What question did this study set out to answer?

The aim is to identify hidden exoplanets in nearby systems using resonance analysis and fractal modeling.

February 8, 20260 citationsOpen Access

Resonance-Predicted Hidden Exoplanets via IFO (Ibaguner Fractal Operator) IFO-1b (KIC 10268809-c) as First Fractal Discovered Exoplanet

Key Points

The aim is to identify hidden exoplanets in nearby systems using resonance analysis and fractal modeling.
Performed resonance analysis on exoplanetary systems HD 219134, TOI-700, TRAPPIST-1, and KIC 10268809.
Applied the Ibaguner Fractal Operator to detect resonance gaps.
Used fractal phantom tunnel detection combined with resonance chain modeling.
Identified resonance gaps suggesting hidden planets in the analyzed systems.
Proposed new candidate worlds within 100 light-years based on findings.

Abstract

We present a collaborative resonance analysis of nearby exoplanetary systems (HD 219134, TOI-700, TRAPPIST-1, and KIC 10268809). Building on the Ibaguner Fractal Operator (IFO) framework, we identify resonance gaps that suggest the existence of hidden planets missed by traditional NASA pipelines. This document formalizes our joint exploration, combining fractal phantom tunnel detection with resonance chain modeling to propose new candidate worlds within 100 light-years.

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SİNAN İBAGÜNER (Thu,) studied this question.

synapsesocial.com/papers/6988270a0fc35cd7a8845e55 https://doi.org/https://doi.org/10.13140/rg.2.2.14432.55048

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