XI SIINTEC - Anais

Quantum Technologies, Quantum Computing and Secure Communication - 25

A Comparative Review Between Measurement-Device Independent QKD Protocols

Mario Augusto Curvo Tavares Ribeiro

Quantum Technologies, Quantum Computing and Secure Communication Quantum Key Distribution Measurement Device Independent Quantum Cryptography

A Comprehensive Survey on design for LDPC Codes in CV-QKD

Francisco Revson Fernandes Pereira , Guilherme Vergne de Oliveira , Mauro Queiroz Nooblath Neto , Micael Andrade Dias , Nelson Alves Ferreira Neto , Valéria Loureiro da Silva

Quantum Technologies, Quantum Computing and Secure Communication Continuous-Variable Quantum Key Distribution. Low-Density Parity-Check Codes. Information Reconciliation. Code Design . Quantum Communication

Analysis of the Impact of Homodyne Detection Efficiency on Remote State Preparation

Alexandre Baron Tacla , Leonardo Justino Pereira , Wagner Coelho Normando Filho

Quantum Technologies, Quantum Computing and Secure Communication Analysis of the Impact of Homodyne Detection Efficiency on Remote State Preparation

Aspects of measurement device independent continuous variable quantum key distribution protocols

Alexandre Baron Tacla , Douglas Franco Pinto

Quantum Technologies, Quantum Computing and Secure Communication Continuous variable quantum key distribution. Measurement device independent. Coherent states. Bell measurement.

Comparative Analysis of Functional Verification Strategies for RISC-V with Potential Use in CV-QKD Systems

Angelo Gabriel dos Santos , Gustavo Santiago Sousa , Henrique Nunes Teixeira , Linton Thiago Costa Esteves , Nelson Alves Ferreira Neto , Wagner Luiz Alves de Oliveira

Quantum Technologies, Quantum Computing and Secure Communication CV-QKD RISC-V Functional Verification UVM Digital Design.

Exploring the Use of Nonconventional Receivers for Quantum Communications

Alexandre B. Tacla , Joás J. M. Lacerda , Leonardo J. Pereira , Lucas F. Melo , Wagner C. Normando Filho

Quantum Technologies, Quantum Computing and Secure Communication Quantum Communications. Quantum State Discrimination. Mutual Information. Non-Gaussian Measurement

Finite-size effects in continuous-variable quantum key distribution

Lucas Queiroz Galvão , Nelson Alves Ferreira Neto

Quantum Technologies, Quantum Computing and Secure Communication Continuous-Variable Quantum Key Distribution. Finite-size effects. Composable security.

Grover's Algorithm Using IBM's Fake Providers

Anderson Buarque , Frank Henry Acasiete Quispe

Quantum Technologies, Quantum Computing and Secure Communication Quantum Computing quantum circuit quantum algorithm.

Huffman Distribution Matching for CV-QKD

Caroline da Silva Morais Alves , Gabrielly da Silva Roman , Micael Andrade Dias

Quantum Technologies, Quantum Computing and Secure Communication Quantum Key Distribution Discrete Modulation Probabilistic Shaping Huffman Coding

Immersive Quantum Phenomena Laboratories: principle of light and polarization

A. R. C. Buarque , Cezimbra, R. Rodrigues , Henrique Sobrinho Ghizoni , Ingrid Winkler , Mascarenhas, F. Vieira , Rafael Bulcão Carvalho Lima , Yasmim Thasla

Quantum Technologies, Quantum Computing and Secure Communication quantum immersive virtual reality optical physics polarization superposition light principles.

