Virginia MagLev Project Back on Track
Raven42rac writes "After much delay, the $14 million Maglev train project is back on track at Old Dominion University in Virginia. All the petty lawsuits have been settled, and a much needed $2 million grant has been approved. Let us hope that this sets a precedent to Americans to not litigate ourselves out of the science and technology markets due to petty disagreements and greed. We do not need to be our own worst enemy. I, for one, would much rather ride a Maglev monorail with others, than drive a gas-guzzling car by myself. (And I apologise for the pun in the headline.)"
"I, for one, would much rather ride a Maglev monorail with others, than drive a gas-guzzling car by myself"
Why would you want to be stuck on a train that goes from somewhere you're not (requiring you to get from where you are to the initial station) to somewhere you don't want to be (requiring you to get from the final station to where you want to go) via places where you don't want to go at times you can't choose, sitting across from a drunk and alongside someone who's coughing and sneezing all over you, rather than drive in your own car by yourself from where you are to where you want to go at whatever time you feel like?
Certainly there are places where the roads are so bad that trains are preferable (e.g. London), but in the vast majority of cases, trains really, really suck.
Maglev is extraordinarily expensive, noisy, and an engineering solution to what is a civil problem - commuting.
If maglev is what it takes to move people off the roads, I pity our civilization.
What about ordinary (cheap) trains, faster conventional trains (like Europe's TGVs) or living closer to work, or working more via Internet, or carpooling?
The best way to avoid commuting is for people to move back into the cities, to walk to work, to downsize the huge companies into smaller human-sized organizations, to live on a human scale. The best way to connect large countries is through high-speed trains that use conventional rail technology. It does not happen today for one simple reason: the artificially low cost of travelling by car and by air (thanks to subsidies on roads and on fuel).
Ceci n'est pas une signature
When I was a student, I rode a $100 bike to class. Building a $14 million monorail to do the same job sounds like overkill to me.
"Let us hope that this sets a precedent to Americans to not litigate ourselves out of the science and technology markets"
For example, yet another lawsuit against the Diablo Canyon nuclear plant (what is this the tenth, twentieth, thirtieth?). The truth of the matter is that this is exactly the reason that the nuclear industry has shut down. Insurance costs are too high because people are sucessful at suing a plant so that it will never make any profits (Diablo Canyon) or voting it closed (Racho Seco Nuclear Power Plant).
"ODU Board of Visitors member William M. Lechler also has voiced skepticism. ?It sounded like it was going to be a difficult process,? he said in December. ?They really had to have a breakthrough in technology.?
"Morris has insisted that breakthrough will happen once the $2 million federal grant money flows."
That's a pretty big assumption.
And what new would we have learnt that way? Surely a university has a duty to innovate. Most research money is down the drain when looked at from a short-term practical perspective. It's only further down the road (when we run out of petrol) that we'll be glad for the work done on this prototype.
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USA: home of the world's largest terrorist training camp.
I, for one, welcome our new Maglev overlords.
Maybe slashdot should auto-ban people who post "I for one welcome our [topic] overlords." and "In Soviet Russia, [topic] [verb]'s you."
Or at least punish the people who mod them up.
Throwing good money after bad. BTW, the ODU campus isn't really that big.
"God fights on the side with the best artillery." - Napoleon, Marshal of France - speaking truth to power
Just why is it greed when I'm looking out for myself?
I, for one, would much rather ride a Maglev monorail with others, than drive a gas-guzzling car by myself.
And I, for one, would much rather ride in a comfortable gas-guzzling, XM radio playing SUV than an a 14 million dollar mass transit Maglev that smells like a wet band-aid. Just another petty opinion, I guess.
Seth
That's suburban sprawl, and it's also unclear if this is a cause or an effect of having so many cars.
Just why is it greed when I'm looking out for myself?
That pretty much defines greed. A better way to put it would be: why is it greed when I'm only asking for what you agreed to pay me?
The higher the technology, the sharper that two-edged sword.
In Germany one is expected to own a car as well although many times families have only one car which is indeed a difference between Germany and the US. I personally do know exactly two adults who do not have a car at all and in my family everybody has his/her own car. I guess it largely depends on where you live in europe but it my case it even is a major city with rather good public transport systems.
Excellent point. Most US cities are like the suburbs and rural areas of European cities - they can be larger than 100 square miles (not kilometers)! Most people live in stand-alone wooden houses, and most of the businesses are on the perifery of the city - many times even in rural areas!
