“One of the more exciting things happening in physics at the moment is the development of quantum computers that may actually be able to do something useful. But, as we get closer to that glorious day, one of the big questions remaining is: what type of basic technology should be used as the basis for quantum computers? We know from our experience with classical computers that whatever technology wins is going to dominate for a long time. For instance, even though silicon-based integrated circuits were known to be worse than their germanium-based equivalent, silicon won for engineering reasons. Ever since, other semiconductor materials have remained niche, despite continued development. And they’ll likely stay niche until silicon is tapped out. The decision on silicon is ancient history, and the consequences are set. But with quantum computers, we haven’t reached such a decision point yet. As such, a bazillion ideas are competing, and we get to sit on the sidelines and cheer the players on.”
Related Content
Related Posts:
- AMD Expands EPYC CPU Portfolio to Bring New Levels of Performance and Value for Small and Medium Businesses
- Intel’s Lunar Lake Processors Arriving Q3 2024
- Lattice Introduces Advanced 3D Sensor Fusion Reference Design for Autonomous Applications
- Microchip Adds 12 Products to its Wireless Portfolio to Further Reduce Barriers to Bluetooth® Integration for Designers at Every Skill Level
- Microchip Expands its Radiation-Tolerant Microcontroller Portfolio with the 32-bit SAMD21RT Arm® Cortex®-M0+ Based MCU for the Aerospace and Defense Market
- New demonstration board from STMicroelectronics kickstarts dual-motor designs for advanced industrial and consumer products
- New wireless-charging boards from STMicroelectronics for industrial, medical, and smart-home applications
- Radiation-Tolerant DC-DC 50-Watt Power Converters Provide High-Reliability Solution for New Space Applications
- Radiation-Tolerant PolarFire® SoC FPGAs Offer Low Power, Zero Configuration Upsets, RISC-V® Architecture for Space Applications
- SK hynix Develops Next-Gen Mobile NAND Solution ZUFS 4.0