No Time to Wait: Pass Glass-Steagall and Go to the Moon

November 25, 2016

No Time to Wait: Pass Glass-Steagall and Go to the Moon

Two and a half weeks after the election of Donald Trump, the situation is ripe to reshape U.S. policy. Why wait for the news of the latest cabinet appointments, when we could push Glass-Steagall through during this session of the Congress? With the new paradigm of economics and national relations being implemented by China and Russia, an outlook resulting from decades of organizing work by the LaRouche movement, there is something wonderful for us to join, and we must choose to do so. A key contribution to this effort is acting on the highest identity of the human species, by committing to a space program in a nuclear fusion era.


JASON ROSS:  Hi there!  Today is November 25, 2016; and you're joining us for our regular webcast here from  My name is Jason Ross; I'll be the host today. I'm joined in the studio by Ben Deniston, my colleague here at LaRouche PAC; and via video by Jeff Steinberg of Executive Intelligence Review.

This discussion is taking place 2.5 weeks after the November 8, 2016 Presidential election in the United States.  Since then, we've seen a whirlwind of speculation about Cabinet appointments, including some Cabinet appointments for the Trump administration. We've also seen some significant international news, such as the APEC summit which occurred last weekend; the Asia-Pacific Economic Cooperation summit that included very significantly new Philippines' President Duterte and Chinese Xi Jinping among the many leaders who were there.  At this conference, Duterte again emphasized that the Philippines no longer considers itself to be a US colony; and is pursuing an independent policy economically with China, countering the attempts to create conflict, for example, in the South China Sea.  President Xi Jinping went on a tour of Latin America while he was at the APEC summit. So in addition to Peru — which hosted the event — he also visited Chile and Ecuador; where he spoke, among other things, about the bioceanic corridor, a plan for a rail link between the Pacific and Atlantic sides of South America; about setting up science cities.  He was greeted by President Correa in Ecuador, who considered Xi Jinping's trip the most significant event to occur in Ecuador's history; based on the potential that it offered that nation.

So, this New Paradigm, being led politically and economically at present by Russia and by China, comes as a result of decades of organizing by the LaRouche Movement, by Lyndon and Helga LaRouche; such that there is now a New Paradigm taking an increasingly larger portion of the world in a very positive direction.  Our job at present isn't to get the hottest news on what Trump's appointments will be, etc.  It is to shape US policy; as we successfully did in forcing an override against Obama's veto of the Justice Against Sponsors of Terrorism Act. And as we stand poised to do now with getting the Congress — during this lame duck session — to implement Glass-Steagall, the necessary first step for an economic recovery.  Glass-Steagall is the law that Franklin Roosevelt had put in place that created 60+ years of stable, boring, stable productive banking in the United States; rather than the kind of gambling that we see now.

Let me pull up this chart [Fig. 1] just to show a bit of this success that we've seen along the Chinese economic program. Along the One Belt, One Road nations which includes both the — there's two components to China's project on this; the Silk Road economic belt, which you see the nations in blue, and the 21st Century Maritime Silk Road in orange.  Together, China refers to this in Chinese as the "One Belt, One Road" initiative; in English, often just the Belt and Road initiative.  As far as the potential that this holds, these are just some of the figures: 20,000 km of high-speed rail in China, all built within the last decade — more than the rest of the world combined; tens of billions of dollars of direct investment into nations of the region; an increase in services contracts of over 33% in just one year along the One Belt, One Road; the Export/Import Bank of China has outstanding involvement in over 1000 projects, and just recently has signed up about 500 new projects along the Belt and Road nations.  China is extending 150,000 scholarships offering training for 500,000 for professionals for training in China; has set up 500 Confucius institutes around the world, has initiated over a dozen economic cooperation zones; free trade agreements, and is engaged currently in over 40 energy projects — including about 20 that were just set up this year among One Belt, One Road nations.

