Did I say we did not land on the moon in my post?
No, but the fact that you demand proof suggests that you doubt it. Furthermore, you do say exactly that in the post from which I am quoting.
If the Japanese sent a lunar orbiter with the highest resolution to date around the moon why couldn;t they have taken a simple picture and put this conspiracy to rest once and for all? That's all it would take and they would've been world famous for finally putting to rest, once and for all, this 40 year old conspiracy. But they didn't and probably never will
From the JAXA website:
http://wms.selene.jaxa.jp/selene_viewer/en/observation_areas/landing_site/
OK, not pictures that actually resolve the LEMs' lower stages I'll admit, but suggesting either damn good guessing by NASA in 1970 or JAXA complicity.
INRO's site is not as nice, but here is a report from Times of India describing Chandrayaan-1's imaging of the Apollo landing sites:
http://timesofindia.indiatimes.com/...mapped_by_Chandrayaan/articleshow/3961580.cms
They don't seem to be blowing any whistles.
After nearly 40 years, there has been no independent verification that it happened other that what the government tells us.
Here is a link to the Lunar and Planetary Department of Moscow University:
Department of Lunar and planetary research
Among the English language papers available on this site, you can find "Physical and mechanical properties of lunar soil" by V. Gromov of Moscow University. In it he makes a highly detailed comparison of soil samples returned by the Apollo missions as well as those returned by Soviet automated return missions from 1970 and '72. They match. Again, either remarkably good guessing by NASA, remarkably effective subterfuge or the Russians are in on the plot.
A 2004 paper called "IDENTIFICATION OF LUNAR ROCK TYPES" correlates Apollo data (both sample return and gathered
in situ) with data from more recent orbiters. The authors are: A. A. Berezhnoy (Sternberg Astronomical Institute, Russia), N. Hasebe, M. Kobayashi (both from Waseda University), G. Michael (German Aerospace Center, Institute for planetary research, Berlin) and N. Yamashita (also of Waseda). It suggests no anomalies. That's two more nations in on it. Look around and you can find scads more.
I reiterate my position: if the United States was able to keep the Soviet Union from blowing the secret by buying it off, threatening it, colluding with it or fooling it then it would be far easier to do the same with Japan, India and perhaps even China. It is hard to imagine anyone actually examining the body of evidence which has existed for four decades and concluding otherwise.
Let us assume though, for the sake of argument, that this evidence is somehow more reliable. What, exactly, do you doubt? Imagine that these orbiters
had been able to give clear images of the LEMs' landing stages on the lunar surface. Did you doubt that hardware had been landed on the Moon? If so, then I guess you must believe the Soviets are also in on it, as they have been claiming to do so since 1966 (even longer if you count hard-landers). In any case, a large number of radio receivers worldwide monitored signals coming back from the ALSEP packages until they were shut off, not to mention the Lunar Laser Ranging Experiment which continues to this day. Again, if you believe
anything the existence of hardware on the Moon is established, while if you believe
nothing new pictures seem pretty pointless.
But even if they would now satisfy you that hardware existed on the Moon, why would they convince you that they had been manned? Seems to me you would want to see the footprints as well.
Governments lie to their people on a daily basis and propaganda is a way of life in this world of ours. When are people finally going to wake up to this and understand it?
Stipulated, but on what basis do you believe some and not others? I'm also curious what caused you to doubt the Apollo landings in particular. Do you doubt the existence of, say, McMurdo Station in Antarctica? Can you disprove it if I assert that it is nothing but propaganda? Would you even bother unless I first offered some compelling evidence for thinking that it didn't?
Also, we need not have landed on the moon to have an orbiting space station.
That's true.
Besides, wouldn't it have been a far better achivement (and cheaper) to have built a space station ON THE MOON
As far as "cheaper" goes that's mistaken. The delta-V, or speed increase a rocket must give you to reach Low Earth Orbit (where the ISS is) is 26,000 ft/sec ideal and about 30,000 actual (and is even higher if you don't launch from the equator). For a soft landing on the Moon with no return the requirements are 44,200 ft/sec and 53,000 ft/sec. To land and return the requirements rise to 52,100 ft/sec and 61,000 ft/sec (figures from George P. Sutton, Donald M. Ross,
Rocket Propulsion Elements: An Introduction to the Engineering of Rockets, New York: A Wiley-Interscience Publication, 1976, pg 153). A higher delta-V requirement calls for a bigger, more complex and more expensive vehicle. Note that this cost applies not only to the initial package sent up, but also to every pound of consumable supplies sent up in supporting it.
