<caption><image_20>The image is a 3D model of a cylindrical object with a blue and white color scheme. The object appears to be made of plastic or a similar material and has a rectangular shape with rounded edges. It has a grid-like pattern on the top and bottom, with vertical lines running horizontally and vertically. In the center of the object, there are several vertical lines that form a lattice-like structure. The lines are arranged in a way that creates a sense of depth and dimension. The overall design is simple and minimalistic.</caption><transcript><audio_21>parallelization of quantum computations this is huge we will be connecting multiple Quantum processors on the same control Hardware each with their own controller and</transcript><transcript><audio_22>introducing threaded runtimes what this means is that kiskit runtime will be able to split a program into several tasks and automatically distribute them among multiple processors further increasing the scale over quantum computations</transcript><transcript><audio_23>as we move through 2024 we will continue to leverage our expertise in systems and semiconductors to develop truly modular and scalable Quantum systems using high bandwidth High Fidelity links</transcript><transcript><audio_24>disconnected processors will operate like a single large Quantum Processing Unit scaling to computational spaces unlike anything we've built before we'll begin with modules of quantum</transcript><transcript><audio_25>processors connected chip to chip and here is where our Quantum roadmap gets amazing in 2025 we will introduce longer range Quantum Communication in a system with over 4 000 qubits but crucially the</transcript><caption><image_26>The image is a line graph that shows the relationship between clarity and kookaburra. The x-axis of the graph is labeled "Clarity" and the y-axis is labeled as "Kookabura". The line is plotted on a white background and has a blue dotted line that starts from the top left corner to the bottom right corner. The line starts at the bottom left corner and ends at the top right corner, with the line ending at the end of the line. The numbers "2025" are written below the line, indicating that the data is from 2025.</caption> parallelization of quantum computations this is huge we will be connecting multiple Quantum processors on the same control Hardware each with their own controller and introducing threaded runtimes what this means is that kiskit runtime will be able to split a program into several tasks and automatically distribute them among multiple processors further increasing the scale over quantum computations as we move through 2024 we will continue to leverage our expertise in systems and semiconductors to develop truly modular and scalable Quantum systems using high bandwidth High Fidelity links disconnected processors will operate like a single large Quantum Processing Unit scaling to computational spaces unlike anything we've built before we'll begin with modules of quantum processors connected chip to chip and here is where our Quantum roadmap gets amazing in 2025 we will introduce longer range Quantum Communication in a system with over 4 000 qubits but crucially the
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