Incorporation of constraints in optimization problems via normalization condition in Hilbert space

ABNER DE ALMEIDA COSTA , Bruno Oziel Fernandez

Quantum Technologies, Quantum Computing and Secure Communication Quantum computing optimization embedding constraints

International Overview of Quantum Security: Mapping Organizations, Technologies, and Use Cases in PQC and QKD

Alexandre de Santa Bárbara , Gabrielly da Silva Roman , Guilherme João Musse Neto , João Carlos Passos , João Marcelo Silva Souza , Mabel Diz Marques Mota

Quantum Technologies, Quantum Computing and Secure Communication Quantum communication; post-quantum cryptography; quantum key distribution; PQC; QKD

International Overview of Quantum Security: Mapping Organizations, Technologies, and Use Cases in PQC and QKD

Alexandre de Santa Bárbara , Gabrielly da Silva Roman , Guilherme João Musse Neto , João Carlos Passos , João Marcelo Silva Souza , Mabel Diz Marques Mota

Quantum Technologies, Quantum Computing and Secure Communication Quantum communication; post-quantum cryptography; quantum key distribution; PQC; QKD

Is Eve listening? An interactive learning tool designed to teach Quantum Communication

Isadora Regina de Azevedo e Mello , Lorena Rosa Cerutti , Marcelo A. Moret , Yan Alef Chagas Silva

Quantum Technologies, Quantum Computing and Secure Communication Active learning methodologies Gamification Board Game Quantum Cryptography BB84

Mitigating Pipeline Hazards in RISC-V: Forwarding vs. Stalling in the Context of Continuous-Variable Quantum Key Distribution

David Machado Couto Bezerra , Linton Thiago Costa Esteves , Nelson Alves Ferreira Neto , Ramylla Luiza Barbalho Gomes Bezerra

Quantum Technologies, Quantum Computing and Secure Communication RISC-V Pipeline Forwarding Stalling Continuous-Variable Quantum Key Distribution.

On the contribution of detector’s noise and efficiency to the security of Gaussian modulated continuous-variable quantum key distribution

Alexandre Baron Tacla , Maron Freitas Anka

Quantum Technologies, Quantum Computing and Secure Communication continuous-variable quantum key distribution trusted noise Gaussian modulation

On the Limitations of Gaussian Techniques for Security Analysis of BPSK-modulated CV-QKD Protocols

Alexandre Baron Tacla , John A. Mora Rodríguez , Leonardo J. Pereira , Maron F. Anka

Quantum Technologies, Quantum Computing and Secure Communication Continuous-variable quantum key distribution (CV-QKD) Discrete modulation Unidimensional modulation BPSK protocol Gaussian states Symmetrization procedure Security analysis Holevo quantity.

Overview of Physical Channel Modeling in CV-QKD Systems

Davi Juvêncio Gomes de Sousa , Nelson Alves Ferreira Neto

Quantum Technologies, Quantum Computing and Secure Communication Physical channel modeling. Quantum communication channels. Continuous-variable quantum key distribution.

Overview on Hardware Adaptation for Continuous-Variable Quantum Key Distribution Systems: Opportunities with RISC-V Architectures

Glenda Barbosa do Nascimento , Linton Thiago Costa Esteves , Nelson Alves Ferreira Neto , Wagner Luiz Alves de Oliveira

Quantum Technologies, Quantum Computing and Secure Communication Quantum key distribution Hardware acceleration RISC-V architecture Post-processing Secure communication.

Potential Applications of Quantum Computing in 6G Networks

Alex Ferreira dos Santos , Anderson Dourado Sisnando , Roney das Mercês Cerqueira , Viviane Brandão Leite , Washington Lima de Santana

Quantum Technologies, Quantum Computing and Secure Communication 6G networks. Quantum computing. Quantum Technologies. Emerging technologies

SARA: Abordagem com LLMs para Revisão Sistemática da Literatura com Caso de Uso em Integração Clássico–Quântica para Comunicação Segura

Anderson Tomkelski , João Souza , Marcus Freire , Maycon Peixoto , Naiara Santos , Ricardo Parizotto , Thiago Mello

Quantum Technologies, Quantum Computing and Secure Communication Revisão Sistemática da Literatura. Modelagem de Tópicos. Busca Semântica. LLMs. Comunicações Quânticas Seguras. QKD. PQC.

