Our Research Hub
A central hub for our groundbreaking scientific initiatives. Explore our projects, browse by topic, or learn about our team.
Explore Our Core Projects
Fractal Spacetime Dynamics (FSD)
Exploring how fractal spacetime geometry defines the origin of particle mass.
Galactic Collision Simulation (GCS)
Modeling the dynamic merger of galaxies to understand cosmic evolution and structure.
Stellar Nursery Observation Initiative (SNOI)
Observing the birth of stars and planets within cosmic dust and gas clouds.
CMB Anisotropy Project
Mapping the afterglow of the Big Bang to decode the origins of the universe.
Exoplanet Discovery Program (EDP)
Discovering and characterizing new worlds orbiting distant stars.
The Andromeda Grand Survey (AGS)
Conducting a comprehensive survey to map the structure and history of the Andromeda Galaxy.
Filter by Category
Showing Publications for: All
November 3, 2025
Mass as Structural Inconsistency: A Fractal Derivation of the Standard Model Mass Spectrum
August 18, 2025
A Chemo-Kinematic Dissection of the Andromeda Galaxy's Disk: Tracing Radial Migration and Accreted Stars
August 17, 2025
The Nuclear Star Cluster and Central Black Hole of Andromeda (M31): A Kinematic and Stellar Population Analysis
August 16, 2025
Fragmenting Filaments and Accretion Dynamics in a High-Mass Star-Forming Hub: A Multi-Scale Analysis of the DR21 Ridge
Filter by Researcher
Showing Publications for: All
November 3, 2025
Mass as Structural Inconsistency: A Fractal Derivation of the Standard Model Mass Spectrum
August 18, 2025
A Chemo-Kinematic Dissection of the Andromeda Galaxy's Disk: Tracing Radial Migration and Accreted Stars
August 17, 2025
The Nuclear Star Cluster and Central Black Hole of Andromeda (M31): A Kinematic and Stellar Population Analysis
August 16, 2025
Fragmenting Filaments and Accretion Dynamics in a High-Mass Star-Forming Hub: A Multi-Scale Analysis of the DR21 Ridge
Frequently Asked Questions
Our research is organized into four core areas: Cosmology, which studies the origin and fate of the universe; Exoplanetary Science, the search for new worlds; Galactic Dynamics, the study of how galaxies form and evolve; and Stellar Astrophysics, which focuses on the complete life cycle of stars.
All research at Zendar Universe is conducted by our in-house team of world-class scientists, PhD-level researchers, and specialized engineers. You can learn more about the experts leading our projects by Browse our 'Researchers' section.
The primary goal of our research is to advance fundamental human knowledge about the universe. By tackling some of the biggest questions in science, we aim to contribute to the global scientific community and inspire a deeper understanding and appreciation of the cosmos.
This page serves as a directory for all our research activities. To learn more, you can click on any specific 'Research Project' for detailed information, browse by 'Research Category' to see related work, or visit the profile of a specific 'Researcher' to see their publications and projects.