Are Entangled Qubits Advancing Under a Quantum Moore’s Law?

Quick Summary:

• Researchers have observed a rapid increase in the number of quantum bits (qubits) that can be entangled in quantum computers, nearly doubling within the past year.
• This growth rate appears to align with a phenomenon akin to “quantum Moore’s law,” mirroring Moore’s law proposed by Intel co-founder Gordon Moore in 1965. Moore’s law originally described an exponential improvement in the computing power of traditional computer chips over time.

Image: Jiuzhang, an advanced photonic quantum computer credited with record-breaking qubit entanglements (Image Credit: University of Science and Technology of China).

Indian Opinion Analysis:
The acceleration in qubit entanglement could have notable implications for India’s advancements in quantum technology and computing. As global developments ramp up, research institutions and policymakers must prioritize investments into this transformative field to remain competitive on technological innovation frontiers.Strengthened domestic collaborations between academia, industries, and government will be crucial for bridging gaps caused by limited infrastructure and talent retention challenges while advancing India’s position as a participant rather than observer within this swiftly evolving sector.