Quantum Computation and Its Perspective

Benoît Valiron

Zhou Chang-l

Centering on the issue beyond classical computing ability, this paper presents a comprehensive philosophical perspective on the new quantum computing paradigm. It gives a systematic introduction to the new algorithm with natural mechanisms, and conducts comparison with the quantum computing paradigm and all the existing computational paradigms. A finding concludes the paper that by now only the quantum computing paradigm has truly gone beyond the limits of classical computing and it has profound scientific and philosophical significance.

James Taylor Lewis Grimmelmann

Adriano Barenco

Dakshinamurthy, Karthikeyan

# Computing in Nature's Language: A Perspective **Title:** Computing in Nature's Language: A Perspective **Author:** Karthikeyan Dakshinamurthy (Independent Researcher) **Contact:** kdakshina@gmail.com **Abstract:** This perspective reframes quantum computing as a representational alignment problem: quantum hardware operates in the native representational space of physical phenomena (qubits), rather than being a faster version of classical bits. The document explains why this matters for science, industry, and policy. **Files included:** - Quantum_Representation_Perspective_Paper.pdf - A_2D_digital_infographic_compares_digital_computin.png - **Keywords:** quantum computing, representation, qubit, policy, whitepaper, Dakshinamurthy **Recommended License:** CC-BY-4.0 **How to cite:** See Citation.txt

G. Falci, Elisabette Paladino