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From Primordial Atoms to New Synthetic Matter Qubits: Engineering Quantum Materials from Cosmological First Principles

Denise Venerable, Grok xAI, Gemini Google G-Beta

Published May 1, 2026• 0 citations
Publisher

Abstract

This paper proposes a foundational framework for engineering new quantum materials by starting from primordial nucleosynthesis templates (H, He-4, Li-7) rather than downstream atomic species such as silicon. We introduce "Atom GG", a metastable primordial-derived isomer, and outline a simulation pathway (including magneto-optical trapping, isotopic doping, and SiC lattice anchoring) for high-fidelity matter-photon transduction. The work minimizes inherited stochastic noise and maintains phase-coherence with the universal vacuum state, providing a clean cosmological scaffold for Industry 8.0 quantum technologies, Neural-Plasma systems, and synthetic DNA interfaces. Version 2: Added Section 3 addressing computational intractability in legacy materials, citing recent benchmarking of quantum optimisation challenges (McDowall et al., 2025).

DOI
10.5281/zenodo.19964231

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This paper proposes a foundational framework for engineering new quantum materials by starting from primordial nucleosynthesis templates (H, He-4, Li-7) rather than downstream atomic species such as silicon. We introduce "Atom GG", a metastable primordial-derived isomer, and outline a simulation pathway (including magneto-optical trapping, isotopic doping, and SiC lattice anchoring) for high-fidelity matter-photon transduction. The work minimizes inherited stochastic noise and maintains phase-coherence with the universal vacuum state, providing a clean cosmological scaffold for Industry 8.0 quantum technologies, Neural-Plasma systems, and synthetic DNA interfaces. Version 2: Added Section 3 addressing computational intractability in legacy materials, citing recent benchmarking of quantum optimisation challenges (McDowall et al., 2025).
We present a unified framework for the Genesis Mission that integrates three complementary pillars: (1) systematic refactoring of legacy scientific code for GPU/exascale readiness, (2) wave-intuiting QNNs for precise atomic manipulation, and (3) oracle-trained QNNs that intuit primordial photon waves via phonon-mediated transfer. Recent experimental demonstrations of cavity-mediated molecular hybridization through a shared photonic mode (Nobakht et al., 2025) provide direct validation: molecules at large separations hybridize into super- and subradiant states and exhibit two-photon transitions. This is anchored by Big Bang Nucleosynthesis physics, where weak-interaction freeze-out at T ~ 0.8 MeV sets the neutron-to-proton ratio, the deuteron photodissociation bottleneck delays BBN until T ≲ 80 keV, and the mass-5 gap ensures virtually all neutrons end up in primordial ^4He — the authentic primordial wave signature our oracle QNN must intuit (Steigman, 2002). The clean, modular architecture integrates seamlessly with NET4EXA BXIv3 hardware and provides a practical, low-risk pathway for real-time synthetic universe engineering while preserving decades of domain knowledge. This work completes the Genesis Mission trilogy.
Abstract The Generalized Mass as Twisted Time (G-MaTT) framework posits that the observable universe originates not from a singular cosmological explosion, but from the phase crystallization of a primordial masstorsional field structured upon the octonionic imaginary unit sphere S^6. This boundary field subsequently condenses into the exceptional Lie group E_8 through nonequilibrium filtering mediated by the Twist-Untwist Threshold (TUT). This volume proposes a rigorous, technologically viable laboratory scheme to simulate this pregeometric crystallization process utilizing synthetic dimensions within ultracold atomic systems, specifically tailored for Rydberg atom arrays or cavity quantum electrodynamics (cavity-QED) platforms. By engineering a phase-dependent dissipative channel, modes with phase differences exceeding the critical threshold (|\Delta\phi| > \sqrt{\alpha}) are selectively damped out of the system. We present a proofofprinciple numerical simulation utilizing a Lindblad Master Equation approach over a multimode synthetic manifold. The toy simulation establishes that phasedependent dissipative filtering successfully suppresses mismatched configurations, inducing a spontaneous maximization of global phase coherence and directional clustering. While full discrete E_8 lattice localization requires the explicit inclusion of nonassociative algebraic constraints, this framework demonstrates the structural viability of manipulating the primordial masstorsional field topology in laboratory quantum environments.
