This article isn’t proposing a solution to the Riemann hypothesis. It’s merely a short communication suggesting a new approach which the author tries to explain. It says the proof of the Riemann hypothesis may not be able to be revealed by equations alone but combines the 18th century’s Euler’s identity and the Wick rotation of the 20th (the rotation is seen as far more than mathematical convenience). Put together correctly, this past maths casts light on information theory and cosmology’s holographic principle, giving revolutionary views of the nature of – and travel within – spacetime. Specifically, this perspective on the Riemann hypothesis is not primarily concerned with the distribution of prime numbers. The hypothesis predicts the future warping of spacetime and its consequences for interstellar as well as intergalactic journeys, as well as for trips to any period in either the future or the past. One of the proposed changes in our view of space-time is that science’s String Theory could be modified so that the ultimate, fundamental composition of every fermion and boson in the universe becomes strings of the bits (binary digits) of one and zero which assemble the Mobius strip and figure-8 Klein bottle. Trillions of these topological figures respectively form the photon and graviton. Agreeing with a paper by Einstein which asked if gravitation and electromagnetism form elementary particles, the pressure from interaction of trillions of each particle is interpreted as matter or antimatter. Support for the present article’s conclusions is given by the new perspectives given in the headings
- Topological Insulators,
- Flat and Simply-Connected,
- Cosmological Entanglement in the Participatory Universe,
- Mobius Matrix – Surgery in the 4th Space Dimension, and
- A Brief History Of Gravity.
Keywords: Euler’s Identity; Wick Rotation; Riemann Hypothesis; Holographic Principle; Quantum Mechanics; Spacetime
Citation: Bartlett, R. (2026). A New Perspective on the Riemann Hypothesis, String Theory, and Topological Insulators Says the Universe is Not Expanding. I J T C Physics, 7(3):1-6.