Difference between revisions of "Malapert Park"
(Lunar Reconnaissance Orbiter not Lunar Reconnaissance Observer)
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The public sector is already in action.
The public sector is already in action.
====[[Lunar Reconnaissance ]] ([[LRO]])====
The [[Lunar Reconnaissance
The [[Lunar Reconnaissance ]] Mission will get the science we need. It is being managed by NASA's [[Goddard Space Flight Center]] and will launch in the third quarter of 2008.
Revision as of 06:02, 9 April 2007
- 1 The Mount Malapert Science and Industrial Park
- 1.1 Promotional Presentation
- 1.2 Purpose
- 1.3 General Introduction
- 1.4 Location
- 1.5 The World Energy Crisis
- 1.6 NASA's Contribution Graphics
- 1.7 The Vision for Space Exploration
- 1.8 Four Points for Space Exploration Enthusiasts
- 1.9 High Tech Adventure Capitalists
- 1.10 Summing Up
The Mount Malapert Science and Industrial Park
This is the text, with illustrations, of a presentation by the Malapert team on August 4, 2006. The team wrote and delivered a sales presentation for a research and industrial park proposed for a site near the south pole of the Moon. This work was done at the NASA Goddard Space Flight Center as part of the High School High Tech summer student program.
We're here to tell you about the Mount Malapert Research and Industrial Park. It is the most valuable real-estate off the Earth and is located near the South Pole of the Moon.
The Plan is for people to return to the moon and mine helium3 to address the world's current energy source. We have used up half the world's oil. We cannot switch to other carbon-based energy sources. We must reduce the carbon dioxide we dump into the atmosphere.
We need a new energy source that won't pollute the atmosphere, and will provide a lasting source of energy. That energy source could be helium-3.
- Harrison Schmitt, "Return to the Moon" (Copernicus, 2006)
Let me give you a feel for where the Mount Malapert Research and Industrial Park will be located.
Mount Malapert is a mountain ridge, comparable in size to Long Island, New York. In other words, this is a large mountain. It is on the Earth side of the Moon and is the biggest mountain near the Lunar South Pole. The distance from the peak of Mt. Malapert to the South Pole is approximately 125 km (78 miles).
On the Peak, there is sunlight available almost all the time. From the peak, the sun will appear low in the horizon, and circle the sky for one lunar day (29 Earth days). This is a great site for a field of solar panels.
Coming down the Earth side of the mountain, the Earth is visible all the time, so this is the perfect sight for high-bandwidth communications systems.
Broad, Sunlit Uplands
This is the first of the two excellent places for helium-3 mines. A typical mining lease might be the size of the Washington DC beltway. The mines in a lease this size could provide Helium-3 for a major regional power plant on Earth for many years.
Over billions of years, the sun has been putting out ionized particles. Some of these particles strike the Moon and bond with the lunar dirt. Most of these particles are ionized hydrogen, but a significant number of the particles are helium nuclei. A small portion of those are helium-3. The accumulation is slow, but it has been going on over billions of years.
In the Cold and the Dark
Moving off the mountain into the basin area behind it, we find an immense cold finger.
A cold finger is a region that is not exposed to sunlight. It is constantly exposed to the cold night sky and becomes very cold. There volatile particles accumulate for many millions of years. When comets hit the moon, the volatile materials form an extremely thin lunar atmosphere. During the day, these particles are heated and can move around. Many of the molecules are lost in space. Some of the particles stick to the dirt again the next night. If these happen to fall into one of the cold traps, they will never be heated again. They accumulate there for billions of years.
This dark region is also an excellent site for scientific instruments. There are many places in this basin that are:
- shielded from both the Earth and the Sun,
- provide stable platform for the instruments,
- are naturally at cryogenic temperatures,
- have a beautiful view of the southern sky.
- and are near Lunar other facilities.
The World Energy Crisis
At the same time, we must reduce our carbon dioxide emissions. It is clear that this greenhouse gas is changing the Earth's climate.
We now need energy sources that could free us from our dependence on foreign energy, reduce pollution, and provide clean energy for years to come.
