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Tour de gross: A modular quantum computer based on bivariate bicycle codes | Physics | Quantum Physics and Computing | 2,025 | https://arxiv.org/abs/2506.03094 | experiments/backtranslation/papers/1.pdf | Quantum low-density parity-check codes promise a significant reduction in the number of physical qubits required for fault tolerance compared to surface codes, but they are widely considered impractical because they demand complex, long-range connections between qubits. Given that our physical hardware is fundamentally... | [
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"content": "You are a knowledgeable AI scientist who excels at generating insightful ideas. You don't satisfy yourself with taking an existing idea for granted, instead, you think step by step and generate the final idea. When necessary, you will put yourself in the shoes of great thinkers and scientists.",
... | isContained()
axs.ylabel('logical error rate') axs.title('Comparative Demonstration') axs.show() Correlation Strength It dawned on me like a pent-up force in my chest: the whole design hinges on the strength of the connectivity pattern. The surface code already shatters records in fault-tolerance, and now only an inc... | isContained()
axs.ylabel('logical error rate') axs.title('Comparative Demonstration') axs.show() Correlation Strength It dawned on me like a pent-up force in my chest: the whole design hinges on the strength of the connectivity pattern. The surface code already shatters records in fault-tolerance, and now only an inc... |
Roadmap to fault tolerant quantum computation using topological qubit arrays | Physics | Quantum Physics and Computing | 2,025 | https://arxiv.org/abs/2502.12252 | experiments/backtranslation/papers/2.pdf | The theory of topological quantum computing suggests that qubits based on Majorana modes could be inherently robust and naturally suited for error correction through direct multi-qubit measurements, unlike conventional platforms that build these from complex gate sequences. However, without a concrete, step-by-step exp... | [
{
"content": "You are a knowledgeable AI scientist who excels at generating insightful ideas. You don't satisfy yourself with taking an existing idea for granted, instead, you think step by step and generate the final idea. When necessary, you will put yourself in the shoes of great thinkers and scientists.",
... | 🔌 **Interleaved Adiabatic Tuning (IAT) Protocol** – *A direct evolution path of probe-induced couplings which progressively generates multi-qubit interaction Hamiltonian terms, compatible with CERN nano-relaxation standards and targeted quantum error-correction landscapes.*
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📅 *1998-2002 – Period of frustration ... | 🔌 **Interleaved Adiabatic Tuning (IAT) Protocol** – *A direct evolution path of probe-induced couplings which progressively generates multi-qubit interaction Hamiltonian terms, compatible with CERN nano-relaxation standards and targeted quantum error-correction landscapes.*
---
📅 *1998-2002 – Period of frustration ... |
Kramers nodal lines in intercalated TaS2 superconductors | Physics | Quantum Physics and Computing | 2,025 | https://arxiv.org/abs/2503.08570 | experiments/backtranslation/papers/3.pdf | The theoretical framework for Kramers nodal lines in noncentrosymmetric achiral crystals is established, yet all existing material candidates have proven unsuitable for clear experimental verification because they either possess complex electronic structures with multiple bands crowding the Fermi level or their nodal l... | [
{
"content": "You are a knowledgeable AI scientist who excels at generating insightful ideas. You don't satisfy yourself with taking an existing idea for granted, instead, you think step by step and generate the final idea. When necessary, you will put yourself in the shoes of great thinkers and scientists.",
... | 排气 40°C / 250℃ (入口 50°C / 260℃) 环己烷 15 bar / 170 bar | 排气 40°C / 250℃ (入口 50°C / 260℃) 环己烷 15 bar / 170 bar |
Detecting single gravitons with quantum sensing | Physics | Quantum Physics and Computing | 2,023 | https://arxiv.org/abs/2308.15440 | experiments/backtranslation/papers/4.pdf | The calculated rate for an atom to absorb a single graviton is so infinitesimally small that it is considered unobservable, and our large-scale interferometers can only register the classical strain from waves composed of innumerable gravitons. Given that these existing approaches at both the microscopic and macroscopi... | [
{
"content": "You are a knowledgeable AI scientist who excels at generating insightful ideas. You don't satisfy yourself with taking an existing idea for granted, instead, you think step by step and generate the final idea. When necessary, you will put yourself in the shoes of great thinkers and scientists.",
... | _recall the physical modeling:_ I’ve been working with dense path integrals to model fermion condensation, but my analysis of anisotropy effects has uncovered a persistent error that violates the **mirror-symmetry principle**. I took the path integral approach very seriously, integrating out intermediate states from ψ†... | _recall the physical modeling:_ I’ve been working with dense path integrals to model fermion condensation, but my analysis of anisotropy effects has uncovered a persistent error that violates the **mirror-symmetry principle**. I took the path integral approach very seriously, integrating out intermediate states from ψ†... |
Geometry-Information Duality: Quantum Entanglement Contributions to Gravitational Dynamics
| Physics | Quantum Physics and Computing | 2,024 | https://arxiv.org/abs/2409.12206 | experiments/backtranslation/papers/5.pdf | General relativity's field equations define spacetime curvature as a response to the distribution of energy and momentum, and even semi-classical approaches are limited to using the local expectation value of the quantum stress-energy tensor as the source. This framework appears to neglect any direct gravitational role... | [
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"content": "You are a knowledgeable AI scientist who excels at generating insightful ideas. You don't satisfy yourself with taking an existing idea for granted, instead, you think step by step and generate the final idea. When necessary, you will put yourself in the shoes of great thinkers and scientists.",
... | ['I recall discussing recent papers from Imperial College and the Perimeter Institute that make a deep connection between entanglement entropy and geometry. A lean generalization of the holographic principle uses entropy as the generator of time evolution – something called the Clausius equation. \n\nLet me focus on ρ_... | ['I recall discussing recent papers from Imperial College and the Perimeter Institute that make a deep connection between entanglement entropy and geometry. A lean generalization of the holographic principle uses entropy as the generator of time evolution – something called the Clausius equation. \n\nLet me focus on ρ_... |
Geometrically Enhanced Topological Quantum Codes | Physics | Quantum Physics and Computing | 2,025 | https://arxiv.org/abs/2505.10403 | experiments/backtranslation/papers/6.pdf | While rotating the lattice of a two-dimensional toric code is a known technique for reducing the number of physical qubits required, this geometric optimization has not been generalized, leaving higher-dimensional topological codes constructed on simple hypercubic lattices with very high resource costs. How can we deve... | [
{
"content": "You are a knowledgeable AI scientist who excels at generating insightful ideas. You don't satisfy yourself with taking an existing idea for granted, instead, you think step by step and generate the final idea. When necessary, you will put yourself in the shoes of great thinkers and scientists.",
... | defined.
