Research Scientist – Gravitational Wave Communication

Position Title:
Research Scientist – Gravitational Wave Communication

Institution:
COUNCIL FOR INTERDISCIPLINARY RESEARCH AND APPLIED SCIENCE (IIGO-Initiative)

Department:
Fundamental Physics and Advanced Communication Systems

Location:
Remote and/or affiliated CIRAS research centers (with occasional international travel)

Reports To:
Director of Science, CIRAS (Lothar Hartmann)

Position Overview

The COUNCIL FOR INTERDISCIPLINARY RESEARCH AND APPLIED SCIENCE (IIGO-Initiative) invites applications for a pioneering role in Gravitational Wave Communication research. The position focuses on cutting-edge theoretical and experimental work to explore the feasibility of using gravitational waves or spacetime perturbations as a novel communication medium beyond the electromagnetic spectrum.

The researcher will operate within CIRAS’s Fundamental Physics Division, contributing to the development of post-conventional communication paradigms grounded in general relativity, quantum field theory, and emerging spacetime engineering frameworks.

Key Responsibilities

• Develop and refine theoretical models for gravitational wave modulation and signal encoding.
• Simulate spacetime curvature-based information propagation using numerical relativity tools (e.g., Einstein Toolkit, GRChombo, Cactus Framework).
• Analyze coupling mechanisms between high-frequency gravitational wave signatures and material systems (e.g., superconductors, Bose–Einstein condensates).
• Investigate analog models for laboratory-based gravitational wave effects (e.g., fluid dynamics, acoustic black holes).
• Design proposals for proof-of-concept experiments using high-sensitivity detection technologies (torsion balances, laser interferometry, quantum sensors).
• Collaborate with interdisciplinary CIRAS research teams including quantum computing, biofield physics, and non-local communication researchers.
• Publish in peer-reviewed journals, present at international conferences, and contribute to CIRAS open knowledge repositories.
• Supervise graduate research fellows and coordinate collaborative proposals for external funding.

Research Focus Areas

• Gravitational wave-based signaling and data transfer systems
• Spacetime resonance fields and signal propagation limits
• Coupling of gravitational fields with quantum or biological systems
• Non-electromagnetic communication channels in extreme or shielded environments
• Tensor field manipulation for low-energy gravitational interaction
• Energy efficiency and theoretical bandwidth of gravitation-based communication

Required Qualifications

• PhD in Physics, Astrophysics, Applied Mathematics, or closely related field
• Expertise in General Relativity, Gravitational Physics, or Quantum Gravity
• Proficiency in numerical simulations and high-performance computing
• Experience in theoretical modeling and experimental design for frontier physics
• Strong publication record in peer-reviewed scientific journals
• Excellent written and oral communication skills in English

Desirable Qualifications

• Familiarity with scalar-tensor theories, string theory, or alternative gravity models
• Experience with ultra-low noise signal detection systems
• Knowledge of gravitational wave observatories and detector physics (LIGO, VIRGO, LISA, etc.)
• Interest in foundational physics questions and speculative technological applications
• Cross-disciplinary research experience, especially at the intersection of physics, information theory, or consciousness studies

Position Type and Benefits

• Full-time, research-track position with potential for tenure-equivalent appointment
• Flexible working arrangements with access to CIRAS laboratories and HPC resources
• Competitive salary and research support based on experience
• Travel support for collaboration and conferences
• Opportunity to shape and lead an emerging scientific field

Application Instructions

Please submit the following materials:

• Cover letter outlining your research vision for gravitational wave communication
• Curriculum vitae (CV)
• Three representative publications or preprints
• Names and contact details of two academic or professional referees