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Replacement ISS "Lunar Space Elevator hauls lunar rodents to/from LSE-CM/ISS"
Replacement ISS "Lunar Space Elevator hauls lunar rodents to/from
LSE-CM/ISS" Not that I'm smarter than yourself, more like I'm not nearly smart enough to know when I'm outgunned. Never the less, since I'm already the appointed "village idiot" that's undermedicated and seriously over the edge, and way outsided the box, I might as well ask and/or propose a few questions pertaining to SE worthy tethers, to perhaps the gravity-well balancing act, and of those horrific counter-rotating flywheels in the ME-L1 lunar sky. This topic is not directly going to benefit the sorts of ESE huggers, at least not for the moment, but certainly for the doable and affordable Lunar SE that'll benefit far more than purely those robotic ESE pods (decades from now) could ever achieve, without the supportive benefits of what my Moon Dirt Express (MDE) can deliver. For starters, I'll offer my short list of topics associated with the Lunar Space Elevator (LSE), or if you like Moon Dirt Express (MDE), as there's way too much other on my mind, or of whatever's left of it. If you've got equal or better ideas (weird is even OK), other nifty resources worth tapping into, that's exactly the sort of input or feedback that'll help, not that there's much of anything that'll help our NASA funded ESE huggers, nor of NASA itself to regain it's posture at this point in time. Besides way too many other topics, here's the ongoing LSE UPDATES: LSE Lobby: http://guthvenus.tripod.com/gv-lse-lobby.htm LSE Flywheels: http://guthvenus.tripod.com/gv-se-flywheels.htm PRO/CON of ESE/LSE: http://guthvenus.tripod.com/gv-ese-lse.htm Basalt tether GPa update: http://guthvenus.tripod.com/gv-lse-gpa.htm What stinking insurance? http://guthvenus.tripod.com/gv-ese-invincible.htm Your basic lunar space elevator: http://guthvenus.tripod.com/gv-cm-ccm-01.htm This is for the ESE huggers cult: http://guthvenus.tripod.com/gv-edwards-se.htm Another LSE delivery effort: http://guthvenus.tripod.com/gv-cm-ccm-elevator.htm Be further advised; On behalf of accommodating another grand means to an end, of creating a lunar gateway that'll help rather immensely in getting sorry butts to/from places like warm and toasty Venus, or that of a frozen and irradiated to death planet like Mars. But there's certainly a whole lot more cloak and dagger worth to this LSE-CM/ISS, such as for accommodating a 100 GW laser cannon, of 0.5 milliradian as a weapon or perhaps something more personal, such as a 0.05 milliradian pinpoint targeting capability, sort of an ABL on steroids. AS is Death Ray via Boeing/TRW: http://guthvenus.tripod.com/death-ray.htm Regards, Brad Guth / IEIS~GASA / the discovery of other LIFE on Venus |
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Replacement ISS "Lunar Space Elevator hauls lunar rodents to/from LSE-CM/ISS"
Interesting as to how many takers there are so far (zero), and here
I'm trying to be the nice guy by saving the day, along with saving all of us billions if not trillions, all without roasting another batch of those apparently expendable astronauts. On another honest effort of a worthy topic/contribution that's doable (a darn good job for our existing ISS to accommodate), in spite of all the flak (perhaps your flak): Interplanetary Communications: http://guthvenus.tripod.com/gv-illumination.htm Perhaps getting a little further off topic, but related to what's honestly doable with respect to our moon; More often than not, I've taken on more than my fair share of the status quo, of their warm and fuzzy flak, only to discover those long standing ulterior motives getting involved. Much like all the disinformation as well as flak that I've recently taken over the lunar space elevator (LSE-CM/ISS), as the sane alternative to the ESE or bust fiasco: http://guthvenus.tripod.com/gv-cm-ccm-01.htm Solar system imaging via lunar SAR component placement, as a robotic receiving module of the SAR aperture portion: http://guthvenus.tripod.com/moon-sar.htm I have a few other contributions to science and technology, as well as humanity, though all that gibberish might take up too much of your invaluable time, only to further confuse your dog-wagging cloak and dagger cult mentality, though perhaps it's all my fault, due mostly to the total lack of infomercial polish that NASA and their collective of wizards utilize all the time. Regards, Brad Guth IEIS~GASA / discovery of other LIFE on Venus Alternate URL: http://guthvenus.tripod.com phone: 1-253-8576061 |
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Replacement ISS "Lunar Space Elevator hauls lunar rodents to/from LSE-CM/ISS"
On the subject matter of what to otherwise affordably do with our
moon, instead of blowing hundreds of billions on the ESE fiasco: Here's just another example of one of my more recent "can do" post that's pertaining to those typically objecting in one way or another to almost anything lunar, especially if it's not their idea. Subject: Lunar Hotel link From: Henry Spencer ) "Nobody is going to build a lunar hotel or a space colony at anywhere near current launch prices." How true about the NOT "anywhere near current launch prices", as I'll agree that the American cost of doing just about anything is simply outrageous in comparison to almost anyone else. Now that the Chinese have come online for not one cent on the dollar, chances are that of at least of their robotic delivery of just about anything you can think of could be accomplished at as little as $10/kg, that is if you pulled out all the spendy PR and infomercial aspects, eliminated all the "do absolutely nothing" and/or "cloak and dagger" sorts of nondisclosure folks that our NASA insist upon employing at horrific lifetime investments, not to mention the absurdity of per individual outfitting investments, plus layers of the old guard cult (NSA/DoD) infrastructure and spendy accommodations surrounding nearly everyone of these folks. Getting real about "robotic deliveries" is getting real about establishing the LSE, as well as the LSE-CM/ISS and