So, how can we become a part of this?  Well, a proposal was made in the November 21st issue of Chronicles magazine by Edward Lozansky and Jim Jatrus.  Losansky is the President of the American University in Moscow.  They wrote an article called, "The Big Three: America, Russia, and China Must Join Hands for Security, Prosperity, and Peace".  Two excerpts.  They open their article, "With the defeat of Hillary Clinton by Donald Trump, we may never know how close America and all mankind came to nuclear war."  In describing the world situation, they end with a proposal: "President Donald Trump can correct the mistakes of past U.S. presidents. Rather than adversaries Russia and China can become Americaâs essential partners and are, we are convinced, ready to respond positively. Itâs time for Trump and America to take the initiative for U.S-Russia-China cooperation towards a secure, prosperous, and peaceful future.  A Trump-Putin-Xi 'Big Three Summit' should be a priority for the new U.S. Presidentâs first 100 days."

So, I'd like to ask Jeff Steinberg to fill out the world picture, and detail for our viewers what are the flanks, what are the handles, the levers that we have for shifting US policy at this time?

JEFFREY STEINBERG:  Thanks, Jason.  For starters, it's very important to realize that we're in a period of significant flux. There are certain things that we know about the consequences of the US Presidential elections and other Federal elections on November 8th.  And I think Lozansky and Jatrus made one very fundamental point quite clearly:  That there was a very grave danger based on the campaign rhetoric of Hillary Clinton, based on the policies that were pursued even ever more aggressively towards the end of his eight years in office by President Barack Obama; that we were headed for the worst crisis between the United States and Russia that we ever experienced — worse perhaps even than the Cuban Missile Crisis of 1962.  So, the defeat of Hillary Clinton really is the end of the 16-year tyranny of the Bush and Obama Presidencies.  How rapidly we can turn the policies around under the new Trump Presidency, where the Cabinet appointments are going to go, these are all unknowns; they're not certain to us.

So, we do know that particularly in the aftermath of the APEC summit meeting that just concluded last week in Lima, Peru, which was then followed by state visits by Chinese President Xi Jinping to Peru and then to Chile afterwards; and prior to the summit, he was in Ecuador.  We know that there's a tremendous opportunity out there for the United States, under a Trump Presidency, to precisely join in what has always been on the table as an open invitation to the United States; namely, for the United States to join in the World Land-Bridge project.  Because without the United States, it's very difficult to conceive of this as a World Land-Bridge; which is really what the world requires right now.  There have been very preliminary phone discussions between President-elect Trump and Russian President Putin; they seem to have reached an agreement that they will have a face-to-face summit meeting soon after the inauguration — which is January 20th.  The idea, similarly, is for President Trump, once he's inaugurated, to also meet quite soon with Chinese President Xi Jinping.  I think the Lozansky-Jatrus idea of a trilateral meeting would be extraordinarily valuable.  I think it's important to remember that in 1944, the orientation of President Franklin Roosevelt in the move to establish the United Nations — which happened in 1945 — was to include both the Soviet Union and China among the permanent five nations of the UN Security Council.  Remember, Roosevelt understood that there were imperial policies that were still at the core of the British Empire with Churchill, and similarly with France.  So, the idea of having Russia — the Soviet Union at the time — and China in this permanent Security Council core grouping, reflected the fact that Roosevelt at that time saw the prospect of that kind of an alliance system across Eurasia.  So, I think that's there's an historical basis to look to here for exactly this kind of Russia-China cooperation.  For the last 15 years, a cornerstone of Lyndon LaRouche's of global policy has been a US-Russia-China-India cooperation, particularly on scientific programs; especially space exploration, as the basis for global peace and development.  So, those ideas are out there.