As to a Lunar base being a "better achievment" I would agree, but precisely because it is
not cheaper. Admittedly the two ideas are not directly contradictory, but they border on it.
Yes, I suppose so, but in zero-G you don't need to build particularly robustly. Low Earth Orbit (which I'll abbreviate LEO if I refer to it again) has both advantages and disadvantages compared to a Lunar base. It's below the Van Allen belts and thus better protected from many radiation hazards than is even a higher Earth orbit. On the down side zero-G presents some problems in day-to-day housekeeping and--more importantly--results in some detrimental biological changes to the crew over time. One-sixth G probably helps with some of these, but to what degree is still not clear.
The big advantage to LEO (aside from being cheaper) is that it's closer in an emergency. You can de-orbit and be down in under an hour as opposed to several days heading back from a Lunar base. Partially related to this is the fact that a vehicle able to return you from the Moon is more complex. It has to do everything that a return from LEO vehicle does and then some.
More research, and far better research, could be accomplished on the moon than in a space station, but it never happened nor do I believe it ever will.
It depends on what kind of research you want to do. A lot of observational astronomy is mainly hindered by atmospheric absorption, and so getting just outside the atmosphere pretty well covers the requirement. Radio astronomers do like the idea of a farside observatory to block terrestrial interference, but I've heard that electronic signal processing has come far enough that that's considered less of an issue. Solar wind astronomers do want to observe from above the Van Allen belts, but high orbit satellites do the job as well as a Lunar base would.
If you want to study the zero-G environment or biological reactions to it, you simply can't do it on the Moon. You can study one-sixth G, but the main thing to study is the Moon itself. There are some things where LEO is better, some where Luna is better, some where it's a toss-up.
To return to an earlier point:
Did I say we did not land on the moon in my post?
No, but you did in the quote that precedes that one and rather categorically. It seems to me that your fence is leaning.
I believe that whomever controls the moon and has a strong presence there, controls the planet.
The new high ground doctrine. Yes, there are knowledgeable people who make that argument. The idea was first promulgated in the '50s, the idea being that a Lunar missile base would have a much easier time bombarding Earth than
vice versa. One common analogy was two men having a rock-throwing fight, one at the top of a cliff and one at the bottom.
It was popular as late as the '60s and you see a lot of military interest in Lunar bases, but by the '70s there was a sense that the idea had been oversold (sometimes deliberately, as by space enthusiasts who wanted to attract military funding). By that time also the development of MIRVs meant that even a small surviving missile force could retaliate against an attack, and SLBMs offered largely invulnerable weapons far more cheaply than a Lunar base could. Now, if you could somehow transplant your entire country to the Moon that would be one thing, but in terms of MAD a base there doesn't gain you a lot.
Believe what you will, but without independent, verifiable proof, I will remain on the fence, because I witnessed it with my own eyes, but questions remain as to why we never built the bases there we were told they would and never went back.
The reasons why the Apollo program was not followed up are numerous, having to do with both international and US domestic politics, not to mention the economic problems of that era. To really over-simplify though, Apollo was primarily a stunt to gain back a mantle of technical superiority over the Soviet Union. That meant that once the race had been won Washington saw no reason to foot the bill for the development program NASA envisioned, or indeed to even fund the last three landings. Had the Soviets decided to continue their program things might have been different, but for similar reasons they chose instead to shelve their own plans and deny they had ever been in the race.
Perhaps it 's beating a dead horse by this point, but I simply fail to see how JAXA or INRO imagery is any more independent or verifiable than material that has been around for decades, unless someone was privileged to personally oversee every step of the operation "with [their] own eyes." Positivism is a virtue, but you really have to live in a wilderness of mirrors to demand it to that level, especially when the evidence for doubting the landings in the first place is so flimsy.