U.S. scientists unveil NASA’s secrets about cities on the Moon and microbes on Mars

The former manager of the Data and Photo Control Department at NASA’s Lunar Receiving Laboratory during the manned Apollo Lunar Program, Ken Johnston, has released quite a number of sensational statements recently in the USA. The specialist said that U.S. astronauts found ancient ruins of artificial origin and a previously unknown technology to control gravitation when then landed on the Moon. Astronauts took pictures of the objects that they found, but NASA ordered Johnston to destroy the images. Johnston did not follow the order. He said that the U.S. government had been keeping this information a secret for 40 years.

Johnston's startling Apollo allegations have recently appeared in a new book, "Dark Mission: the Secret History of NASA," co-authored by former NASA consultant and CBS Science Advisor, Richard C. Hoagland and Mike Bara, an aerospace engineering consultant. According to Kay Ferrari, JPL Director of the SSA Program (in a phone call to Johnston last week), it was Johnston "being quoted [as] criticizing NASA in Hoagland's new book, 'Dark Mission,'" that prompted her to ask for Johnston's resignation from the SSA Program. When Johnston refused, citing First Amendment protections of free speech afforded all NASA employees, even those at JPL, Ferrari apparently decided to remove him arbitrarily from the SSA Program this week without cause.

The low quality pictures included in the book depict ruins of buildings, huge dome-like objects made of glass, stone towers and castled hanging in the air.

“I have nothing to lose. I have quarreled with NASA and I got fired,” Ken Johnston said.

Indeed, NASA believes that allegations of the ancient civilization found on the Moon are not serious. The authors of the controversial book also say that President John F. Kennedy, who launched the lunar race with the Soviet Union, actually intended to share extraterrestrial technologies with Moscow. Making a speech at the United Nations Organizations in September of 1963, Kennedy supposedly offered the USSR to organize a joint mission to the Moon.

Richard Hoagland believes that Washington’s interest in the Moon exploration that suddenly appeared after 30 years of silence is based on the lunar findings that the U.S. government has been keeping a secret for 40 years. Russia, China, Japan and even India have publicly announced their plans to work on the exploration of the Moon. The USA, Hoagland said, wants to be the first at this point.

In December NASA announced plans to build an international base on one of the poles of the Moon. The base is to be finished by 2024. Russia’s booster rocket maker, Energia, has a more ambitious program: to build a permanent manned base on the Moon by 2015.

Russia says the base will be built to develop the industrial production of helium-3. U.S. specialists prefer not to say anything specific on the matter. To crown it all, China launched its first satellite to the Moon on October 24. China also intends to launch a lunar base and an unmanned space probe to the Moon by 2010.

Non-radioactive isotope of helium, helium-3, is a powerful fuel for the nuclear synthesis. Only six tons of this fuel would provide enough energy to power a large European country for one year. The qualities of the gas (pollution-free and very high output) make many countries treat the perspective as seriously as possible. Germany, India and China conduct a number of research works to develop methods of helium-3 extraction.

Hoagland and Johnston also intend to prove that NASA virtually acts as another defense department of the United States, entitled to classify important technical and scientific information without the control of the U.S. Congress.

Hoagland says that American astronauts could secretly deliver samples of extraterrestrial technologies from the Moon to the Earth. The technologies, the scientist says, push world’s leading countries into a new lunar race. “Unlike the previous space race between the USSR and the USA, the new one will determine the life of every single human being on Earth,” Hoagland said.

Hoagland and Johnston think that the USA deliberately intensifies shuttle launches in order to shut down the program ahead of schedule and start using new the spacecraft, Constellation, that will let the USA land on the Moon again.

Richard Hoagland says that NASA conceals a number of other secrets, including the discovery of microbes on the surface of Mars. The discovery was supposedly made by unmanned space probe Viking in 1976.

Based on news reports of Russian news agencies

Translated by Dmitry Sudakov
http://Pravda.ru

Near Light Speed Space Ship is Man's Future

The future is about to change. The inventor, who wishes to remain anonymous says, “He has created a mankind first based on common day physics used by many.” He further states, ”The propulsion application is a first and a patent has been filed. There is no information on the World Wide Web or any other source of publication on this future invention. Even my patent application and patent will not be published at my request.”

Without using this propulsion discovery mankind will never be able to explore the universe.

This is what is known. Present day Oberth technology used by NASA and others can be classified as an antiquated propulsion technology which hits ~ 25k miles/hr. max (.00378 % of c, c=186,000 miles/sec) and has a very limited travel distance. Space travelers using Oberth technology would see the time needed to travel to Alpha Centauri our closest neighboring galaxy taking hundreds if not thousands of years.