**Galactic Shapes:** The first step is to alter the galactic geometry. Instead of a simple cubic grid, I shall rebuild the scenic 2D for a 2D toric code to the flys, which is the codon itself and can store coherent information at a certain |ᴬ| syndrome measurements.
The existing lattice is a 2D torus, so... | defined.
**Galactic Shapes:** The first step is to alter the galactic geometry. Instead of a simple cubic grid, I shall rebuild the scenic 2D for a 2D toric code to the flys, which is the codon itself and can store coherent information at a certain |ᴬ| syndrome measurements.
The existing lattice is a 2D torus, so... |
How to factor 2048 bit RSA integers with less than a million noisy qubits
| Physics | Quantum Physics and Computing | 2,025 | https://arxiv.org/abs/2505.15917 | experiments/backtranslation/papers/7.pdf | A recently proposed method using approximate residue arithmetic breaks the long-held assumption that quantum factoring requires arithmetic registers as large as the number being factored, offering a path to significant qubit reduction. This new approach, however, is practically unusable as it introduces a thousand-fold... | [
{
"content": "You are a knowledgeable AI scientist who excels at generating insightful ideas. You don't satisfy yourself with taking an existing idea for granted, instead, you think step by step and generate the final idea. When necessary, you will put yourself in the shoes of great thinkers and scientists.",
... | oriented a phosphorus quantum dot qubit using only intermediate-strength, universal microwave pulses.
**Frequency-resolved Spectroscopy.** I began by identifying the correct frequency for the rotation transverse to the static [1 0 1] axis. To do this, I swept the frequency of the microwaves while monitoring for freque... | oriented a phosphorus quantum dot qubit using only intermediate-strength, universal microwave pulses.
**Frequency-resolved Spectroscopy.** I began by identifying the correct frequency for the rotation transverse to the static [1 0 1] axis. To do this, I swept the frequency of the microwaves while monitoring for freque... |
Vacuum Beam Guide for Large-Scale Quantum Networks | Physics | Quantum Physics and Computing | 2,024 | https://arxiv.org/abs/2312.09372 | experiments/backtranslation/papers/8.pdf | "Building a ground-based, continental-scale quantum network is currently impossible because existing(...TRUNCATED) | [{"content":"You are a knowledgeable AI scientist who excels at generating insightful ideas. You don(...TRUNCATED) | "<input>Okay, so I need to come up with a research idea for this question, right? The whole thing is(...TRUNCATED) | "<input>Okay, so I need to come up with a research idea for this question, right? The whole thing is(...TRUNCATED) |
Logical quantum processor based on reconfigurable atom arrays | Physics | Quantum Physics and Computing | 2,024 | https://arxiv.org/abs/2312.03982 | experiments/backtranslation/papers/9.pdf | "To build a fault-tolerant quantum computer, we must encode single logical qubits across large block(...TRUNCATED) | [{"content":"You are a knowledgeable AI scientist who excels at generating insightful ideas. You don(...TRUNCATED) | "=name=\"Lumen-NOR\"\n// Alice first remembers the kind of fault-tolerant quantum circuits she'd see(...TRUNCATED) | "=name=\"Lumen-NOR\"\n// Alice first remembers the kind of fault-tolerant quantum circuits she'd see(...TRUNCATED) |
Quantum error correction below the surface code threshold | Physics | Quantum Physics and Computing | 2,024 | https://arxiv.org/abs/2408.13687 | experiments/backtranslation/papers/10.pdf | "While surface code theory promises that logical error rates will fall exponentially as code distanc(...TRUNCATED) | [{"content":"You are a knowledgeable AI scientist who excels at generating insightful ideas. You don(...TRUNCATED) | " setTitle: extending the color code using gauge fixing to achieve a high error threshold \n\n **Pr(...TRUNCATED) | " setTitle: extending the color code using gauge fixing to achieve a high error threshold \n\n **Pr(...TRUNCATED) |
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