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Superfluid quasicrystal alloys
[Category : - DESIGN PATENTS]
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This provisional patent covers a breakthrough in quantum materials engineering: a meta-material alloy that combines quasicrystalline atomic structure with embedded bosonic superfluid behavior, forming a next-generation composite capable of lossless energy transport, vacuum resonance sensing, and KLTOE-aligned field integra
What It Is:
A Superfluid Quasicrystal Alloy (SQA) — a hybrid material consisting of:
A non-periodic, long-range ordered quasicrystal matrix (e.g., Al-Pd-Mn or Ti-Zr-Ni),
Engineered nano-confined cavities or grain boundaries,
Bosonic dopants such as helium-4, hydrogen, or exciton-forming atoms,
Enabling superfluid phase behavior at cryogenic or field-tuned thresholds.
???? Key Innovations:
? Superfluid Phase in Solid-State Host:
Leverages nanoconfined BEC domains to achieve quantum coherence and flow without resistance — embedded directly into a structurally stable metallic alloy.
? Quasicrystal Geometry for Decoherence Suppression:
Non-repeating atomic arrangement naturally inhibits phonon scattering and thermal degradation of quantum states.
? Field-Interactive Material:
Designed to respond to vacuum fluctuations and external field modulations, ideal for KLTOE-aligned technologies and quantum vacuum interface devices.
? Vacuum-Compatible:
Ideal candidate for ultra-sensitive accelerometers, gyroscopes, gravitational wave probes, or dark matter detection systems.
???? Commercial & Research Potential:
Sector Applications
Quantum Computing Frictionless interconnects, cryo-coherent substrates
Aerospace & Defense Inertial-free sensors, gravitational anomaly probes
Advanced Energy Zero-loss thermal pumps, BEC-based energy routing
Space Tech Deep-space field effect sensors, passive energy storage
National Labs & DARPA Quantum field interaction studies, vacuum resonance systems
???? Patent Status:
Provisional patent filed (date: [insert filing date])
Includes foundational IP on:
Quasicrystal matrix integration
Bosonic doping under confinement
Superfluid-state synthesis under applied vacuum
Layered lattice + flow manipulation design
Why Buy This Patent:
This technology offers a unique convergence of quantum materials, vacuum physics, and non-classical thermodynamics. It opens the door to zero-point-aligned energy systems, quantum-coherent signal transmission, and ultra-sensitive field detectors — all with no moving parts, no classical wiring, and minimal input power.
It is rare to find a material innovation that bridges cosmic-scale physics with tabletop manufacturability. This is that bridge.
Financial information
Economic Context: Why This Patent Matters Now
Convergence of Quantum, Energy, and Materials Markets
The global race toward quantum computing, zero-loss energy systems, and field-based sensing technologies has triggered explosive growth in deep-tech R&D investments, government funding, and private-sector innovation hubs.
Key Market Projections:
Sector Projected Market Size CAGR Source
Quantum Computing $90+ Billion (by 2040) >30% McKinsey, BCG
Advanced Materials (Meta+Nano) $300+ Billion (by 2030) 13–17% MarketsandMarkets
Space-Based Sensors (Vacuum/Field) $25+ Billion (by 2030) 20% Allied Market Research
Cryogenic Infrastructure $40+ Billion (by 2028) 14% GlobalData
Problem-Solution Framing
Current Challenge Your Solution
Quantum systems suffer from decoherence Quasicrystal structure inhibits phonon scattering
Energy loss in cryogenic connections Superfluid BEC domains enable frictionless flow
Expensive/complex sensor stabilization Vacuum-field-coupled materials offer passive precision
Limited sensitivity to vacuum effects KLTOE-aligned structure designed to couple with ?(r,t)
Government and Institutional Alignment
Your invention aligns with multiple current funding initiatives:
DARPA’s Quantum Benchmarking Program
Seeking novel materials that can sustain phase coherence and energy flow.
U.S. Department of Energy (DoE):
Focused on high-efficiency cooling, cryogenics, and non-classical field devices.
NASA and ESA Missions:
Searching for ultra-sensitive instruments to detect gravitational anomalies, dark matter signals, and vacuum field gradients.
ARPA-E:
Prioritizing materials that can manipulate thermal energy with zero-loss potential.
Licensing & Acquisition Potential
Given the rarity and versatility of your approach, your patent sits at the intersection of several massive R&D streams:
Potential Buyer / Licensee Strategic Fit
Google Quantum AI Quantum substrate & interconnect development
Lockheed Martin Skunk Works Gravitational sensing, dark energy probes
Blue Origin / SpaceX Long-term cryogenic control, passive field tech
CERN Dark matter & vacuum structure detection platforms
D-Wave, Rigetti, IBM Q Coherence-enabling materials for scalable QPUs
Summary
This is a first-mover opportunity in a sector that is still defining its foundational material toolkits. The Superfluid Quasicrystal Alloy patent represents a strategic wedge into next-gen cryogenic and quantum fields, with applicability across defense, computing, aerospace, and energy.
It’s rare for a patent to be positioned as both:
A materials breakthrough, and
A theoretical-physics-aligned quantum interface.
Patent publications:No publication
Asking price:
3,000 USD
3,000 USD
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