On November 20th, soon after he was named by President-elect Trump to be the National Security Advisor, General Michael Flynn, in an interview with Fareed Zakhari on CNN, said that in his view, the only way to deal with the long-term problem of the jihadist, terrorist threat in the Middle East and North Africa, was for there to be a global cooperation on a Marshall Plan — he used that term explicitly.  He said, if you look at what Europe was able to accomplish in the aftermath of the devastation of World War II, and the role that the Marshall Plan played; it was not the whole thing, but it was an important element of the postwar recovery.  That kind of perspective is really the winning strategy for dealing with the population growth and this spread of Saudi-sponsored jihadism throughout the Middle East-North Africa region.  It extends into Southeast Asia as well.

So, there are great potentialities; they are largely as yet unrealized in terms of the change coming with the new administration.  But I think, Jason, as you correctly said, there is no reason to wait for January.  President-elect Trump, in a major campaign speech in Charlotte, North Carolina, explicitly called for reinstating Glass-Steagall.  It's in the platforms of both major political parties from this year's elections; the Democrats and the Republicans both adopted it.  It was a Trump delegate to the policy committee of the GOP who introduced the Glass-Steagall.  You've got Senators Elizabeth Warren, and more importantly, Senator Bernie Sanders, saying that they're prepared to reach across the aisle and work with Donald Trump if the issues for collaboration include and really start with Glass-Steagall.  So, this is something that does not have to wait for January and the inauguration and the new Congress.  There are Glass-Steagall bills in both the House and the Senate.  One of the House bills has the identical language as the Senate bill. As we saw with the JASTA veto override vote, if the Congressional leadership gives the green lights, then Glass-Steagall can be brought to the floor of both houses and can be debated and voted within a matter of hours.  The override of JASTA took two hours in the morning for the US Senate, and two and a half or so hours in the afternoon for the House.  It was accomplished in one legislative day.  So, there's no reason whatsoever that we can't move immediately — literally next week when Congress is back in session after Thanksgiving; and they're there for three weeks. There's no reason that we should not have Glass-Steagall back as the law of the land before the Christmas recess.  So that we hit the ground running with the new administration; and frankly, time is of the essence.  We don't know, given the situation with Deutsche Bank, with Royal Bank of Scotland, the largest US too-big-to-fail banks are sitting on $252 trillion in derivatives.  That's 30% more than it was at the time of the 2008 crash.  That's on top of a very questionable capital base of $14 trillion; the reality is that it's probably much less than that, because some of the assets that are allowed to be counted as the capital reserves, are basically illiquid and can't be — even on an emergency basis — made liquid.

So, we could wake up tomorrow morning, or Monday morning, or the middle of next week, and find that the entire trans-Atlantic banking system has blown out.  So, Glass-Steagall is an urgent, immediate issue; and it then begs the other three key elements of LaRouche's Four Cardinal Laws.  Which is a credit system; investment in major infrastructure projects; and a revival of the most advanced scientific programs, including a major return to space and the work internationally to finally achieve the full breakthrough on fusion.  All of these things are on the table, but again, there are no guarantees, there's nothing that's even remotely certain about what's going to come next.  We can breathe a little easier because danger of war with Russia, with China is greatly reduced; and there's a lot of potentiality.  There's a lot of the kind of transition from Jimmy Carter to Ronald Reagan in the air as a potential; but none of it is fully realized yet. So, people are going to have to realize this is a moment of great opportunity.  It's going to be an outpouring of the population under the right kind of leadership, directed at the right policies, that can really seize the opportunity.  If we wait until January of February of next year, who knows what kind of sabotage operations are going to be run?

You can go on Craig's List and find George Soros front groups, like and, offering $1500 a week for people to run around like idiots, protesting against the outcome of the election. There's a great deal of uncertainty, in terms of what's going on, at the same time that there's great opportunity. We've got to make sure that we take the lead in seizing the moment.

ROSS: Great! Thanks! In terms of the long-term outlook of where we're going to go, what our policy should be, a major aspect of this goes beyond legislation that affects us only here on Earth. A major component, in fact the fourth component of the Four Laws of Mr. LaRouche, the last one being the fusion driver crash program, is connected with our existence beyond the planet, also out in space. Ben wrote an article that's going to be in the upcoming issue of the Hamiltonian about what a U.S. space policy ought to be, and about the really long-term goals that we have to have, and why this is important and essential. So, could you tell us about that, Ben?

