Flux Capacitor
Rated 4/5 based on 1 reviews.
$200,000.00
Sold Out
Designed to work hand in hand with a small nuclear reactor or other suitable power source, the flux capacitor is capable of opening up a hole in the fabric of space time allowing transportation to a user defined point in the past or future.
How it works? When the capacitor is charged with 1.21GW of energy the internal transient thermostratum begins an internal rapid particle acceleration process. The exterior of the capacitor will experience extreme ionasation followed by nano bursts of reverse quantum entanglement. During this process, it is necessary to keep the device itself accelerating through a 3 dimensional space, for example driving a car. At a user configurable velocity a time-warp bubble will open for a matter of pico seconds allowing the device, and whatever is attached, to pass through to the predefined time/date.
Specifications:
• Time displacement coeffient: ∫ dx/1 + ax = 1/a ln(1 + ax) + C
• Maximum euler logarithm:ln(cos x + i sin x) = ix
• Heat dissipation rate: ∆Q/∆t = -K×A×∆T/x
• Wavelength refraction inversion: c / λ
• Total time differentiation error rate: 10 - {g}
• Power usage: 1.21GW
• Can be retrofitted to automotive vehicles or aircraft
• Dimensions: 450(H) x 300(W) x 200(D)mm
Due back in stock October 26th 1985
How it works? When the capacitor is charged with 1.21GW of energy the internal transient thermostratum begins an internal rapid particle acceleration process. The exterior of the capacitor will experience extreme ionasation followed by nano bursts of reverse quantum entanglement. During this process, it is necessary to keep the device itself accelerating through a 3 dimensional space, for example driving a car. At a user configurable velocity a time-warp bubble will open for a matter of pico seconds allowing the device, and whatever is attached, to pass through to the predefined time/date.
Specifications:
• Time displacement coeffient: ∫ dx/1 + ax = 1/a ln(1 + ax) + C
• Maximum euler logarithm:ln(cos x + i sin x) = ix
• Heat dissipation rate: ∆Q/∆t = -K×A×∆T/x
• Wavelength refraction inversion: c / λ
• Total time differentiation error rate: 10 - {g}
• Power usage: 1.21GW
• Can be retrofitted to automotive vehicles or aircraft
• Dimensions: 450(H) x 300(W) x 200(D)mm
Due back in stock October 26th 1985
(OUTATIME)
| SKU | OUTATIME |
Excellent
By: Zac on 28 December 2022Work exactly as add said I couldn’t fault this product at all, I do recommend installing one once they come back into stock, just a awesome mod for when you just want to go on a drive in a different era
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