<caption><image_27>The image is a 3D rendering of a group of blue cubes arranged in a grid-like pattern. The cubes are of different sizes and shapes, with some being larger and others being smaller. The background is white, and the cubes are outlined in a light blue color. The image appears to be a representation of a network or data storage system.</caption><transcript><audio_28>architecture will be designed to scale to tens of thousands of qubits bringing the era of quantum Centric supercomputers and while the scale of computational power is important we are equally</transcript><caption><image_29>The image shows a stack of four black square-shaped objects arranged in a zigzag pattern. The objects appear to be made of a textured material, possibly rubber or plastic, and are stacked on top of each other. The topmost object is a rectangular box with a lid, while the bottom two are smaller squares. The background is a plain grey color. The image is a 3D rendering, giving it a modern and minimalist look.</caption><transcript><audio_30>focused on quality and speed fundamental level we need to improve coherence with our Eagle processor specifically we just achieve another breakthrough in coherence that leads to a 3X improvement over our current</transcript><transcript><audio_31>production devices we are actively developing error suppression and mitigation techniques that will offer a scalable method to deal with errors in Hardware this is the Holy Grail of quantum Computing and will be key to achieving</transcript><caption><image_32>The image is a close-up of a black circuit board with multiple rows and columns. The circuit board appears to be made up of multiple electronic components, including resistors, capacitors, transistors, and integrated circuits. The components are arranged in a grid-like pattern, with some overlapping each other. The image is taken from a top-down perspective, looking down on the circuit board. The overall effect is a complex and intricate design.</caption><transcript><audio_33>computational Advantage speed is also fundamental and it is the reason why we have chosen superconducting qubits their base operations are a thousand times faster than other Technologies Furthermore with special build control</transcript><transcript><audio_34>Electronics we are deploying Dynamic circuits that will bring real-time classical processing to Quantum computations helping us compute more with less what an amazing journey this advancements in Hardware software</transcript><caption><image_35>The image shows a man standing in front of a white curtain. He is wearing a dark blue blazer and a black turtle neck sweater. He has dark hair and is wearing glasses. The man is looking off to the side with a serious expression on his face. The background is blurred, but it appears to be an indoor space with natural light coming in from the window.</caption><caption><image_36>The image shows a 3D rendering of a futuristic ceiling with a geometric pattern. The ceiling is made up of multiple hexagonal shapes arranged in a grid-like pattern, with each hexagon having a different color and design. The hexagons are connected by thin lines, creating a sense of depth and dimension. The background is a light blue color, and the overall effect is one of a modern and technological interior. The overall mood of the image is futuristic and futuristic.</caption><transcript><audio_37>and Theory are establishing the era of quantum Centric supercomputers where Quantum classical and AI processing units will work together to help solve some incredibly valuable problems</transcript><transcript><audio_38>this is the kind of work that IBM is made to do we are pioneering a new industry and we have charted a path to deliver Quantum Advantage for business and Science and while it's hard to predict a date I'm telling you it is going to happen</transcript><video><caption><image_39>The image shows an empty room with a high ceiling and white walls. The floor is made of concrete and the ceiling is covered with a geometric pattern of white tiles. In the center of the room, there are several white pillars arranged in a row, with a red stripe running along the top. The pillars are tall and slender, and the room appears to be well-lit with natural light coming in from the windows on the right side of the image. The overall atmosphere of the space is modern and minimalist.</caption><caption><image_40>The image shows a modern office space with a high ceiling and white walls. The floor is made of concrete and the walls are painted white. In the center of the image, there is a large white pillar with a red stripe running along the top. The pillar is surrounded by several smaller white pillars that are arranged in a grid-like pattern. The pillars appear to be part of a larger space with multiple rows of windows on either side. The overall atmosphere of the space is clean and minimalistic.</caption><caption><image_41>The image shows a view of a city skyline from a high vantage point. The sky is overcast and the buildings are silhouetted against it. The buildings appear to be modern and skyscrapers, with a mix of different sizes and shapes. The image is taken from a low angle, looking up at the buildings from below. The overall mood of the image is gloomy and gloomy.</caption><caption><image_42>The image shows a large room with a black floor and a white wall. The room appears to be empty, with no furniture or decorations in sight. In the center of the room, there is a long table with a white tablecloth on it. On either side of the table, there are several white rectangular boxes arranged in a grid-like pattern. The boxes are of different sizes and shapes, and they are all facing the same direction. The overall mood of the image is calm and peaceful.</caption><caption><image_43>The image shows an empty room with a high ceiling and a grid-like pattern on the floor. The room appears to be empty, with no furniture or decorations in sight. The walls are white and the floor is made up of small squares and rectangles. In the center of the room, there is a circular table with a black tablecloth. On either side of the table, there are rows of white cabinets or cabinets arranged in a neat and orderly manner. The overall mood of the image is minimalistic and modern.</caption></video><transcript><audio_44>earlier than you expect in fact we're already building IBM Quantum system 2. the machine that will run the next generation of kiskit runtime and bring all of this to the</transcript><transcript><audio_45>let us examine another roadmap that is guiding our work in the incredibly Dynamic area of AI a recent exciting advancement in AI is something called Foundation models which is proving to be a game changer for the</transcript> architecture will be designed to scale to tens of thousands of qubits bringing the era of quantum Centric supercomputers and while the scale of computational power is important we are equally focused on quality and speed fundamental level we need to improve coherence with our Eagle processor specifically we just achieve another breakthrough in coherence that leads to a 3X improvement over our current production devices we are actively developing error suppression and mitigation techniques that will offer a scalable method to deal with errors in Hardware this is the Holy Grail of quantum Computing and will be key to achieving computational Advantage speed is also fundamental and it is the reason why we have chosen superconducting qubits their base operations are a thousand times faster than other Technologies Furthermore with special build control Electronics we are deploying Dynamic circuits that will bring real-time classical processing to Quantum computations helping us compute more with less what an amazing journey this advancements in Hardware software and Theory are establishing the era of quantum Centric supercomputers where Quantum classical and AI processing units will work together to help solve some incredibly valuable problems this is the kind of work that IBM is made to do we are pioneering a new industry and we have charted a path to deliver Quantum Advantage for business and Science and while it's hard to predict a date I'm telling you it is going to happen earlier than you expect in fact we're already building IBM Quantum system 2. the machine that will run the next generation of kiskit runtime and bring all of this to the let us examine another roadmap that is guiding our work in the incredibly Dynamic area of AI a recent exciting advancement in AI is something called Foundation models which is proving to be a game changer for the
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