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A list of all the posts and pages found on the site. For you robots out there, there is an XML version available for digesting as well.
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Welcome to My Blog
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Welcome to my blog! I plan to share thoughts on quantum computing, quantum information theory, and my research journey here.
portfolio
publications
Expansion of Einstein-Yang-Mills theory by differential operators
Journal Article Physical Review D, 2019
We develop a differential operator approach to expand Einstein-Yang-Mills amplitudes into pure Yang-Mills amplitudes, revealing deep connections between gravity and gauge theories.
Boundary contributions of on-shell recursion relations with multiple-line deformation
Journal Article The European Physical Journal C, 2020
We systematically analyze boundary contributions in on-shell recursion relations under multiple-line momentum deformations for scattering amplitudes.
Expansion of EYM amplitudes in gauge invariant vector space
Journal Article Chinese Physics C, 2020
We expand Einstein-Yang-Mills (EYM) amplitudes in a gauge invariant vector space, establishing explicit relations between gravitational and gauge theory amplitudes.
Analytic tadpole coefficients of one-loop integrals
Journal Article Journal of High Energy Physics, 2021
We derive analytic expressions for tadpole coefficients in one-loop Feynman integral decomposition, completing the analytic reduction of one-loop integrals.
Leading singularities in Baikov representation and Feynman integrals with uniform transcendental weight
Journal Article Journal of High Energy Physics, 2021
We develop a systematic method based on leading singularities in the Baikov representation to construct Feynman integral bases with uniform transcendental weight.
One-loop Feynman integral reduction by differential operators
Journal Article Physical Review D, 2021
We present a new method for reducing one-loop Feynman integrals using differential operators acting on the integrand, simplifying the computation of scattering amplitudes.
A new general quantum state verification protocol by the classical shadow method
Journal Article Quantum Information Processing, 2025
We propose a general quantum state verification protocol based on the classical shadow framework, offering efficient verification with reduced measurement complexity.
Random approximate quantum information masking
Preprint arXiv preprint arXiv:2507.19454, 2025
We study approximate quantum information masking using random unitaries, analyzing the conditions under which quantum information can be hidden from local subsystems.
A new recursion relation for tree-level NLSM amplitudes based on hidden zeros
Journal Article Journal of High Energy Physics, 2026
We derive a new recursion relation for tree-level nonlinear sigma model (NLSM) amplitudes by exploiting the hidden zero structure of scattering amplitudes.
An Algorithm for Fast Assembling Large-Scale Defect-Free Atom Arrays
Preprint arXiv preprint arXiv:2604.08669, 2026
We propose an efficient algorithm for rapidly assembling large-scale defect-free neutral atom arrays, addressing a key bottleneck in scaling up neutral-atom quantum computing platforms.
Certifying entanglement dimensionality by reduction moments
Journal Article PRX Quantum, 2026
We develop a practical method for certifying the dimensionality of quantum entanglement using reduction moments, providing efficient lower bounds on the Schmidt number.