BENJAMIN DENISTON: Gladly! As viewers are aware, this has been an ongoing subject of discussion. Mr. LaRouche, as Jason is saying, has put a major, major focus on, as a critical part of the needed recovery program and the future of mankind. In this article we tried to elevate people's thinking about space, especially in the context of so many years and administrations and decades of just zero-growth policies.

One thing that's being discussed now, which is interesting and useful, is how much NASA has been hijacked for this global warming crap. A lot of NASA's budget has been redirected to "Earth sciences." Not all Earth sciences are bad. There's a lot of interesting science to learn about the Earth. But Earth sciences is often a front to push this fraud of some man-made global warming crisis. So, there's some discussion about NASA being redirected away from wasting their time on this phony, phony, fake crisis, which is not something we need to be concerned about, and redirecting back to exploration. Surprise, surprise. The Moon has come back now as a central subject of the discussion. Anybody who had any sense would realize that once Obama was out, this crazy asteroid mission [The Asteroid Impact and Deflection Assessment (AIDA) mission] would likely be tossed aside. Anybody who is serious would recognize that the Moon is the next place to get back to.

As Jeff was referencing, there's a lot of discussion, a lot of openness. From our work and discussions with Mr. LaRouche, I think it's critical to really raise the level of discussion to the right basis. We can have exciting missions, we can have inspiring missions, but the question to ask is: are we going to have a program where the investments are going to be the basis for creating a whole new level of activity, that will allows us to do orders of magnitude more than we were able to do prior to that investment? Is this going to create what Mr. LaRouche had once defined as a "physical-economic platform?" Is this going to create an entirely new platform of activity, of potential — of infrastructure, of energy-flux density of technologies — which comes together to support a qualitatively new level of potential activity for mankind?

That is the issue we want to put on the table right now. This goes directly to the vision of Krafft Ehricke, the early space pioneer who worked very closely with Lyndon and Helga LaRouche in the '80s, who was one of the leading space visionaries, who had outlined in great detail the initial basis of mankind expanding to really becoming a Solar System species. I'm going to get back to his work in a minute. Mr. LaRouche's concept of the "platform" is really critical. He introduced this, I think it was around the year 2010, 2009, something like that. He was coming up against a real lack of understanding of the significance of what "infrastructure" really means, in its true scientific sense. Unfortunately, this has become somewhat of a buzzword that a lot of people throw out there. "We need to rebuild our infrastructure" has become a kind of a hot campaign-trail word to use to get some support.

The real understanding of what qualitative revolutions in infrastructure systems mean for mankind's continual creative progress is not connected to the way most people use that term. Mr. LaRouche defined the very profound and critical assessment of looking at the development of human civilization in these stages of platforms. He said, go back to thousands of years ago, when the dominant cultures were trans-oceanic maritime cultures. What you began to see, with the development of inland waterways, inland river systems — he had put a big point on what Charlemagne was doing during his reign in central Europe in developing these canal systems and river systems — was a qualitative revolution above what had existed prior, with these trans-oceanic civilizations: the development of these inland waterways. That defined a new platform of activity that supported a qualitative leap in what civilization was able to accomplish.

The next leap came with the development of rail systems, railroads, especially trans-continental railroads, typified by what Lincoln had spearheaded with the trans-continental railroad across America. With these rail systems, with the new technologies of steam engines powering these rail systems, the higher energy-flux density of coal-powered steam engines, this enabled mankind to begin to develop the interior regions of the continent, in completely new ways, and defined a totally new relationship of mankind, of civilization, to the environment around him. It defined a qualitative increase in mankind's "potential relative population density," as LaRouche had developed that metric for understanding the science of economic growth. It made things that were at one point incredibly expensive or challenging or risky, become just day-to-day regular activities.

