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The exact moment in time where the Second Generation LO-3-84M become "unavailable" was the day after I caught him short (with 10 million people listening on C2C) with the "Space Port" on the far side (Apollo photograph AS8-12-2209).
Originally posted by FreeThinkerIdealist
I don't know, if you ask me, the whole video looks quite artificial. Animated sequences in movies from years ago look better than this, so do current video games. It is quite disappointing, and ... definitely not 'HD'. Maybe they haven't shot in HD yet?
This looks like a poorly rendered game ... Playstation one ... maybe PS2 in its early stages.
Maybe my expectations are too high ... but I have been watching some 1080i tv and playing 1080i games ... and my monitor isn't too shabby either ... this was quite a disappointment. Hope better comes out in the future (if this even IS video from the satellite)
Originally posted by mentalempire
Well, at least the Earth doesn't have one whole side that's completely desolate of life. (Not that I'm saying that the far side has life, either, it doesn't).
Originally posted by lukas_devita
Hi,
excuse me for possibly stupid question, why there are no stars in this Japanese film?
Recently there was a good doccumentary film on Russian TV major channell in fact proving that there IS someone on the Moon.
I will look for a link as there are some hi-fi Moon filming and photo footage only it's in Russian language.
Originally posted by Another Vodka
Why would the Japanese, and now the Germans be interested in a dead pockmarked moon with no immediate known (or made known) ability to do mining and bring home the reward?
KAGUYA (SELENE)
Image Taking of Earth-Rise by HDTV
November 13, 2007 (JST)
Japan Aerospace Exploration Agency (JAXA)
NHK (Japan Broadcasting Corporation)
The Japan Aerospace Exploration Agency (JAXA) and NHK (Japan Broadcasting Corporation) have successfully performed the world's first high-definition image taking of an Earth-rise* by the lunar explorer "KAGUYA" (SELENE,) which was injected into a lunar orbit at an altitude of about 100 km on October 18, 2007 (Japan Standard Time. Following times and dates are all JST.)
The Apollo project was the first mission to take images of Earth rising over the Moon. The KAGUYA successfully shot high-definition images of the Earth-rise showing an impressive image of the blue Earth which was the only floating object in pitch-dark space. These are the world's first high-definition earth images taken from about 380,000 km away from the earth in space.
The image taking was performed by the KAGUYA's onboard high definition television (HDTV) for space use developed by NHK. The moving image data acquired by the KAGUYA was received at the JAXA Usuda Deep Space Center, and processed by NHK.
The satellite was confirmed to be in good health through telemetry data received at the Usuda station.
* Note: we use the expression "Earth-rise" in this press release, but the Earth-rise is a phenomenon seen only from satellites that travel around the Moon, such as the KAGUYA and the Apollo space ship. The Earth-rise cannot be observed by a person who is on the Moon as they can always see the Earth at the same position.
No, unless you believe Mr. Lear that the Moon is chock full of gold and fairy dust, there's not a whole lot there that would justify the huge costs of setting up a mining and Earth return operation. Helium 3?
November 16, 2007 (JST)
Japan Aerospace Exploration Agency (JAXA)
The Japan Aerospace Exploration Agency (JAXA) carried out an observation using two onboard sensors of the Moon Explorer "KAGUYA" (SELENE,) the Terrain Camera (TC) and Multi-band Imager (MI,) on November 3, 2007, processed the acquired data, and confirmed they were functioning properly. The observation was part of the initial functional verification of the KAGUYA, which had been injected into the Moon's orbit at an altitude of about 100 km. In a global first, both three-dimensional (stereo) observations of the Moon by the TC with a 10-meter aerial resolution and a multi-band observations by the MI with a 20-meter aerial resolution of the Moon's backside and near polar were taken.
Terrain Camera (TC)
The Terrain Camera (TC) can observe the day-time side of the Moon using two cameras that respectively face the slightly diagonal front and back sides of the straight down direction of the satellite. It can take three-dimensional (stereo) images of the Moon's globe with a world-leading super high definition of 10 m. At the initial functional verification of the TC on November 3, 2007, three-dimensional view observations were successfully performed of the summer season around the South Pole of the Moon:
Multi-band Imager (MI)
The Multi-band Imager (MI) is observation equipment to measure mineral distribution by analyzing the reflection of nine observation bands of visible to near infrared band widths. The initial functional verification for the MI was held on November 3, 2007, and the first Moon observation was successfully performed. By comparing different band images (comparative calculation), the MI can acquire detailed geological information including mineral distribution as well as distribution of material that has been dug up by crater formation.
The MI has an aerial resolution of 20 meters (maximum), thus its resolution was improved by one digit compared to the former Moon explorers.