Deep Tech
Reporting on foundational scientific and engineering innovations that are changing entire industries.
Denmark's Dual-Pronged Quantum Strategy: Fusing Foundational Research with Commercial Ambition
Denmark is implementing a dual-track national strategy to become a global quantum technology hub, balancing a long-term foundational research program for a general-purpose quantum computer with efforts to build a vibrant commercial ecosystem for near-term impact.
Quantum Dot Qubits: How Trapped Spins in Silicon and Germanium Are Pushing Past the Error-Correction Threshold
Quantum dot qubits in silicon and germanium are making significant strides towards fault-tolerant quantum computing. Silicon has surpassed the critical two-qubit gate fidelity threshold for error correction, while germanium demonstrates scalable control of multi-dot arrays, addressing key challenges in qubit accuracy and system integration.
What is Quantum Software Engineering and Why Does It Matter?
In 2019, Google achieved 'quantum supremacy,' a milestone: quantum computers solved problems beyond classical reach, according to Plainconcepts .
What quantum computing skills will you need for 2026 careers?
In 2023, the number of university-level quantum computing courses globally surged by 40% compared to the previous year, according to the Quantum Education Report 2024.
Three New Frontiers in Quantum Molecular Simulation
Quantum computers are unlocking new frontiers in molecular science with breakthroughs in computational spectroscopy, validating exotic molecular topologies, and enhancing computational efficiency for early quantum hardware. These advances promise to accelerate discovery in fields like drug design and materials science.
Quantum Machine Learning: The Gap Between Promise and Practical Reality
Quantum Machine Learning (QML) offers theoretical advantages by leveraging quantum mechanics for complex computations, but practical applications are currently limited by hardware constraints and data handling challenges.