Marche quantique

Marche Quantique

Marche quantique curates rigorous explanations of cutting‑edge quantum theory, bridging technical research, intuitive insight, and elegant mathematics.

Explore work
A highly detailed, photorealistic close-up of a sleek black quantum server rack, its matte and brushed metal surfaces interrupted by neat rows of glowing blue and violet status LEDs. Fiber-optic cables with translucent sheathing arc gracefully from modular units, their interiors faintly illuminated. The server stands in a spotless, glass-walled research lab, with blurred equations and circuit diagrams faintly visible on a distant whiteboard. Cool, diffused overhead lighting creates soft reflections along the metal edges and a subtle gradient across the floor. Shot at eye level with a shallow depth of field, the focus rests sharply on the central rack while the background dissolves into smooth bokeh. The mood is professional and precise, evoking cutting-edge theoretical physics and advanced quantum computation in a clean, modern photographic style.
A polished dark-wood table supporting a large, frosted-glass pane etched with intricate Feynman diagrams and quantum field lines in crisp white. Beneath the glass, faint reflections show stacks of open textbooks on quantum mechanics, their pages filled with dense mathematical notation. In the background, a large chalkboard wall, slightly out of focus, is covered with carefully written equations, integrals, and Dirac notation in neat handwriting. Soft, indirect daylight filters through an unseen window, producing gentle highlights on the glass edges and subtle shadows from the book spines. The composition uses the rule of thirds, with the etched diagrams dominating the frame, emphasizing clarity and intellectual rigor. Photographic realism and a neutral color palette create a calm, studious, and highly professional atmosphere suitable for a serious theoretical physics education site.

Exploring the quantum structure

Marche quantique is a theoretical physics initiative dedicated to clarifying modern quantum frameworks, from fields and information to gravity, through concise articles, annotated papers, seminars, and collaborative research notes.

Our story

Insights

Read concise notes on current quantum research and methods.

Publications

Selected authored works in quantum theory and related fields. Add, remove, or update entries here as your publication record evolves.

  • Jia-Wei Chang, Yu-Chieh Huang, Zhen-Wei Xu, Yuan-Hung Kan, Hsing-Han Huang, Jia-Zhun Huang, Kai-Jun Fu, *Xu-Dong Liu, Pei-Chen Kuan, “ Multiphoton hyperfine raman transitions with different quantization axes,” Phys. Rev. A, 108, 013308.
  • *Xu-Dong Liu, Zong-You Chen, Wei-Chun Huang, Yang-Kao Lee, Yong-Fan Chen, Pei-Chen Kuan, “Multidimensional matter-wave beam splitters by multiphoton hyperfine Raman transitions,” Phys. Rev. A, 109, 013327.
  • *Xu-Dong Liu, Chun-Wei Liu , Pei-Chen Kuan, “Emergence of Schrödinger Cat States in Non-Hermitian Quantum Walks,” (In preparation)
  • *Xu-Dong Liu, Pei-Chen Kuan, “Robust Cat State Protection Beyond the Yang-Lee Approximation” (In preparation)

View full profile

Contact us

Reach out to propose collaborations, schedule a seminar, or request clarification on any topic in modern quantum theory.

← Back

Thank you for your response. ✨