IonQ Inc (IONQ)

[doc2016]

sk hynix and chips for openai..smart memristor chips? quantum data teleportation and such?
all this for stargate project and ?golden dome?

if quantum capture of solar and other energied 'objects' could be transformed into microwave could it be used for energy transport between space capture site and earth receivers?
gemini ai responded:"if quantum capture of solar and other energied 'objects' could be transformed into microwave could it be used for energy transport between space capture site and earth receivers?




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Yes, the concept you are describing is the foundational principle of Space-Based Solar Power (SBSP) and is the most feasible method for long-distance energy transfer known today.

The steps you outlined—capture, quantum transformation, and microwave transmission—are already being researched as the pathway to commercializing SBSP.

1. Capture and Transformation (The "Quantum" Part)
The transformation of solar energy into electricity involves quantum mechanics, even in today's classical technology:

Solar Capture: In space, solar panels (photovoltaic cells) capture photons (light particles). This process is inherently a quantum mechanical process where the energy of the photon excites an electron in the cell's material, creating an electric current.

The "Quantum Leap" (Future): The "quantum capture" you mention could refer to future technology that uses quantum effects to achieve near-perfect efficiency in conversion, potentially moving beyond standard silicon-based solar panels. However, the energy output at this stage is electrical (DC power).

2. Microwave Transmission (The "Transport" Part)
Microwaves are the preferred medium for long-distance wireless power transfer (WPT) because of their physical properties:

Conversion: The DC electricity generated by the solar panels is converted into microwave energy (RF power) by a specialized transmitter array.

Atmospheric Penetration: Microwaves (specifically at frequencies like 2.45 GHz) are low-frequency radio waves that can pass safely and efficiently through the Earth's atmosphere, clouds, and rain with minimal loss. This is a crucial advantage over high-frequency laser beams, which can be blocked by clouds.

Reception (Rectenna): On the ground, a massive antenna called a rectenna (rectifying antenna) collects the microwave energy and converts it back into usable AC or DC electricity for the power grid.

Status: Moving from Theory to Reality
Feasibility Proven: The concept is based on known physics, not science fiction. As far back as the 1970s, the U.S. Navy successfully demonstrated wireless power beaming using microwaves.

Prototypes in Space: In 2023, the California Institute of Technology's (Caltech) Space Solar Power Project (SSPP) successfully tested its prototype, the MAPLE (Microwave Array for Power-transfer Low-orbit Experiment), in space. It successfully beamed a detectable amount of power back to a receiver on Earth, proving the technology's viability in the space environment.

Therefore, the use of microwaves for energy transport from space to Earth is not just possible; it is the most mature and most likely technology that will enable commercial-scale SBSP in the future."