of the associated lobby and/or whatever hotel, along with a fleet of those LM-1 metro transporters powered by IC diesel like engines having their H2O2 injected in much the same manner as for their diesel fuel. Fortunately, robotic missions are basically immune to most otherwise lethal radiation issues (not to mention micro and/or not so micro meteorite issues), their efficiency per volume as well as per kg is likely to cost all but 1% of doing just about anything involving a human life. Robotic deliveries can and should have long ago managed dozens of lunar interactive instruments, including the VLA/SAR technology, by now accommodating hundreds of tonnes of machinery, fuel/oxidisers and various chemical binders, eventually taking advantage of a relatively safer environment of commissioning their assembly via earthshine, of subsequently assembling those previously delivered components into the sorts of operational technological capability necessary for gathering and processing local basalt into those terrific fibers and microspheres, a process that will subsequently enable nearly all the remaining fabrication that's necessary for creating the LSE tethers as well as the CM/ISS and CCM spheres, plus those horrific flywheels, plus whatever else is required of the dipole element extensions. True; there's not a scrap of lunar lander technology that we have to offer that'll make for any of this challenge any easier than it is. Thus an effort by others (obviously smarter than us) as to getting those 10+t payloads down onto the lunar surface may press our worldly technologies and expertise resources to the max, though if some idiot like Zubrin is going to Mars, we'll obviously have to become proficient at managing those 25+t payload deposits onto a surface pulling at twice the force, thereby taking nearly 4 times the energy unless delivery debris and subsequent artificial crater analogy is their objective. Once the basic LSE-CM/ISS becomes operational, then all sorts of folks could work a lifetime of achieving what could otherwise only be affordably accommodated at near zero gravity as well as for being as near to absolute vacuum that's obtainable to our existing level of human involved space exploration. The unique tethered gravity-well null environment of EM-L1 (energy core of counter-rotating flywheels that's storing and distributing energy) is offering something that no other recorded planet/moon has. Best of all, ours is right nearby, to being safely utilized without the added impact of a horrific particle surround of the Van Allen zone of death which represents multiple times the TBI dosage of what even the solar illuminated lunar surface creates. As gateways to just about anywhere (including Earth) could exist, our moon offering the mutual gravity-well opportunity is truly unique and begging to being pressed into service, especially with all the essential Earth sciences demanding raw data, some of which an only be obtained from the lunar and/or LSE-CM/ISS perspective. The most recent NOVA produced infomercial pertaining to Earth's magnetic core shifting rapidly, and as such drastically affecting the magnetosphere that's offering a substantial degree of radiation shield and/or deflection, seems only to further beg for our having better options than we currently have. Unlike Venus, Earth's atmosphere isn't worth squat, as it's not going to be sufficient to stop the gauntlet of solar and cosmic flak from nailing our hides to the wall. Though if a sufficient degree of greenhouse can be expedited along, possibly with placing 50% of our oceans suspended into the atmosphere, along with a heavy degree of sulphur and CO2 content, could introduce a form of artificial electrolytic shield, that along with our advancing greenhouse survival technology could permit at least those rich and powerful enough to survive without benefit of the unified magnetic sphere. Though managing life on Venus, as hot and nasty as even their season of nighttime still is, could actually become less difficult. Placing our moon into a rather unique opportunity of salvation for the human race, by the LSE-CM/ISS accommodating an affordable pitstop at the Guth Moon Dirt Express (GMDE) depot, as for taking on the required tonnage of basalt moon dirt and rock for missions to planets like Venus and even frozen an irradiated to death Mars, as those expeditions will be in demand of a great deal of physical as well as radiation shielding, as well as for obtaining other invaluable elements necessary for those EMPD thrusters. Oddly, all of this seems to fit quite nicely into the realm of rational possibilities for what our moon and of the LSE-CM/ISS has to offer. In addition to all the above, the investment into the LSE-CM/ISS offers absolutely invaluable Earth defenses as a rather terrific laser cannon outpost, including all the energy to operate them, plus numerous energy benefits for Earth, along with all those capabilities of utilizing our moon for the other good and meaningful humanitarian as well as potentially lizardtarian benefits. For your continuing entertainment sake, plus on behalf of those coming into this topic without benefit of nearly three years worth of my efforts, I've added another infomercial page (GV-LM-1) and edited upon a couple of others. If I were to be suggesting upon the sorts of wild and crazy things, as if this is what makes your life worth living, especially if those were to be of the sorts of horrifically spendy and somewhat lethal agendas like the Mars or bust and ESE fiasco, in that case I've got lots other to say about utilizing the moon as well as Venus. http://guthvenus.tripod.com/gv-lm-1.htm http://guthvenus.tripod.com/gv-cm-ccm-01.htm http://guthvenus.tripod.com/space-radiation-103.htm http://guthvenus.tripod.com/earth-moon-energy.htm http://guthvenus.tripod.com/gv-lse-energy.htm http://guthvenus.tripod.com/vl2-iss-joke.htm http://guthvenus.tripod.com/gv-illumination.htm http://guthvenus.tripod.com/moon-sar.htm http://guthvenus.tripod.com/gv-town.htm plus a few dozen other pages, with more on their way. |
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