I think back to the early phases of these frontier explorations of the American Continent. You go back to the Lewis and Clark Expeditions, where to travel from the east coast across the entire mainland of the continent to the west coast required someone like the leading skilled frontiersmen, and a very dangerous, very challenging mission, which was a very brave undertaking for a handful of people to actually be able to accomplish that. Some decades later, with the rail system, with the infrastructure of this railroad platform, any family could do this. With your young children, you could hop on the rail line and get across the country. Any entrepreneur could come out and take advantage of the development of new territories that were completely inaccessible before. It was a complete transformation in our most fundamental ability to exist on the planet in these different territories.

Now what does this have to do with space? This is how we should be thinking about space exploration, space development—things that we view today as incredibly expensive, difficult, dangerous missions. We should be thinking now what kind of investments can we make to ensure that those then become regular, day-to-day even, activities that we can support very easily. What will it take to create a Solar System physical-economic platform that will enable mankind to do much more, much easier, than we can today? That's the metric we want to set. That's the measuring rod we want to utilize, to determine what kind of space program, what kind of policy we need today.

In breaking this down, this might not include everything, but in some of our work in the Basement with our discussions on this subject, I think we can really, very usefully look at three categories of activity — three categories of infrastructure and technologies — which define the basis, you could say the pillars, of a Solar System platform, of an ability to qualitatively expand mankind's ability to access the Solar System in completely new ways, to make things we currently view as singular flagship missions, [into] just regular, easy activities that we can do, orders of magnitude more of than we can now.

What we want to look at are these three categories of activity:

(1) Access to space. What's our ability to get from Earth's surface up into Earth orbit? Initial basic access to space.

(2) Travelling in space. Getting around the Solar System. Getting from one planetary body to the next.

(3) Developing resources. Developing the capabilities to utilize the resources available to us throughout the Solar System, not having to take everything with us everywhere we go, but be able to develop the wealth that's available out there; to utilize it on site and transport it around, even bringing stuff back to Earth that we can't necessarily get from Earth.

If you look at these three pillars, these three categories together, and if you make qualitative breakthroughs in each of these together, this really comes together to define a new platform of activity, a new standard that will enable the kind of leap that will transition us from viewing space as a Lewis and Clark style expedition, to a trans-continental railroad style relationship to the Solar System.

I just want to take a couple minutes and go through just some sense of what areas we can see breakthroughs in each of these categories. Go to the first slide we have displayed. [Fig. 1] It has been said that getting from Earth's surface to low Earth orbit, is half-way to anywhere in the Solar System. In a certain sense that's very true. If you have a sense of the scales, that might sound very, very strange, because, just in terms of distance, low Earth orbit [begins] about 160 km, about 100 miles, up above your head. If you want to travel to the Moon, you're talking about hundreds of thousands of miles. If you want to travel to another planet, you're talking about millions of miles.

It's a little funny to think that the first 100 miles, compared to hundreds of thousands or millions, is actually half of the trip. But if you look at the energy requirements and what it takes to actually start from just being on the Earth's surface and getting into orbit, that is the case. It is a tremendous amount of energy requirement to get from Earth's surface up into Earth orbit.

The graphic here displays this, in terms of travel from Earth's surface to different planetary bodies, measured in the standard terms used for Solar System travel, which is your change in speed. To get into Earth orbit requires not just going up 100 miles, but actually changing your speed, from your current velocity sitting here on the Earth, to something that will allow you to stay in orbit. If you want to change orbits, or travel around, you can measure that, in terms of changes in velocity. So that happens to be the metric here; but you can see the lowest dark blue bar on each of these graphics shows that literally far more than half of the requirement is just getting from Earth's surface to Earth orbit.

ROSS:  So, this is half of the speed that you're getting; this doesn't mean half of the energy, or half of the fuel, or anything like that.

