IBM HAS SUCCESSFULLY LINKED AND COOLED ITS FIRST MODULAR CRYOGENIC CELLS, A KEY STEP TOWARDS ITS 2029 STARLING QUANTUM COMPUTER. THIS NEW MODULAR ARCHITECTURE USES RECTANGULAR UNITS INSTEAD OF TRADITIONAL CYLINDRICAL CRYOSTATS, OFFERING MORE WIRING SPACE AND IMPROVED THERMAL MANAGEMENT. THIS ALLOWS FOR DIRECT CHIP-TO-CHIP QUANTUM LINKS VIA “L-COUPLERS,” ENABLING MULTI-CHIP PROCESSORS WITH OVER 1,000 PROGRAMMABLE QUBITS BY 2027, AND LAYING THE GROUNDWORK FOR A FAULT-TOLERANT SYSTEM. THIS DEVELOPMENT IS CRUCIAL FOR SCALABILITY AND RELIABILITY IN QUANTUM COMPUTING. WHAT ARE YOUR THOUGHTS ON IBM'S MODULAR APPROACH TO QUANTUM HARDWARE?

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