What question did this study set out to answer?

To investigate the relationship between torsional gravity and ionospheric coherence through TEC and UT1 measurements.

January 25, 2026Open Access

Observational Signatures of Torsional Gravity: From Black-Hole Ringdown to Ionospheric Coherence Domains

Key Points

To investigate the relationship between torsional gravity and ionospheric coherence through TEC and UT1 measurements.
Conducted a coupling experiment (TOMA--V1) measuring Total Electron Content (TEC) and Universal Time (UT1)
Analyzed longitude sign-domains to explore structural characteristics
Interpreted findings within the TOMA-2025 framework.
Identified robust longitude sign-domains in TEC measurements
Detected neutral walls, indicating structured coherence
Supported the informational coherence interpretation within the research framework.

Abstract

Preprint reporting the detection of robust longitude sign-domains and neutral walls in a TEC--UT1 coupling experiment (TOMA--V1), supporting a structured informational coherence interpretation within the TOMA-2025 framework.

Observational Signatures of Torsional Gravity: From Black-Hole Ringdown to Ionospheric Coherence Domains

Key Points

Abstract

Cite This Study