Consider this simple fact: Even the smallest flowers break concrete. It is enough to wonder what could happen if the Earth were freed from the influence of humanity and simply left to its own resources: regenerate, flourish and grow wild. What wonders could emerge from your soil? Scientists speculate that it will only take a century or two to clean the plants, crops and animal species carefully crafted by the laborious hand of humanity. In a few thousand years, the world could look exactly like it did before humanity arrived: a desert. Take, for example, New York City, considered by many to be the largest city on Earth. Without the interference of humanity, the repeated thawing and freezing of spring and winter, within a decade, it would break the cement skin of the city, allowing water to penetrate deep into the fertile soil below. The cracks would widen, deepen, and provide the soil from which exotic plant species would grow, such as the prolific Chinese New York ailantus. In as little as five years, ailanthus roots would climb sidewalks and course through sewers, while native Virginia creeper and poison ivy would adorn the city's skyscrapers. Within two decades, the water-soaked steel columns that support the street above the underground tunnels of the big city would give way, quickly transforming Lexington Avenue into a mighty river. The coyotes would find refuge in Central Park, to later be followed by deer, bears and wolves. Large oaks would cover the land, while hawks and hawks would soar through the skies. But let's not forget: we are also a product of the earth's rich soil, sharing even the creature's most majestic ability to nurture, diversify, and cultivate the land; To create a world fit for work and play, where we can share happiness and nurture life. In fact, the Earth is a repository of that life, a treasure chest full of elements - the rocks, metals, clay and other ingredients - with which we build our towns and cities, our most modest shelters and the most impressive monuments. : the skyscrapers that Part of the highest clouds, tunnels that connect the most distant lands, and bridges that cross the widest rivers. That the smallest flower can show as much force as the tallest skyscraper is not an accusation against humanity. Instead, it is a testament to humanity's vast potential: engineering a beauty rivaled only by the natural magnificence of Earth.

SOLID PERFECT-SURFACE COPPER + (PSC +) CONDUCTORS: Solid conductors prevent strand-to-strand contacts and magnetic interaction, the main sources of distortion. The quality of the surface is critical because a conductor can be considered as a rail guide for both the electric fields within a conductor and for the magnetic fields outside the conductor. The astonishingly smooth and pure surface of all AudioQuest Perfect-Surface metals nearly eliminates harshness and dramatically increases clarity compared to all other premium coppers. The extreme purity of PSC + further minimizes distortion caused by grain boundaries, which exist within any metal conductor.

DIELECTRIC SYSTEM-BIAS (DBS, US Pat. US 7,126,055 and 7,872,195 B1): Creates a strong and stable electrostatic field that saturates and polarizes (organizes) the molecules of the insulation. This dramatically reduces the dielectric induced smear of the signal, allowing the sound to emerge from a "black" background.

CARBON-BASED 6-LAYER NOISE DESIGN (NDS): Protects the shield, reducing RFI contamination from the equipment ground plane.

AIR-TUBES FEP (FEP IS AN INERTABLY INERTED FLUORO-POLYMER): Almost no contact between conductors and insulation reduces staining and preserves dynamics.

TRIPLE-BALANCED GEOMETRY: The proper ground reference conductor avoids using the shield as a lower ground reference conductor.

COLD-WELDED, HANGING-SILVER DIRECTLY ON HIGH PURITY RED RED PLATES.

INSTRUCTIONS: Since all drawn metal is directional, all audio cables are directional. AudioQuest digital and analog audio cables are controlled for correct directionality. For the best sound, use the cable with the arrows pointing from the source to the receiver or component.