TL;DR

• •Princeton University physicists extended the lifetime of Cesium-133 atom qubits to 406 microseconds, a 3.3x improvement over room temperature measurements.
• •This advance was achieved using a 4 Kelvin radiation shield and other cryogenic techniques to suppress blackbody radiation-induced transitions, a major source of decoherence.
• •The extended T1 relaxation times are crucial for improving gate fidelities and advancing toward scalable, fault-tolerant quantum computing systems.

TL;DR

• •Figma's complexity is a symptom of needing to systematize design for scaling.
• •LLMs, trained on code, are poised to shift the source of truth back to developers.
• •The current approach of back-porting code changes to Figma is inefficient and highlights the limitations of design-centric tools.

TL;DR

• •Princeton University physicists extended the lifetime of Cesium-133 atom qubits to 406 microseconds, a 3.3x improvement over room temperature measurements.
• •This advance was achieved using a 4 Kelvin radiation shield and other cryogenic techniques to suppress blackbody radiation-induced transitions, a major source of decoherence.
• •The extended T1 relaxation times are crucial for improving gate fidelities and advancing toward scalable, fault-tolerant quantum computing systems.

TL;DR

• •Figma's complexity is a symptom of needing to systematize design for scaling.
• •LLMs, trained on code, are poised to shift the source of truth back to developers.
• •The current approach of back-porting code changes to Figma is inefficient and highlights the limitations of design-centric tools.