IDrive CEO Proposes Geometric Foundation for Quantum Mechanics, Challenging Established Physics
Event summary
- Raghu Kulkarni, CEO of IDrive Inc., has published two papers proposing a new theoretical framework called the Selection-Stitch Model (SSM).
- The SSM derives the Schrödinger equation from a model of the vacuum as a discrete, self-repairing FCC crystal lattice.
- Kulkarni's work suggests the speed of light is geometrically renormalized due to the lattice structure, potentially explaining fine-structure anomalies.
- The papers and supporting data are available for review at idrive.com/ssmtheory, released February 3, 2026.
The big picture
Kulkarni's work, if validated, represents a potentially paradigm-shifting challenge to the standard model of quantum mechanics. While the immediate commercial implications for IDrive are unclear, a successful theory could attract significant research funding and talent, potentially creating a new avenue for technological advancement. The proposal also highlights the increasing convergence of technological leadership and fundamental scientific inquiry, as demonstrated by a CEO simultaneously leading a public company and pursuing groundbreaking theoretical physics research.
What we're watching
- Peer Review
- The scientific community's reception and validation of the SSM will be critical; initial scrutiny will determine its long-term impact and potential for adoption.
- Experimental Validation
- The theory's predictions regarding the geometric renormalization of light will need to be experimentally verified, which could require significant investment in new measurement techniques.
- IDrive's Focus
- IDrive's allocation of resources between its core cloud storage business and Kulkarni’s theoretical physics research will reveal the company’s commitment to this unconventional pursuit.
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