MODULAR QUANTUM COMPUTING ARCHITECTURES ALLOW FOR THE SCALING OF QUANTUM COMPUTERS BY CONNECTING MULTIPLE SMALLER QUANTUM PROCESSOR MODULES. UNLIKE TRADITIONAL MONOLITHIC DESIGNS, MODULARITY AIMS TO OVERCOME MANUFACTURING LIMITATIONS AND IMPROVE EFFICIENCY. THIS APPROACH OFTEN INVOLVES ADVANCED INTERCONNECT TECHNOLOGIES, SUCH AS QUANTUM LINKS OR COUPLERS, TO ENABLE COMMUNICATION BETWEEN MODULES. THE GOAL IS TO BUILD LARGER, MORE POWERFUL QUANTUM SYSTEMS WHILE MAINTAINING CONTROL AND COHERENCE. HOW DO YOU SEE MODULARITY IMPACTING THE TIMELINE FOR ACHIEVING PRACTICAL QUANTUM ADVANTAGE?

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