The Centers for Interdisciplinary Research and Applied Science (CIRAS) serves as a launchpad for transformative projects that integrate scientific research with real-world application. Every CIRAS project is designed to address critical global challenges ranging from climate adaptation and digital sovereignty to health equity and ethical technology through an interdisciplinary, collaborative, and solution-oriented approach.
Project overview Beyond Intelligence integrates the MEI – Master Everything Intuition Method developed by Master Everything as a strategic analysis and future planning tool into the research, innovation, and technology …
Read more “Beyond Intelligence – MEI Project description for the CIRAS Institute”
A Conscious Interface Between Art, Artificial Intelligence, and Healing Frequencies I. Executive Summary The CIRAS Interactive Art Sphere™ is a cross-disciplinary innovation merging art, artificial intelligence, neuroscience, and healing science …
The Dawn of Intelligent Industrial Fabrication “CIRAS Project Whitebook” A Research & Development partnership with AVIS Umbrella and Titomic and further international industries. Humanity stands at the threshold of a …
Read more “OMNIVIS™ The 200 Meter Nanopowder & Graphene Fusion Megaprinter Project”
Global Blueprint for Advanced Healing, Rehabilitation, Education & Consciousness Science Overview CIRAS Medical Centers represent a new paradigm in healthcare — integrating advanced hospital systems, next-gen diagnostics, regeneration & rehab …
1. Project Overview The “Clean Beaches for Santa Catarina” initiative is a flagship research project under CIRAS’s commitment to innovative, non-toxic solutions for environmental challenges, mirroring the sustainable, chemical-free methodologies …
Read more “Clean Beaches for Santa Catarina Federative Republic of Brazil”
This framework elucidates the empirical design for the initiative “Acidic and Alkaline Electrolyzed Water – Investigation, Fabrication, and Global Dissemination,” aligned with CIRAS’s transdisciplinary research paradigms. Paralleling prior CIRAS undertakings, …
Enhancing Critical Infrastructure Resilience through Mobile Robotic Arm 3D Printing for Construction and Maritime Applications Project Overview This research project, aligned with the CIRAS framework, aims to develop and evaluate …
Introduction CIRAS propose a 24-month research project under the CIRAS framework to deeply investigate the AVIS Global Group’s Tornado resonant vortex technology, focusing on its methods, testing procedures, and potential …
Project Title Optimizing Critical Infrastructure Resilience through an Integrated Sorting Mechanism and Resonance Tubes for Waste-to-Powder Processing in Tornado Technology for Robotic Arm 3D Printing Project Overview This 24-month CIRAS-funded …
I. Project Overview This 24-month CIRAS-funded research project focuses on the optimization of vortex plasma mills and acoustic resonance sorting systems for sustainable, chemical-free gold extraction from North Macedonian gold …