A lot of this happened due to a real lack of urban planning, in the American spirit. "Oh, let's build the factory right HERE, in the middle of nowhere". "Oh, let's put a residential neighborhood right here, in the middle of this farmland".
This is often because planners are unduly influenced by those who own large tracts of land - they're not trying to build cities that make sense - instead, they plan to build cities that make a lot of money for a few land owners.
Just looking out for yourself is neither selfish nor being greedy. It becomes selfish when you lose all regard for other people's interests in the process. It becomes greed when it turns into an obsessive lust for wealth.
If construction was anything like programming, an incorrectly fitted lock would bring down the entire building...
$14,000,000 is peanuts for any kind of real transit system. raven42rac says
I strongly suspect that this particular project is not a substitute for driving a gas-guzzling car. On any campus I have ever been on almost no-one drives a car to get from one spot on campus to another. I strongly suspect this monorail system is substitute for riding one's bike, or going by foot.
Well, many times, people who think they're just looking out for themselves actually are being selfish and greedy. It's actually very, very difficult to not be. Care must be taken to always think about how your actions affect other people, both in the short term and the long term. Most of us think about only about the short term and consider ourselves good people, but a lot of the time, it's the long term effects that matter most. Here's an example:
The Tragedy of the Commons
+1 Insightful, -1 Troll. What can I say, I'm an Insightful Troll.
Here in Austria many people own cars, but many people ride bicycles. I think it is toss up between time & pride. It takes me two times longer to to drive into the city center (and park) than bike (and park for free). It takes me about the same time to ride to work as it does to drive. So I ride in the summer; the younger more virile guys ride all year rain, shine or snow. But here in Graz it's a reasonable thing, all the stores I want to shop at have a small branch nearby (5~10 min ride) the video store is a 3 minute walk and the Kino is 20 minute away.
I lived in the US for a time and didn't think it was so reasonable. The cities are designed to be car friendly to the expense of all other forms of traffic. The roads and parking are designed to accommodate huge vehicles (A fact many of my co-workers attribute to the poor driving the Americans exhibit, I wonder which came first). The city layout (zoning) is segmented; most people that work in town live in the suburbs, so every morning & afternoon a horrible mass migration occurs. It's outright dangerous to be in this without some sort of armored vehicle!
Whatever the US fascination is about it is NOT about freedom! I think it's more about using the cars they have! Or maybe it's a vicious cycle they can not escape from.
I wonder what will happen when the true price of energy comes to the US? I picture roving bands of Chicanos car jacking Ford gargantuan in order to pump the fuel tank out leaving their hapless owners on the side of the road calling the US version of a motoring club.
Nothing in the world is more dangerous than sincere ignorance and conscientious stupidity.
Why? For speed?
Conventional trains routinely hit 320 km/h FOR LONG STRETCHES AND DURATIONS (not just for 10km portion out of a 700 km journey), and have gone as fast as 515 km/h in tests.
The sheer complexity of the switches (*) guarantees that the resulting network will be much less flexible than an ordinary conventional high-speed rail whose switches are of the ultra-simple time-tested conventional design.
What does speed gives you? Since the energy expenditure squares each time the speed is doubled, you soon hit a wall where the energy efficiency drops well below an aircraft.
For example, a 1200 km trip (New-York_Chicago) Speed time saved* Energy How much more than
100 12 10000 at 100 km/h
200 6 6 40000 4 times
300 4 2 90000 9 times
400 3 1 160000 16 times
500 2.4 0.6 250000 25 times
600 2 0.4 360000 36 times
700 1.71 0.29 490000 49 times
* from previous time Fucking slashcode that won't let PRE pass. Fuck it (and cowboy neal too, at the same time).
So, each time you increase speed by 100 km/h, your energy use soars so much that for saving a paltry quarter-hour, you spend 13 times more energy than needed to go at 100 km/h!!!
This is the reason french TGVs only run at 300 km/h. They are designed for 400 km/h and routinely hit 450 km/h for demos but running them at 400 km/h would be too expensive for the tiny amount if time gained.
A high-speed maglev runs at the surface, where the air resistance is waaaaay much higher than for an aircraft at 35,000 feet. So the energy expenditure per seat IS GOING TO BE HIGHER than an airplane!
Even though the speed of sound is much higher on the ground than at 60,000 feet (where Concorde used to fly), 1000 km/h maglev trains will need very long viaducts and tunnels to avoid becoming high-speed stomach wrenching roller-coaster rides.