DENISTON:  Yeah.  Once you start to include that, it would be even more energy requirements; because you've got to lift your fuel that you're going to use for the different travels into orbit with you.  It definitely gets a little more detailed if you want to get into it, but this is literally the change in speed requirements to get into Earth orbit and then to leave Earth orbit is very significant.

So, there's improvements being made in rocket systems to get up more efficiently, but there are new technologies that are just sitting there on the horizon; they've been sitting there for decades, frankly, that would dramatically lower the cost, lower the requirements, and the point is, dramatically increase the accessibility of space to mankind.  One technology that has been discussed for a long time is space planes.  Here in the graphic you can see a relatively recent article covering studies in China on interest in China to develop what some people call single-stage-to-orbit space planes.  So, you can get on a plane on a runway — it's probably going to be a little bit longer than your standard runway for airplane travel — and you can ride a single space plane from the runway all the way up into Earth orbit.  A lot of this depends upon much more advanced engine designs that can utilize the oxygen in the atmosphere at higher speeds and at higher altitudes to continue to provide thrust. But these things could dramatically lower the cost, the energy requirements of getting people and payloads up into Earth orbit; far more than a lot of the discussion about these reusable rockets and some of the developments going on in improving rocket systems to get from Earth's surface into Earth orbit.

ROSS:  This is a technology that was in LaRouche's "Woman on Mars" video from the 1980s, right?  It talked about beginning with an airplane, and then turning into a rocket.  The big benefit being that you can use the oxygen in the atmosphere instead of carrying it with you, is that right?  Is that what makes this more effective?

DENISTON:  Yeah, absolutely.  These rocket systems have to carry the oxygen as part of the rocket to combust to provide the thrust.  These are more innovative engine designs — air-breathing engines that can use the oxygen in the atmosphere. As you said, this has been researched in the United States with different scramjet designs.  Yeah, Mr. LaRouche featured some of this, which he had developed I think in some close discussion with some Italian colleagues at the time in his collaboration with the Fusion Energy Foundation; and had made it a major part of his "Woman on Mars" mission.

But this is being developed; this is live.  Again, you're seeing clear interest in China; there's interest in the United States; there's a company in the United Kingdom that's developing very interesting engine designs that can utilize these capabilities.  If you want to take it a step further, another thing that's been discussed is using vacuum tube maglev technologies to launch from Earth orbit into space.  This might be a little more frontier and not quite as around the corner as these space planes; but this is the kind of stuff that we should be thinking about.  Again, the point is, completely revolutionizing mankind's access to low-Earth orbit and then to the Solar System.  So, this is the first major hurdle.  If you get some solid infrastructure developments that can enable mankind to overcome this hurdle more easily, you're creating the basis for a much broader expansion of mankind's activity.

The next pillar, the next category is travel in space.  And again, this is an issue that Mr. LaRouche has been campaigning on for decades.  Space travel requires nuclear reactions; chemical fuel just doesn't have the energy density to provide quick and efficient access to the Solar System.  We can get to the Moon; that's OK.  It probably would be nice to get there a little bit quicker, but that's our next door neighbor in terms of the Solar System.  If you want to get to Mars, you want to get around to other places in the Solar System, you've got to get to nuclear reactions.  The heart of this is the fact that the energy density, the energy per mass of nuclear reactions is, on average, on the order of a million times greater than the energy per mass in chemical reactions; even as broad categories, setting aside the particular fuel you use in either case.

