Scientist profile
Bruna Gabrielly De Moraes Araujo
Bio
Affiliation
Politecnico di Milano
Country of affiliation
Italy
Gender Information
Woman
Academic qualification
Doctoral degree
Type of research
Theoretical,
Computational/Numerical,
Currently in
Academia,
Key-words for research
Quantum State Tomography, Quantum Optics, Graphene, Quantum Computation over Continuous Variables, Quantum Entanglement, AdS/CFT, Mathematical Physics, Conformal Bootstrap, Inverse Problem, Ill-posed Problem, Tikhonov Regularization, SDP, variational algorithms, quantum chemistry, many-body physics, fermionic systems, tensor networks, transcorrelation.
You can find me here
Personal/work webpage
Google Scholar
Professional experience
Student supervision,
Teaching,
Events organisations,
Science communication,
Leadership and Management,
Peer review (journals and conference proceedings),
Research highlights
arXiv:2112.03924 [quant-ph] -Local quantum overlapping tomography. Here, we presented a novel protocol for quantum state tomography specifically tailored for lattices of qubits and fermions. This protocol significantly reduces the number of measurements required compared to conventional quantum overlapping tomography techniques. Notably, this protocol's total number of measurements remains constant, regardless of the system's size, offering a practical and efficient approach for characterizing quantum states in such lattice systems.
arXiv:2007.01584v2 [quant-ph] - Emergence of Intra-Particle Entanglement and Time-Varying Violation of Bell's Inequality in Dirac Matter.This work highlights the emergence and dynamic nature of intra-particle entanglement in massless Dirac fermions, particularly in graphene. It emphasizes the time-dependent violation of Bell's inequality and suggests potential applications in experiments involving Dirac materials and quantum entanglement phenomena.