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The inauguration of an IBM Quantum System One in Quebec by the Platform for Digital and Quantum Innovation of Quebec (PINQ²) has marked a significant milestone in the field of information technology and innovation. This development has not only strengthened Quebec’s and Canada’s position in the rapidly advancing field of quantum computing but also opened new prospects for the technological future of the province and the country.

The establishment of the IBM Quantum System One in Quebec by PINQ², a non-profit organization founded by the Ministry of Economy, Innovation and Energy of Quebec and the Université de Sherbrooke, in collaboration with IBM, is a significant step forward. The quantum computer is housed at IBM Bromont, making PINQ² the only administrator to operate an IBM Quantum System One in Canada. This unique position has positioned Quebec as the only place outside of the United States to be engaged in an IBM Discovery Accelerator.

IBM Quantum System One

The new quantum computer will promote the growth of Quebec’s quantum sciences ecosystem and the development of DistriQ innovation zones in Sherbrooke and Technum Québec in Bromont. These innovation zones will have access to cutting-edge technology, fostering a conducive environment for technological advancements and research.

PINQ² has also set up a high-performance computing centre (HPC) at the Humano District in Sherbrooke. This will enable PINQ² to offer a hybrid computing approach, providing businesses with a unique opportunity to access a full range of hybrid quantum computing services. This approach combines the best of classical and quantum computing, offering a more efficient and powerful computing solution.

In a bid to explore quantum computing solutions for sustainability challenges, PINQ² and IBM will lead a world-class quantum working group. This group will be supported by founding members Hydro-Québec and the Université de Sherbrooke, further strengthening the collaboration between academia and industry in the field of quantum computing.

To accelerate the adoption of quantum technologies, PINQ² is establishing a Centre of Excellence. This centre will provide accessible access to its infrastructure for businesses and researchers, fostering a community dedicated to quantum software. The Centre of Excellence aims to make quantum software easier to use, create, and foster dynamic collaboration, all while setting industry benchmarks in software engineering.

IBM Quantum System One being installed in Japan

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Quantum computer

PINQ² is also working with a network of Canadian academic partners such as IVADO, Université de Sherbrooke, University of Saskatchewan, Quantum Algorithms Institute and Concordia University. This collaboration aims to train quantum talent and foster collaborative projects, further strengthening Canada’s position in the field of quantum computing.

In addition to these initiatives, PINQ² is creating a multidisciplinary team through the Centre of Excellence in Quantum Hybrid Software Engineering. This team will accelerate the development of quantum business solutions, contributing to the technological revolution and offering valuable services for businesses.

The IBM Quantum System One is the first integrated quantum system with a compact design optimized for stability, reliability and continuous use. It has been deployed in Germany, Japan, the United States and now Canada, marking the creation of the world’s largest commercial quantum research infrastructure.

Next generation System Two

The inauguration of the IBM Quantum System One by PINQ² in Quebec is a significant development that strengthens Quebec’s and Canada’s position in the field of quantum computing. It offers numerous opportunities for businesses, researchers, and the innovation zones of DistriQ and Technum Québec. Through its various initiatives and partnerships, PINQ² is playing a crucial role in the technological revolution, fostering the growth of the quantum sciences ecosystem in Quebec and Canada.

Source : IBM

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The expansion of ChatGPT language support in its alpha stage is a significant development in the field of artificial intelligence. This feature, currently in its alpha phase, requires users to opt in and is limited to a select number of supported languages. At present, it can only be used on the web at chat.openai.com. This development is a step forward in making AI more accessible and user-friendly, catering to a diverse range of users across the globe.

ChatGPT, a product of OpenAI, is a language model that has been designed to generate human-like text based on the input it receives. It has been used in a variety of applications, from drafting emails to writing code, and even creating poetry. The expansion of its language support is a testament to its evolving capabilities and its potential to revolutionize the way we interact with technology.

ChatGPT browser language support

The alpha version of ChatGPT language support is available to all plans and can be accessed via the web application at chat.openai.com. The supported browser languages currently include Chinese (both simplified and traditional), French, German, Italian, Japanese, Portuguese, Russian, and Spanish. This diverse range of languages ensures that the technology can cater to a wide audience, breaking down language barriers and making AI more accessible to non-English speakers.

