Joel Almeida

Street: Rua Doutor Pedrosa, 151 Complement: Store 09 Floor Tr Cond The Five - East Batebloco The Five - East Bate Neighborhood: Center ZIP code: 80420-120 Municipality: Curitiba State: Paraná, 80420-120, Curitiba, Brasil.

About

Distinguished Founder and Scientific Director with a Ph.D. in Computational Cosmology, pioneering advanced research in theoretical physics and scientific software architecture. Led the development of the Dead Universe Theory (DUT), a falsifiable cosmological framework that achieved a significant statistical improvement of Δχ² = −211.6 over ΛCDM, demonstrating expertise in complex model development, Bayesian inference, and high-impact scientific innovation.

Work

ExtractoDAO Labs

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Founder and Scientific Director, Advanced Division of Computational Cosmology

São Paulo, São Paulo, Brazil

Summary

Led cutting-edge research and software development initiatives for ExtractoDAO Labs, focusing on advanced computational cosmology and theoretical physics to develop novel cosmological frameworks and scientific simulation platforms.

Highlights

Pioneered the Dead Universe Theory (DUT), a falsifiable cosmological framework that significantly outperformed ΛCDM with a statistical improvement of Δχ² = −211.6, addressing critical Hubble Creator and structure growth tensions.

Architected and directed the development of a reproducible pipeline utilizing modified Einstein equations and Bayesian inference for cosmic microwave background (CMB), baryon acoustic oscillation (BAO), and supernova data analysis.

Oversaw the creation of the DUT Quantum Simulator, enabling cosmological simulations spanning over 180+ billion years and advanced cosmic fossil record dating methodologies.

Directed the development of the NINJA SUPREME platform, an integrated system for scientific simulation, validation, and visualization of complex cosmological models.

Developed and deployed specialized simulators including DUT-GR for post-singularity gravitational modeling and CLASS-DUT for modified gravity scalar-tensorial evolution, enhancing research capabilities.

Languages

English

Portuguese

Skills

Computational Cosmology

Theoretical Physics, Scientific Software Architecture, Cosmological Modeling, Bayesian Inference, Markov Chain Monte Carlo (MCMC), General Relativity, Quantum Simulation, Data Analysis, Algorithm Development, High-Performance Computing.

Programming & Tools

Python, GitHub, Scientific Computing, Simulation Software, Data Visualization.

Research & Leadership

Scientific Research, Strategic Direction, Team Leadership, Project Management, Falsifiable Theory Development, Peer Review, Academic Writing.

Projects

DUT Quantum Simulator

Summary

Developed a cosmological simulation engine capable of modeling up to 180+ billion years, integrating a novel dating method based on the cosmic fossil record.

DUT-GR Simulator

Summary

Created a post-singularity gravitational modeling system based on General Relativity, incorporating modifications derived from the Dead Universe Theory (DUT).

CLASS-DUT

Summary

Developed a module for modified gravity scalar-tensorial evolution, comprehensively coupled to cosmological observables within the Dead Universe Theory (DUT) framework.

CosmoMC-DUT

Summary

Implemented a complete Bayesian inference pipeline utilizing Markov Chain Monte Carlo (MCMC) methods for high-precision cosmology within the Dead Universe Theory (DUT).

NINJA SUPREME

Summary

Designed and developed an integrated platform for scientific simulation, validation, and visualization specifically tailored for the Dead Universe Theory (DUT).