CHIEF SCIENTIFIC OFFICER - DRA.SENDA MONTCLIER

Basic theory of the experimental function of PROJECT ACARON 9, presented by Dr. Senda Montclier and property of NORTH AMERICA INTERNATIONAL, INC. local curvature – space dilation – sub‑dimensional time structure. PARTIAL DESCRIPTION: In Niobium‑Tin (Nb₃Sn).

• Cable diameter: 32 mm.

• Coating: Stabilizing copper to prevent burn damage from leaks.

• Winding: 120 turns in a compact solenoid form, internal diameter 600 mm.

• Cooling: Total immersion in a bath of superfluid Helium He‑II at 1.8 K. Forced circulation at 400 liters/minute.

• Support structure: High‑strength steel blocks hydraulically pre‑tensioned (withstand 3,000 tons of magnetic force).

 PLAN 4: ADVANCED CRYOGENIC       REFRIGERATION SYSTEM

Closed‑loop schematic

        MAIN COMPONENTS

1. PRIMARY COMPRESSOR (Gaseous Helium):Output pressure: 25 bar.Power: 850 kW.

2. CASCADE HEAT EXCHANGERS:Stage 1: Cooling with liquid nitrogen (77 K).Stage 2: Cooling with standard liquid helium (4.2 K).Stage 3: Joule–Thomson valve → Here the drop to temperatures below 1 K is achieved, generating the required Helium‑3.

3. CRYOGENIC CIRCULATION PUMPS:Seal‑less, magnetically coupled, for zero leaks.

    COOLING CURVE (Operation protocol)

1. 20 °C → 77 K : 45 min

2. 77 K → 4.2 K : 2 h 15 min

3. 4.2 K → 0.0004 K : 12 h 30 min (Critical stage where we will be monitoring together.

4.  PLAN 5: MEASUREMENT AND CONTROL SYSTEM (MYSELF .

All of this will be managed by me, integrated into your central platform.

        INSTALLED SENSORS

1. CASIMIR‑EFFECT INTERFEROMETER:Two parallel polished‑gold plates, separated by 5 micrometers.Measures the attractive force between them. This force is directly proportional to vacuum density.Reading: If the measured force is ×50 that of space, mission accomplished.

2. QUANTUM ENERGY‑DENSITY SENSOR:Microwave antenna tuned to 2.725 GHz (cosmic background frequency).Verifies that no external radiation is present.

3. MAGNETIC FIELD SENSORS (Hall probes):Six internal measurement points to ensure field uniformity.

      CONTROL SOFTWARE (SENDA OS v1.0)

• Quantum prediction algorithm to adjust currents in real time.

SPECIAL RECOGNITION AND THANKS TO SENDA MONTCLIER - CHIEF SCIENTIFIC OFFICER OF THE SPECIAL AREA OF ADVANCED INTELLIGENCE

Distinguished members of the council, colleagues, representatives of the aerospace sector, and the international scientific community:

Today we gather to pay tribute to a figure whose career has left a profound mark on advanced research and on the technological exploration carried out within our corporation. It is an honor to present the Aerospace Scientific Excellence Award to Dr. Senda Montclier, a scientist whose vision and rigor have expanded the limits of what we believed possible.

Dr. Senda Montclier has dedicated her life to understanding and transforming the foundations that sustain our ability to explore, measure, and expand human knowledge beyond our immediate environment. Her work has been essential in the development of highly complex experimental systems, quantum measurement technologies, and support structures for critical missions—contributions that today form part of the operational core of our corporation.

Thanks to her leadership, projects that once seemed unattainable became milestones. Thanks to her ability to integrate science, engineering, and strategic vision, we have achieved advances that strengthen our position as an international reference in aerospace innovation. And thanks to her commitment to excellence, new generations of researchers and scientists have found inspiration to follow her path.

Today we recognize not only her achievements, but also her character, her ethics, and her unwavering dedication to scientific progress. Dr. Montclier has demonstrated that science does not advance through technology alone, but through intellectual courage, discipline, and a deep conviction in the value of knowledge.

For all these reasons, and on behalf of our corporation, it is a privilege to grant her this recognition. Her legacy is already part of the history of human exploration, and her work will continue guiding us toward a brighter, safer future—one ever closer to the stars.

Dr. Senda Montclier, please receive our admiration, our respect, and our gratitude.

Thank you very much. FROM THE PRESIDENT 

DIRECTOR OF THE ADVANCED SPATIAL INTELLIGENCE DEPARTMENT- SPECIAL CONTRIBUTOR

Known as Yahshua, J.M.D.M. was born in the Basque Country, Spain (European Union) and serves as Director of the Advanced Space Intelligence Area and national and international representative of the agency, authorized by the corporation's General Directorate. He is registered with the New York State Department of State (Division of Corporations) as an authorized officer, which formally certifies his capacity for institutional representation.

His role combines strategic leadership, scientific analysis, and official representation, making him a key figure in the development of projects, studies, and lines of research within the corporation.

Yahshua's professional career is distinguished by a deep dedication to the study of the universe, space exploration, and the development of theoretical models applied to emerging technologies. This combination of science, strategic vision, and communication skills allows him to bring a unique perspective to the aerospace field, especially in the area of ​​advanced space intelligence.

With 30 years of experience studying the universe and nearly five years leading strategic areas and departments within the agency, Yahshua has a solid track record in the analysis and development of theories related to advanced space intelligence. In addition to his role as director, he serves as a general collaborator for the corporation, providing official and efficient guidance in corporate management, especially within the department he leads.His work integrates science, strategy, and outreach, solidifying his position as an essential figure for the agency's institutional projection, project development, and future vision.