To opt into using ChatGPT in your preferred language, users need to visit chat.openai.com and sign in to ChatGPT on the web. They then need to update their browser language to any of the supported languages listed above. Once this is done, they can click on ‘Join alpha’ in the banner that should display in the UI in ChatGPT.

How to select your preferred ChatGPT language

The expansion of ChatGPT language support in alpha is a significant milestone in the field of AI. It not only broadens the user base of the technology but also enhances its usability and accessibility. However, as this feature is still in its alpha stage, it’s important to note that there may be potential bugs and issues that need to be addressed. Users are encouraged to provide feedback to help improve the system and make it more robust.

The expansion of ChatGPT language support in its alpha stage is a promising development in the field of AI. It signifies the potential of AI to cater to a diverse range of users, breaking down language barriers and making technology more accessible. As this feature continues to evolve and improve, it will undoubtedly play a significant role in shaping the future of AI and how we interact with technology.

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OpenAI, a leading artificial intelligence research lab responsible for creating ChatGPT, is set to introduce voice and image capabilities to its popular language model. This significant ChatGPT update will allow users to engage in voice conversations and show images to the AI model for interaction, marking a significant step forward in the evolution of AI communication.

The introduction of voice and image capabilities in ChatGPT is designed to provide a more intuitive interface and expand the ways the AI can be used in daily life. For instance, users could discuss landmarks, plan meals, or seek assistance with homework using these new features. The rollout will initially be available to ChatGPT Plus and ChatGPT Enterprise users over the next two weeks, with voice available on iOS and Android and images on all platforms.

The voice feature is powered by a new text-to-speech model and OpenAI’s open-source speech recognition system, Whisper. This allows users to engage in back-and-forth conversations with the AI, creating a more interactive and engaging user experience. Users can select from five different voices, created in collaboration with professional voice actors, adding a layer of personalization to the AI interactions.

ChatGPT can now see, hear, and speak

The image feature, on the other hand, allows users to show one or more images to ChatGPT, which can then analyze and discuss the images. This image understanding is powered by multimodal GPT-3.5 and GPT-4, which apply language reasoning skills to a wide range of images. This feature could be particularly useful in scenarios where visual context is important, such as discussing a piece of artwork or identifying a landmark.

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The image feature, on the other hand, allows users to show one or more images to ChatGPT, which can then analyze and discuss the images. This image understanding is powered by multimodal GPT-3.5 and GPT-4, which apply language reasoning skills to a wide range of images. This feature could be particularly useful in scenarios where visual context is important, such as discussing a piece of artwork or identifying a landmark.

New ChatGPT update September 2023

OpenAI is deploying these features gradually as part of a strategy to refine risk mitigations and prepare for more powerful systems in the future. The new voice technology presents potential risks, such as impersonation or fraud, which is why it is being used specifically for voice chat. Vision-based models also present challenges, such as hallucinations or misinterpretations, which OpenAI has tested for risk prior to deployment.

In the development of the vision feature, OpenAI collaborated with Be My Eyes, a mobile app for blind and low-vision people. This collaboration helped OpenAI understand the uses and limitations of the vision feature, ensuring it is as useful and accessible as possible. Technical measures have also been taken to limit ChatGPT’s ability to analyze and make direct statements about people, in order to respect individuals’ privacy.

Be My Eyes

OpenAI is transparent about the model’s limitations, discouraging high-risk use cases without proper verification and advising non-English users against using ChatGPT for transcription. This transparency is crucial in ensuring that users understand the capabilities and limitations of the AI, and use it responsibly.

Following the initial rollout to Plus and Enterprise users, access to the new features will be expanded to other user groups, including developers. This phased rollout approach allows OpenAI to gather feedback and make necessary adjustments before making the features widely available.

The introduction of voice and image capabilities to ChatGPT by OpenAI represents a significant advancement in AI communication. While these features present new opportunities for user interaction, they also come with potential risks and challenges. OpenAI’s gradual deployment strategy, collaboration with Be My Eyes, and transparency about model limitations demonstrate a thoughtful approach to managing these risks while pushing the boundaries of what AI can do.

