite charge and different geometry. The ability to detect and differentiate these specific ions has important implications for applications in areas like environmental monitoring and medical diagnostics.

As same charges repel and opposite charges attract each other, a binding site that attracts a positively charged cation will normally experience a repulsive interaction with the negatively charged anion and vice versa, which made designing a host that is suitable for both cation and anion very challenging. To overcome this challenge, the team installed both cation and anion binding sites on each of the interlocked rings, and by virtue of the rotatory motions of the catenane, the host can efficiently adjust the relative position of the binding sites and freely adapt a specific form favourable for the spherical copper(I) cation or the tetrahedral sulfate anion, resembling a chameleon that can change its appearance to fit in specific environments. This work has recently been published in the leading scientific journal Nature Communications.

Apart from their industrial and environmental significance, both copper(I) and sulfate ion are essential for proper cell growth and organism development. The strong and selective binding to these ions by the catenane host could hence be exploited for the extraction and recycling of these ions from environmental samples. Also, just as the measurement of sodium ions, chloride and other electrolytes in blood samples can be a routine test for blood pressure monitoring and general health, new technologies for selective recognition and binding of ions and minerals will be useful for diagnostic and therapeutic purposes.

‘This work highlights catenane as an efficient candidate for potent molecular receptors with versatile structures, switchable properties and guest binding behaviours.’ stated Professor Au-Yeung. In terms of future plans, Professor Au-Yeung and his group are developing more sophisticated catenane hosts for the simultaneous binding of multiple cations, anions and ion pairs.

About the Research Paper

Journal title: ‘Dynamic mechanostereochemical switching of a co-conformationally flexible [2]catenane controlled by specific ionic guests’ (Nature Communications, 2024).

The journal paper can be accessed from the following link: https://t.ly/FZzte

Mr Yueliang YAO from Professor Au-Yeung’s group at HKU Chemistry is the first author of this paper. Other researchers affiliated with HKU, including Dr Yuen Cheong TSE, Dr Samuel Kin-Man LAI, Dr Yixiang SHI, Dr Kam-Hung LOW also contribute greatly to this work.

This work is supported by the CAS-Croucher Funding Scheme for Joint Laboratories, the Collaborative Research Fund and General Research Fund from the Research Grants Councils of Hong Kong.

About Professor Ho Yu AU-YEUNG

Professor Ho Yu AU-YEUNG is an Associate Professor in the Department of Chemistry at HKU. He graduated from The Chinese University of Hong Kong, and obtained his PhD degree from the University of Cambridge. He has received the Croucher Innovation Award (2016), the Graeme Hanson Early Career Researcher Award (2016), Thieme Chemistry journals Award (2016), Asian Core Program Lectureship Award (Taiwan, 2018), and the HKU Outstanding Young Researcher Award (2020), and was a member of the inaugural Early Career Advisory Board of Chemical Review (2020-2021). Since 2020, he serves as a committee member of the Committee of Young Chemists of the Chinese Chemical Society.

His research group focuses on the chemistry of mechanically interlocked molecules, including the synthesis of high-order [n]catenanes, the isomerism, dynamics of mechanically interlocked molecules, as well as their applications in coordination chemistry, host–guest recognition, catalysis and materials. The group’s research outputs have been published in leading scientific journals, including Nature Communications, Journal of the American Chemical Society, Angewandte Chemie, Chemical Science, etc.

More information about Professor Ho Yu Au-Yeung’s research group can be found at https://chemistry.hku.hk/staff/hoyuay/index.html

Images download and captions: https://www.scifac.hku.hk/press

Hashtag: #HKU

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