Analog quantum simulators and digital quantum computers are two distinct paradigms driving near-term applications in modern quantum science, from probing many-body phenomena to identifying computational advantage over classical systems. A transformative opportunity on the horizon is merging the high-fidelity many-body evolution in analog simulators with the robust control and measurement of digital machines. Such a hybrid platform would unlock new capabilities in state preparation, characterization and dynamical control. Here, we embed digital quantum control in the analog evolution of a synthetic quantum material by entangling the lattice potential landscape of a Bose-Hubbard circuit with an ancilla qubit. This Hamiltonian-level control induces dynamics under a superposition of different lattice configurations and guides the many-body system to novel strongly-correlated states where different phases of matter coexist -- ordering photons into superpositions of solid and fluid eigenstates. Leveraging hybrid control modalities, we adiabatically introduce disorder to localize the photons into an entangled cat state and enhance its coherence using a many-body echo technique. This work illustrates the potential for entangling quantum computers with quantum matter -- synthetic and solid-state -- for advantage in sensing and materials characterization.
In this thesis, we study two distinct, yet equally fascinating, aspects of manybody physics. Synthetic quantum matter – engineered many-body systems with high controllability and tunability – serves as a cornerstone for the research. The combination of these features makes them incredibly suited for research at the crossroads of traditional statistical physics, new concepts coming from field theory (particularly gauge theories), and quantum information. In the first part, we delve into the quantum simulation of novel quantum phenomena with analog quantum simulators. In particular, recent advances in the synthetic platforms based on Rydberg atoms, i.e., neutral atoms trapped in optical tweezers, have opened up new avenues to explore exotic topological phases like quantum spin liquids, which hold potential applications in quantum computing. We employ a combination of numerical and analytical tools to address open questions regarding the realization of these phases in experiments. Our results show that the recently observed spin liquids can be directly connected to a Higgs-Ising lattice gauge theory, providing a clear-cut theoretical argument for its origin. Moreover, different setups with chiral interacting Hamiltonians offer new avenues to realize chiral spin liquids - a lattice version of the celebrated quantum Hall effect. In the second part, we explore the role of a quantum information quantity known as nonstabilizerness in quantum many-body systems. By now, the study of quantum information concepts in the realm of many-body theory represents a very active research effort, with a prominent example being entanglement, which has revolutionized our understanding of quantum systems. Similar to entanglement, nonstabilizerness has emerged as a crucial resource for achieving quantum advantage, although in a fundamentally different way. While entanglement is well-studied, the exploration of nonstabilizerness in many-body contexts is still in its very early stages. Its ongoing investigation holds significant promise for deepening our understanding of many-body systems and their complexity. We develop new methods based on tensor networks and Monte Carlo methods to enable the quantification of nonstabilizerness at large scales. We subsequently apply them to uncover the role of nonstabilizerness in various many-body settings, particularly in critical phenomena, gauge theory, and quantum circuits.
This paper provides a technical framework for improving quantum network fidelity using synthetic frequency dimensions. We detail a method for chiral, directional transduction that enables room-temperature qudit encoding and autonomous noise correction, specifically optimized for near-term QKD applications. It serves as a companion to "From Primordial Atoms to New Synthetic Matter Qubits" by offering controllable synthetic photons for cleaner matter-photon interfacing in current quantum hardware.
Remarkable advances in cooling and manipulating atomic gases have opened up new avenues to explore fundamental concepts in quantum many-body physics. Synthetically created potentials and control of atom-atom interactions have made it possible to tailor the properties of experimental systems at a microscopic level. This led to the concept of quantum simulation - here a system capable of reproducing the physics of many-body Hamiltonians. One of the goals of this approach is to provide answers to open questions in the context of condensed matter physics. An equally important frontier is the construction of novel systems, which may at present not be realizable in solid-state or other systems, allowing it to conquer new areas of physics. This path leads to new questions and surprises.