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Qualcomm has unveiled its latest innovation: the Qualcomm 10G Fiber Gateway Platform and Qualcomm Service Defined Wi-Fi technology. This new technology is set to revolutionize home connectivity and open up new avenues for service providers.

The Qualcomm 10G Fiber Gateway Platform is a groundbreaking solution designed to enable 10 Gbps connectivity to and through the home. This platform combines 10G Passive Optical Network (PON) technology with multi-Gigabit Wi-Fi 7 connectivity, ensuring that subscriber performance expectations for 10G Fiber are met. This is particularly crucial in today’s digital age, where user activities such as gaming, streaming, video conferencing, and content sharing require reliable and fast end-to-end connectivity.

One of the challenges that service providers often face is managing broadband service and Wi-Fi separately. This is where Qualcomm’s Service Defined Wi-Fi technology comes into play. It provides a unified data flow management architecture, from cloud to device, effectively addressing this challenge. This technology offers a cloud-to-device quality of service framework, designed to give providers unprecedented orchestration and insights to improve their subscribers’ quality of experience.

The Qualcomm Service Defined Wi-Fi technology’s application-type orchestration allows providers to create a new level of user experience. This is achieved by enabling service providers to offer differentiated services optimized for various applications. This means that whether a user is streaming a movie, playing an online game, or participating in a video conference, the connectivity can be optimized to provide the best possible experience.

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The introduction of the Qualcomm 10G Fiber Gateway Platform and Service Defined Wi-Fi technology is expected to lead a revolution in connectivity. It is set to transform home Wi-Fi networks, making them more efficient and reliable. This is a significant step forward in the tech industry, as it not only improves the user experience but also provides service providers with the tools they need to better serve their customers.

The Qualcomm 10G Fiber Gateway Platform and Qualcomm Service Defined Wi-Fi technology are scheduled to be commercially available by summer 2024. This gives service providers ample time to prepare for the integration of this new technology into their existing infrastructure. It also provides them with the opportunity to develop new services and offerings that can take full advantage of the capabilities of this new technology.

The Qualcomm 10G Fiber Gateway Platform and Service Defined Wi-Fi technology represent a significant advancement in home connectivity. By providing a unified data flow management architecture and enabling service providers to offer differentiated services, Qualcomm is paving the way for a new era of connectivity. As we look forward to the commercial availability of this technology in summer 2024, it is clear that the future of home Wi-Fi networks is set to be transformed.

Source : Q10G

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if you are wondering whether you can run AI models on your local PC using Windows 11 and perhaps the NVIDIA GeForce GPU  you have currently installed. this quick overview article will provide more insight into how AI has been integrated into gaming, content creation, and other digital experiences, and how NVIDIA’s GeForce RTX GPUs have been instrumental in this process. The integration and impact of AI in gaming, content creation, and other digital experiences powered by NVIDIA’s GeForce RTX GPUs have been transformative.

In the realm of gaming, NVIDIA’s Deep Learning Super Sampling (DLSS) technique has revolutionized the gaming experience. DLSS uses AI to generate pixels, thereby increasing frame rates in video games. This technique has been integrated into over 300 RTX games, enhancing the gaming experience by increasing frame rates by up to 4x. NVIDIA’s ACE for Games also brings AI-powered avatars to life on the PC, adding another layer of immersion to the gaming experience.

Content creators have also benefited from the integration of AI in their creative processes. RTX GPUs accelerate AI image generation and 3D rendering in various creative applications. Creators use AI to automate tasks and create art, with RTX accelerating top creator applications. For instance, RTX GPUs boost AI image generation speeds in tools like Stable Diffusion by 4.5x compared to competing processors. NVIDIA provides various AI tools, apps, and software development kits for creators, including NVIDIA Omniverse, OptiX Denoiser, NVIDIA Canvas, NVIDIA Broadcast, and NVIDIA DLSS.

NVIDIA GeForce

Beyond gaming and content creation, RTX GPUs bring AI to all types of users. This has enhanced video streaming, teleconferencing, and early AI development. With 100 million RTX-powered Windows 11 PCs and workstations already AI-ready, the reach of AI has expanded significantly.

Generative AI, which enables users to quickly generate new content based on various inputs, is now accessible to GeForce RTX users. Large language models (LLMs) are at the heart of many use cases for generative AI, enhancing gaming and content creation experiences.