A million times is just a big number, but for one quick comparison, you take the fuel used for the Space Shuttle launch — those two solid rocket boosters on either side, the large tank in the middle filled with liquid fuel.  You take the weight of all that fuel together, some of the most advanced chemical reactions we have for fuel for space launch; how much weight of nuclear fuel would it take to contain the same amount of energy? You're talking about 10 pounds!  One suitcase full of nuclear fuel contains the same amount of energy as all three fuel tanks of the Space Shuttle.  To be fair, you couldn't necessarily use that fuel the same way to launch the Space Shuttle; you have to have systems that can actually combust it and get thrust out of it.  It's not just the energy content as the only issue, but that is the defining characteristic that makes nuclear reactions key to getting around the Solar System; enabling things like travelling at constant acceleration.  Instead of just initially firing your thruster and basically floating on an orbit to get to different planetary bodies — which is what's often proposed for getting people to Mars; which would take on the order of six, seven, eight months to do.  If you had nuclear reactions — especially fusion reactions — you can be accelerating for half the trip, and decelerating the second half of the trip; you can cut that time down to weeks or even days.

We were all excited that New Horizons got to Pluto. Unfortunately, it didn't have the fuel in it and the engines to slow down when it got there; which is too bad, because it spent ten years getting there, and even just passing by in the course of a couple of weeks, found amazing things.  Imagine if it actually got to stop and stay?  If you had nuclear reactions, that the type of stuff you could be doing.  If you had one-gravity acceleration, so you're constantly accelerating, providing the thrust that creates the equivalent of one Earth gravity for the crew on the space ship, it would literally take 16 days to get to Pluto.  Compared to New Horizons taking ten years to get there; that's when the orbits are closest, but maybe a few more days in sub-optimal conditions.

You're talking about a complete revolution in our ability to efficiently get around the Solar System; travel to different planetary bodies; visit multiple locations.  If you want to send people to Mars, this is the way to do it.  If you want to send people out to other places, this is the way to do it.  Even robotic missions; you want to get around and do way more exploration.  There's so much we don't know about all these planets, about their moons; there's just so much to figure out. These are the kinds of systems that are going to create vast improvements in our ability to do it.

And again, the third category is developing the resources in space; developing the ability to utilize what's available to us on the Moon, on Mars, on different asteroids.  This is something we don't really do at all, yet.  So, you have to bring basically everything with you through that very costly energy-intensive first hurdle of getting from Earth's surface up into Earth orbit, through travelling the vast distances of space.  This is just this very early pioneer style mode of activity.  Whereas, if we're going to be serious about this, we need to develop the capabilities to utilize the resources that are there; and eventually look to serious industrialization and development of advanced systems out in space, on-site at different planetary bodies.  One critical driver to this whole thing that we've put a major focus on is the development of helium-3 from the Moon. Helium-3 being an absolutely unique, excellent fusion fuel; which is basically absent on Earth, but relatively abundant all over the lunar surface, and could be an excellent fuel for fusion propulsion in space and also to provide electricity energy back here on Earth.  There's been years of serious study and designs and investigations of how to go to the Moon, develop the systems to process the regala[ph], extract the helium-3; and initiate real industrial-style processes; developments on the lunar surface.  That's just one example.  You want to get oxygen, hydrogen, metals; asteroids are also potentially very useful places to develop the resources.  So, as a third category, the general idea of developing advanced capabilities to utilize and create what we need in different regions of the Solar System.

If you put this together and look at these things synergistically as integrated technologies, infrastructure systems, levels of energy flux density; as a whole they define for mankind a completely different relationship to the Solar System.  The question is, are we making investments that are bringing us to that level?  Can we say that the investments we're going to make in this next administration are going to be taking mankind in that direction, to be able to support these qualitatively higher levels of activity to the point where we can honestly look back in a couple of generations and see the space activity going on now as equivalent to Lewis and Clark style explorations of the West; and have mankind have the capabilities to regularly visit many planetary bodies and do all we want around the Solar System?  That's the vision that we need.