Satellite-Based Quantum Key Distribution: Protocols, Network Architectures, and Continuous-Variable Implementation Challenges

Adler Lima Botelho de Azevedo , Adriane Martins Alves , Antônio Pereira Junior , Braian Pinheiro da Silva , Cássio de Castro Silva , Luiz Fernando Taboada Gomes Amaral , Paulo Monteiro de Carvalho Monson , Rodrigo Dias Paolillo , Valéria Loureiro da Silva , Yasmin da Silva Bonfim

Quantum Technologies, Quantum Computing and Secure Communication Quantum Key Distribution. Satellite. Satellite-based QKD. Free-Space Optics. Continuous- Variable QKD

Secure Post-Processing in RISC-V for CV-QKD: Security Strategies with Hardware Security Module for Protection in FPGAs and ASICs

Leonardo Rodrigues Soares da Conceição , Paulo Cezar da Paixão

Quantum Technologies, Quantum Computing and Secure Communication CV-QKD. RISC-V. FPGAs. ASICs. HSM.

Simulating the BB84 QKD protocol: A QuTiP-based study in ideal quantum channels

Anderson. R. C. Buarque , Henrique Sobrinho Ghizoni

Quantum Technologies, Quantum Computing and Secure Communication Quantum Key Distribution BB84 Quantum Technologies Teaching Quantum Communication

Variations of Architectures and Applications of Quantum Generative Adversarial Networks

André Saimon Santos Sousa , Frank Acasiete , Hugo Saba , Oscar M. Granados , Otto Menegasso Pires , Valéria Loureiro da Silva

Quantum Technologies, Quantum Computing and Secure Communication Generative Adversarial Networks. Quantum Generative Adversarial Network. Systematic Literature Review.

Voltar

SIINTEC 2025: Innovation and the Quantum Revolution

The 11th edition of SIINTEC adopts the central theme “Quantum Technologies: The Information Revolution That Will Change the Future.” In an era of accelerating technological convergence, this edition highlights how quantum computing, quantum communication, and ultra-precise sensing are reshaping the frontiers of information, engineering, and sustainability.

The symposium’s program combines keynote lectures, technical sessions, workshops, and thematic panels, establishing a forum that bridges science, industry, and society through innovation grounded in ethics, creativity, and sustainability.

Complementing the main sessions, a series of satellite events enriched the program and deepened the dialogue between sectors:

7th SAE Brazil Symposium on Sustainable Mobility (Bahia Section)

2nd Forum for Innovation Culture and Creativity in the State of Bahia

1st W4I – Workshop on AI Applied to Industry

Industrial Economy Forum at the New Brazilian Industry (NIB)

These initiatives reinforced SIINTEC’s identity as a global hub for knowledge exchange, connecting science, industry, and society toward sustainable transformation.

Abstracts Published in JBTH

All abstracts will be included in this Journal of Bioengineering, Technologies and Health (the official scientific publication of SENAI CIMATEC University) in a Special Supplement, available at: https://www.jbth.com.br and https://doity.com.br/anais/senaicimatec

The supplement reflects the Symposium’s scientific diversity and are organized according to its ten core thematic areas:

Advanced Materials, Additive Manufacturing and Sustainable Engineering
Digital Technologies and High-Performance Computing
Sustainable Energy, Storage, Environment and Decarbonization
Sustainable Mobility, Aerospace Technologies and Intelligent Transportation Systems
Health, Biotechnology and Health Technologies
Urban Infrastructure, Innovative Construction and Smart Cities
Automation, Robotics, Modeling and Computational Intelligence
Quantum Technologies, Quantum Computing and Secure Communication
Ocean Technologies, Marine Sustainability and Climate
Management, Entrepreneurship, Cultural and Creative Innovation

Each work represents a contribution to advancing scientific understanding and fostering innovative solutions that align with the Symposium’s central theme — “Quantum Technologies: The Information Revolution That Will Change the Future.”

A Record of Collaboration and Future-Building

The supplement of JBTH stands as a scientific record of creativity, rigor, and collaboration.
Each article demonstrates the shared mission of JBTH and SENAI CIMATEC University: to promote research that integrates science, technology, and innovation in pursuit of a more sustainable and intelligent future. By publishing this supplement, the Journal reaffirms its commitment to disseminating impactful research and strengthening the dialogue between academia, industry, and society.

Through these pages, we celebrate the conviction that innovation is the bridge between knowledge and the future — a future being built today through science, ethics, and imagination.

DOI: https://doi.org/10.34178/jbth.v8iSuppl1