A geothermal phonon gathering structure for the base, perhaps deep into the mantle to ensure there's no sinking. There you go Tone, underground crystal city.
'In this work, nanoparticle-doped matrices for DNA separation at low voltages are described. High conductivity agarose gels doped with platinum nano-particles have been synthesized and characterized by TEM, EDS and SEM. This new doping technique for agarose gels enhances the dielectric constant of the gels by up to 1.5 folds as compared to undoped gel, decreases the resistance (from 97 ohms to about 60 ohms) and increases DNA mobility by 1.5 times (from 6.6 × 10−5 cm2/V · sec to 9.3 × 10−52/V · sec) at lower operating electric fields (8 V/cm). We believe that the faster movement of DNA arises from an increased dielectric constant and a reduced resistance of the doped material resulting in increased ionic mobility. Using image analysis tools, we have also observed that there is no band broadening effects in the platinum doped gel sample, which indicate no appreciable temperature rise due to incorporation of platinum nanoparticles in agarose gel.'
We'll be able to 'dope' our tower with superconducted platinum class metals, particularly Osmium if we shape it as the DNA double helix - one giant Tesla coil. The structure could even utilize biological conduction within itself, probably any thermal convection or respiration or even physical contact with ion channels on our feet, acting as a massive supercomputer macrochip. We could probably even make detox floors, and walls that recycle everything. We may take advantage of insect swarm habits and plant tropisms and their reproductive methods. Pollen with nano-sensory triggering plants to lean towards the light, inside the fabric of the walls. Photo responsive maggots in ton cylinders leaning to a side at once - biological propulsion utilizing reproductive speeds.
Why don't we put windmills designed to withstand 190mph winds directly into the center of hurricanes and charge up capacitors? Or on top of Mount Washington? Or in the 4,000 mph winds of Neptune?
Ultimately the greatest source of terrestrial energy will be mantle convection, and we will require phonon infrastructure to stabilize the tower from sinking. Imagine if we could build phonon devices for Earths poles, and harness solar wind ions, or directly access the iron core to charge space scale batteries. We could always just stick to solar power, find some way to access the flux ropes to propel spacecraft directly or by stored charge.
Worst that could happen is the axis goes into a wild tilt and we can't leave the tower to explore how damaged nature is on manned missions.
'In this work, nanoparticle-doped matrices for DNA separation at low voltages are described. High conductivity agarose gels doped with platinum nano-particles have been synthesized and characterized by TEM, EDS and SEM. This new doping technique for agarose gels enhances the dielectric constant of the gels by up to 1.5 folds as compared to undoped gel, decreases the resistance (from 97 ohms to about 60 ohms) and increases DNA mobility by 1.5 times (from 6.6 × 10−5 cm2/V · sec to 9.3 × 10−52/V · sec) at lower operating electric fields (8 V/cm). We believe that the faster movement of DNA arises from an increased dielectric constant and a reduced resistance of the doped material resulting in increased ionic mobility. Using image analysis tools, we have also observed that there is no band broadening effects in the platinum doped gel sample, which indicate no appreciable temperature rise due to incorporation of platinum nanoparticles in agarose gel.'
We'll be able to 'dope' our tower with superconducted platinum class metals, particularly Osmium if we shape it as the DNA double helix - one giant Tesla coil. The structure could even utilize biological conduction within itself, probably any thermal convection or respiration or even physical contact with ion channels on our feet, acting as a massive supercomputer macrochip. We could probably even make detox floors, and walls that recycle everything. We may take advantage of insect swarm habits and plant tropisms and their reproductive methods. Pollen with nano-sensory triggering plants to lean towards the light, inside the fabric of the walls. Photo responsive maggots in ton cylinders leaning to a side at once - biological propulsion utilizing reproductive speeds.
Why don't we put windmills designed to withstand 190mph winds directly into the center of hurricanes and charge up capacitors? Or on top of Mount Washington? Or in the 4,000 mph winds of Neptune?
Ultimately the greatest source of terrestrial energy will be mantle convection, and we will require phonon infrastructure to stabilize the tower from sinking. Imagine if we could build phonon devices for Earths poles, and harness solar wind ions, or directly access the iron core to charge space scale batteries. We could always just stick to solar power, find some way to access the flux ropes to propel spacecraft directly or by stored charge.
Worst that could happen is the axis goes into a wild tilt and we can't leave the tower to explore how damaged nature is on manned missions.
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