We were talking about this with Mr. LaRouche earlier today, and he again said, "Your starting point is Krafft Ehricke."  And Krafft Ehricke's industrialization of the Moon really I think is the critical driver program that can get a lot of this going.  As I said, we have helium-3 on the Moon; that puts fusion directly right there on the table.  You're talking about developing industrial capabilities and mining capabilities on the Moon.  If you're serious about doing this, you want to increase our access to space from the Earth's surface.  So, it is excellent that we're seeing a lot of discussion about the Moon coming on the table again; but I think the issue is, are we going to pursue this Krafft Ehricke vision for a real industrial development? Although he might have used different terms in discussing it, he had exactly the same conception that Mr. LaRouche has:  That this is the basis for mankind's much broader expanse.  Really the essential nature of the type of qualitative changes that mankind goes through in his natural growth and development as a very unique species on this Earth and hopefully tomorrow in the Solar System.

As Jason mentioned, some of this is discussed in an article that's going to be released in the next issue of the Hamiltonian.  This is an ongoing subject of discussion, but with the openness now, I really think it's critical we set the level of discussion on that basis.

ROSS:  Mmhmm; that's aiming pretty high, that's good.  I think that's a really apt description that you got about comparing Lewis and Clark.  It used to be a really difficult thing to cross the continent; now it isn't.  Or think about the Silk Road.  The ancient Silk Road.  If you're trying the develop that region of the planet with camel caravans, and you contrast that with what China is able to do now with building rail networks and helping build them and road networks in these neighboring countries; you totally transform the relationship to that area.  The old development of human settlements along coasts, along oceans or along rivers; and then by the chemical revolution, by the ability to have steam power — also canals earlier, but still connected to water; but with steam power, it made it possible to open up the interior of the continents.  And with the potential for nuclear power, then the Solar System becomes something that's accessible to us in a meaningful or more regular way than an exotic, years-long, life-threatening trip.

The other aspect, which you talked about is, if you look at what's going on with the New Paradigm in the world; what China's doing, with the way things are being reshaped politically also around Russia.  And then you look at the scientific advancements that are being made, where China's got a very top-line in the world super-conducting tokamak for fusion research.  The major breakthroughs in terms of lunar exploration — that's China right now; China's going to be landing on the far side of the Moon; China had the first soft landing on the Moon in decades.  This is really a potential.  With their far side of the Moon landing, China will be able to take the first photographs of our universe in the very low radio range; it's never been done before.  We'll have access to a whole new sense of sight about the universe around us.

So, I think it's very exciting.  It's definitely much more thrilling than most of the discussion that takes place about this policy or that policy, when you think big like that.

DENISTON:  Mr. LaRouche's platform concept is so key.  People just don't have the idea of this type of qualitative leaps that are natural for mankind.  People are so accustomed at this point to just slow, incremental progress if there's any progress at all.  It's going to be a fight to get people to think on this level again.

ROSS:  Yes!  So much of what is considered to be progressive or useful is only nudging people toward being better savers or something; compared to the kinds of huge changes that are going to be needed.  I think that's a very good image that we've given people.  Let's end it with that.  I think the thing to take from this also is that we have got a lot that we need to do; a lot of policies to put into place; and a wide open opportunity to make it happen right now.  Including, as Jeff was emphasizing, Glass-Steagall is absolutely doable during this session of Congress; even before the inauguration of the next President and the next Congress in January.  This is something we can do right now, next week, in this period.

The ability to understand this concept of the platforms, of the history of economic development of the United States, a real major aspect of economic science, comes through studying Alexander Hamilton.  So, if you have not been working through Alexander Hamilton's reports, I urge you to get in touch with — if you're near one of our offices, one of our locations, to join us for these readings.  Get a copy of these reports yourself. The book, Alexander Hamilton's Vision contains all four of the reports, along with Mr. LaRouche's Four New Laws to Save the USA Now.  And you don't have to get into a fistfight at a Walmart parking lot to pick it up, either.

Let's end it with that.  Please sign up through our website if you haven't already, to find out how to get involved with us. Get our daily email, join us via the action center; let's be in touch, and let's make this happen right now.  There is nothing to wait for; the situation is open.  So, thank you for joining us; thank you to Ben and Jeff.  Thank you for all the work that you have done and that you will do in the period immediately ahead.



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