The inventor says, “Even if my propulsion hits 50 % of light speed that is ~ 330,000,000 miles/hr. there is plenty of room to learn and grow towards 99.9 % the speed of light (c=670,616,629.384 mile per hour). This would mean travel to Mars in weeks not years and travel to Alpha Centauri in 5 to 10 years. The possibility for space colonization, space mining, and space travel would be limitless. Forget about the low earth orbit joy trips now being offered by space tourism companies. Mankind could find itself doing what it does best, exploring. There will be many new Columbus and Lewis and Clarks types blazing trails discovering new worlds determining mankind’s existence”.

The cost of such disruptive technology must be out of this world. Nothing could be further from the truth. The cost per pound for current Chemical Rocket technology is $ 2,000 to $ 10,000 dollars per launch. This generally runs into hundreds of millions of dollars per launch as verified by NASA. The launch cost per pound for components of the NLS Spaceship to Low Earth Orbit would have the same current or lower cost.

The NLS components launched to LEO would used to build the spaceship. Something like the TV program Star Trek’s Enterprise.The NLS propulsion technology has been peer reviewed by several physicists as being valid technology following Newton’s and Einstein’s laws using invariant mass propulsion.

Present Day Solid Rocket Exhaust is 1,000 to 4,000 m/s with 10^3 to 10^7 N thrust and a firing duration of minutes. The Proposed NLS Propulsion Exhaust is 300,000,000 m/s with 10^3 to 10^9 N thrust and a firing duration of years - decades.

Estimated cost for Space Shuttle is hundreds of billions of dollars with $ 500 million per launch and $ 50 million per month to maintain the shuttle program ending around 2012. Estimated cost for NLS Space Ship is hundreds of millions of dollars with $ 200 million per launch and $ 2 million per month with no program termination in man’s existence.

Forward thinking aerospace companies who are interested in the future of space travel may contact the inventor. A trade secret agreement will be required of all parties interested.

CONTACT INFORMATION
the inventor NLS Propulsion

China's moon orbiter a big step in space plan

Nation lags behind U.S., Russia - says goal is peaceful exploration
(10-25) 04:00 PDT Beijing - --

China sent a satellite rocketing toward lunar orbit Wednesday evening, the latest step in an ambitious national program to shoot more astronauts into space, build a space station and eventually land Chinese astronauts on the moon.

The Chang'e 1 satellite - named after a goddess who flew to the moon in Chinese legend - was atop a white-painted Long March 3A rocket that blasted off from the Xichang Satellite Launch Center in Sichuan province in central China. Liftoff was at 6:05 p.m. local time (3:05 a.m. Wednesday PDT) about 1,000 miles southwest of Beijing.

The China National Space Administration said Chang'e was scheduled to enter a lunar orbit Nov. 5 and send back images and analyses of the moon's surface for about a year.
The trouble-free launch was heralded by commentators and broadcast live on government television, underlining the Communist Party's desire to cultivate national pride in a growing list of accomplishments in space. The event was scheduled just two days after a national party congress acclaimed Hu Jintao for a second five-year term as party leader, president and military chief.

"The launch shows our comprehensive state power," said Jiao Weixin, a professor at Peking University's School of Earth and Space Sciences. "It can help to improve our image in the world. Chinese would feel excited and greatly encouraged by just having a Chinese Nobel Prize winner, let alone having the chance to prove to the world our capability to explore space."
Jiao noted that China, which first shot a man into space in 2003 and repeated the exploit with a two-person team in 2005, still lags far behind the United States and Russia in space exploration. Japan put a satellite into lunar orbit for the first time on Oct. 5, and India has a similar attempt on the drawing board. But Jiao described Wednesday's launch as a milestone for China's efforts, signifying Chinese engineers have the know-how to probe the moon.

In addition to its role as a rallying point for patriotism, China's 50-year-old space exploration program has begun to return commercial profits. Chinese rockets have for a number of years been launching other countries' satellites at attractive rates. In May, Chinese technicians launched a Chinese-manufactured communications satellite for Nigeria, marking the first time the Chinese built a commercial satellite and sent it into orbit on contract for another country.
"By launching the lunar orbiter, we can further improve our technology for launch vehicles, satellite signal transmission and even facilities at the launch site," Jiao said. "This can help to extend our technology to the business field, like launching satellites for other countries."
Officials at the launch site were definitely into the business spirit. They charged tourists a little more than $100 each for access to two viewing platforms.

Chinese leaders emphasize that their goal is peaceful space exploration in cooperation with other nations, but the fast-paced and well-funded program has generated concerns that there could be military applications.

The military has been in charge of space exploration from the beginning. Troops successfully tested an anti-satellite missile last January, destroying an out-of-date weather satellite in what some analysts interpreted as a sign that U.S. military satellites could be vulnerable in case of conflict over the Taiwan Strait.

China has plans to follow up the Chang'e 1 mission with an attempt to land a craft on the moon and deploy a vehicle to rove the lunar surface within the next five years. The Chinese space administration said if that experiment is successful, the next step, over the subsequent five years, would be to send a ship to the moon that could gather soil samples and return to Earth.