This complex problem requires a multi-faceted effort to provide solutions. Solar energy, hydro-electric, wind; We need them all!
The core solution to this problem has to be one or more sources of energy that can provide the world with a massive base level of reliable electricity. The current baseline energy source, coal, produces electricity, but at the cost of pollution and carbon dioxide emissions.
The Nuclear Fission Option
Nuclear fission is with us today, and could be scaled up to provide the entire needs of the planet for a very long time. But only at great risk and at a high social price.
The Nuclear Fusion Idea
Nuclear fusion is one of the few approaches that hold promise for this baseline energy requirement. Fusion has not reached the commercial level, but large amounts of research have shown that generation of base level electrical power is a possibility. Now, with the focus of the energy crisis, strong efforts to make Fusion commercially viable are in action. Yet even though billions of Dollars and Euros continue to be spent, progress is slow, and there is no prediction as to when these efforts will bear fruit. For the last 40 years proponents have claimed we are "ten years" from breakthrough. Today, we seem hardly any closer to breakthrough than we were 40 years ago.
The Helium-3 Advantages/Disadvantages
- There are a number of isotopes that can support fusion. These include deuterium, tritium, and helium3. Of these, helium-3 has one advantage. Its power comes off as "hot" protons, and produces, by far, the least amount of radioactive waste. None of its wastes are suitable for making bombs.
- However, Helium-3 requires a very high activation energy, even greater than Deuterium and Tritium, which makes it more difficult to achieve. We have not even achieved breakeven for those easier isotopes, let alone for He3.
High Tech, but Conceivable
We need ALL the solutions for the energy crisis. Helium-3 from the moon is probably the most exotic, but we have the technology to extract He3 if fusion power is ever realized. Big problems require big, bold solutions.
Solar Power Satellites (SPS) represent an even better solution than fusion, which can also provide baseline power with zero emission. SPS has the distinct advantage over nuclear fusion that no new technology breakthroughs are needed. SPS can be built using incremental advances on existing technology.
NASA's Contribution Graphics
There is no doubt this is going to be a huge project. A project this big will require both government funding and private enterprise participation.
The public sector is already in action.
Web site of LRO project:
The Vision for Space Exploration
It is time to get the private enterprise sector going on this project. We can do this job.
Four Points for Space Exploration Enthusiasts
Now I would like to speak to those in the audience who are enthusiastic about settlement of the moon, and soon.
Settle on the Moon, Soon
Retirement on the Moon
These will be people in mid-career. They will travel to the moon and live in limited facilities. They will first set up the mining operations. Over time, they will expand living facilities so that the next wave of workers can live in a real settlement.
For one thing all of the workers on the moon will be accompanied by a safety buddy. Each moon worker will have a companion robot operated from Earth. These will be similar to the Spirit and Opportunity rovers on Mars.
Astronauts will have to exercise two hours a day. Exercise machines can be a real bore. What we need is some new sports that involve astronauts on the moon and people on the Earth involved in a single sport. This opens up a whole new sports area for teams, television, and Earth-bound enthusiasts.
High Tech Adventure Capitalists
Let me now talk for minute to the adventure capitalists among you. You are the people who will build the new businesses that will generate the new jobs for the 21st century.
Limited Window of Opportunity
Also, the energy crisis is both a great problem and an opportunity. There will be winners and there will be losers. Some of the new winners will be players in space.
Such windows seem to close so soon after they open.
Potential Research Applications
To make helium-3 from the moon work, we must solve many problems. The solutions to these problems will soon be ripe for development.
New Resources in Space
The commercial operation on the Moon will make available many materials available for space operations. These include: hydrogen, water, iron, and titanium. These materials will greatly reduce the cost of operations in space.
Settlement of Space
A settlement movement opens up a whole group of new customers. Most of these new customers will be people who show a passion for space settlement who live on Earth.
There are many powerful commercial opportunities available. The window has just opened; it will close soon. The time for action is now.
The 21st Century is Not for the Faint of Heart
There will be many, many challenges to face. The 21st century is not for the faint-of-heart! You can either see these challenges as disasters, or you can see them as opportunities. The winners will see them as opportunities.
We can meet these challenges. We Can-Do!
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