The only way a maglev could be useful is running within an evacuated tunnel in a long journey.
In theory, the trains could run at the orbital speed of the altitude they are; energy expenditure would then be zero (all you'd need is to accelerate the train to speed, and you'd recover most of that energy by decellerating it at destination). But the costs of digging tunnels that would be so perfectly aligned, immune to geological havoc (crossing from one tectonic plate to another isn't really a walk in the park) and to keep the thing perfectly evacuated would likely be prohibitive (and maintenance guys would need to work in spacesuits...). Such money should be spent instead for a space elevator.
Nobody would drive to work through this hell if there were real alternatives. You nailed it right on the head with one simple sentence:
Or maybe it's a vicious cycle they can not escape from.
Public transportation sucks. Getting a car is easy. I like to walk to work, and take public transportation when I can, but GOOD LORD the BUS is TERRIBLE! It's filled with low-lifes (especially dependent upon the time of day) that sometimes make me feel like my life is in danger. It's never on time, it stops running at 7pm, and worse of all it's perpetually overcrowded at the times I really need to ride it.
So I frequently don't take the bus. But then, how will they ever improve the situation if not enough people ride?
Catch-22 indeed.
Bryan
I don't want to se another penny of public money poured into "Developing" this "Already-proven technology." A quick look at the history of railroad-building shows that non-public railroads were and are built to haul freight and that passengers are a secondary consideration, if they are considered at all. In Europe, where railroads quickly became a state monopoly, passenger service was promoted because it gave the legislators something they could brag about and whose cost their constituents would presumably support. Or, they were built for military purposes like the Prussian State Railways in the 1850s-1860s.
Maglev has no discernible future as a commercial proposition if conventional rail can go as fast. No one seems to know how to interline freight on to or off of maglev from conventional rail. Changing from another mode and then back again eats up the profit earned from speed (if any, this is freight we are talking about, after all.) Further, if a railroad train loses power, the train stops, almost always upright on its rails. If a maglev train loses power, the train will not "Coast" to a stop! The heirs and assigns of the purple jelly that used to be its passengers will sue that line out of business and no insuror will want to take the risk of insuring maglev. It seems they have come to this conclusion already. Private maglev companies won't exist or if they do they won't survive the first failure of a train or a track segment.
Bottom line: everyone likes tech and wants a chance to play with the toys. Many want to see this technology pursued, but no one seems to want to invest substantial private money in it. Suggest the maglev enthusiasts turn their energies to finding out what free-market forces are at work and why, and address the issues that that investigation turns up. I suggest that that is the best way to save maglev. It may be the only way.
Japan is roughly the size of California and has four times the population. Trains work great in areas where everyone has access to them. The problem in the US is that people are much more distributed. There are six cities in the US where trains are cheaper than buses (off the top of my head, I think that they are New York, LA, Chicago, Baltimore, Miami, and Philadelphia). This is ignoring subsidies, just cost per passenger/mile.
In Japan, trains make sense. They run in areas that can support them. In the US, they mostly do not. Most of us do not live in areas that can support them.
Trains are subsidized too. The government often pays for the track (particularly for commuter trains).
Hello stoplights, hello tolls. Hello $30/day Manhattan parking lots, and hello to those half-hours wasted circling the street looking for an open spot. Say hello to the pedestrians and bikers, darting out in front of you. Hello traffic jams, honking horns, and cursing, irratic drivers. Hello noxious fumes and single-digit speeds on urban highways.
Say goodbye to reading the newspaper on the way to work. Goodbye to the half-hour nap you took on the train each morning. Goodbye to your stress-free commute.
For extra points state the reason the companies involved went bust.
The real subsidies that affect the US preference for cars as opposed to trains are socialized roadbuilding. The public wants its roads, and any time you build more roads, making commuting easier, you make more housing development possible because more people can now live where you built the roads, and once a new area is opened up for housing, it tends to build more houses than the roads can really support, so there's more pressure to make the roads bigger. Residential streets in suburban land developments are essentially funded as part of the costs of building the houses, either explicitly or indirectly, but the regional connector roads get heavily subsidized. And especially as most of the US economy moves to a white-collar services model and stops being manufacturing-oriented, this also makes it easier for offices to move out of the core cities, decreasing the reasons for people to live downtown. Sometimes they go to edge cities, sometimes to quasi-residential areas.
Bill Stewart
New Fast-Compression-only CPR http://preview.tinyurl.com/dy575ks