The PC AI revolution is fueled by GPUs, AI capabilities integral to GeForce, and the cloud. NVIDIA GPUs have transformed cloud services, powering everything from voice recognition to autonomous factory operations. NVIDIA DGX AI supercomputers, packed with GPUs, are now running 24/7 at businesses worldwide to refine data and process AI.

Running AI models locally on your computer

However, GPU-equipped desktops offer several advantages over cloud-based AI, including availability, speed, data size handling, and privacy. NVIDIA’s GPUs stand unparalleled for demanding AI models with raw performance ranging from a 20x-100x increase. Other articles you may find of interest on the subject of running AI models locally :

Looking towards the future, AI will continue to impact many aspects of daily life. NVIDIA is providing developers with tools to add more AI features to PCs, enhancing value for users, all powered by RTX. The AI landscape on the PC is rich and expanding, with NVIDIA at the forefront of this transformative era.

The integration and impact of AI in gaming, content creation, and other digital experiences powered by NVIDIA’s GeForce RTX GPUs have been significant. From enhancing the gaming experience to accelerating creative processes and beyond, AI has become an integral part of our digital experiences. As we look towards the future, it is clear that AI will continue to play a pivotal role in shaping our digital world, with NVIDIA leading the way.

Source : NVIDIA

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Amazon, has recently announced a significant investment in Anthropic, a leading artificial intelligence (AI) company responsible for creating Claude AI model . The investment, which amounts to a staggering $4 billion, is part of a broader collaboration between the two companies to develop reliable and high-performing foundation models. This move signifies Amazon’s commitment to advancing AI technology and its potential applications across various industries.

As part of this collaboration, Amazon Web Services (AWS), Amazon’s cloud computing platform, will become Anthropic’s primary cloud provider for mission-critical workloads. This partnership will leverage AWS’s robust infrastructure and advanced technologies, including AWS Trainium and Inferentia chips, which Anthropic will use for model training and deployment. These chips are designed to provide high performance and cost-effective machine learning inference and training, making them ideal for Anthropic’s AI development needs.

Claude 2.0

The collaboration will also focus on the development of future Trainium and Inferentia technology. This forward-looking approach underscores both companies’ commitment to continuous innovation in the AI space. Furthermore, the partnership will expand support for Amazon Bedrock, a service that provides secure model customization and fine-tuning. This expansion is in response to increased customer demand for Claude, an AI model developed by Anthropic.

Claude 2, the latest iteration of this model, can be used for a range of tasks across industries. These tasks include dialogue and content generation, complex reasoning, and detailed instruction. Several enterprises are already leveraging the capabilities of Anthropic’s models on Amazon Bedrock. These include LexisNexis Legal & Professional, Bridgewater Associates, and Lonely Planet, all of which are harnessing the power of AI to enhance their operations and services.

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Both Amazon and Anthropic are committed to the safe training and deployment of advanced foundation models. They are actively engaged with organizations like the Global Partnership on AI (GPAI), the Partnership on AI (PAI), and the National Institute of Standards and Technology (NIST). These engagements underscore their dedication to ensuring that AI technology is developed and used responsibly.

Amazon takes minority stake in Anthropic

In addition to the financial investment, Amazon will also take a minority stake in Anthropic. However, this will not affect Anthropic’s corporate governance structure, which will remain unchanged. This arrangement allows Anthropic to maintain its operational independence while benefiting from Amazon’s resources and expertise.

Anthropic will also conduct pre-deployment tests of new models to manage the risks of increasingly capable AI systems. This proactive approach to AI safety is crucial in an era where AI capabilities are rapidly advancing. Finally, Amazon’s investment and supply of AWS technology will support Anthropic’s AI safety and research efforts. This support will enable Anthropic to continue its pioneering work in AI, contributing to the broader development of the field.

Amazon’s $4 billion investment in Anthropic represents a significant step forward in the development of AI technology. The collaboration between the two companies, leveraging AWS’s advanced technologies and Anthropic’s innovative AI models, promises to deliver reliable and high-performing AI solutions. This partnership not only benefits both companies but also has the potential to drive significant advancements in the AI industry as a whole.

Source : AA

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