(simpele) drums uit de MPC2500, zoom 9002 reverbje op een aux af en toe over de x0x en natuurlijk de X0Xbox.
Tot 9:20 helemaal standaard met alle mods uit.
vanaf 9:20 gebruik ik wat van de mods die dr op zitten met name filter moduleren met oscs en gate on forever.
Distortion is een ibanez tube screamer .
Many believe that humanity's destiny lies with the stars. Sadly for us,
rocket propulsion experts now say we may never even get out of the Solar System.
At a recent conference, rocket scientists from NASA, the U.S. Air Force
and academia doused humanity's interstellar dreams in cold reality.
The scientists, presenting at the Joint Propulsion Conference in Hartford,
Connecticut, analyzed many of the designs for advanced propulsion
that others have proposed for interstellar travel.
The calculations show that, even using the most theoretical of technologies,
reaching the nearest star in a human lifetime is nearly impossible.
"In those cases, you are talking about a scale of engineering that you
can't even imagine," Paulo Lozano, an assistant professor of aeronautics
and astronautics at the Massachusetts Institute of Technology and a conference
attendee, said in a recent interview.
The major problem is that propulsion -- shooting mass backwards to go
forwards -- requires large amounts of both time and fuel. For instance,
using the best rocket engines Earth currently has to offer,
it would take 50,000 years to travel the 4.3 light years to Alpha Centauri,
our solar system's nearest neighbor. Even the most theoretically efficient
type of propulsion, an imaginary engine powered by antimatter, would still
require decades to reach Alpha Centauri, according to Robert Frisbee, group
leader in the Advanced Propulsion Technology Group within NASA's Jet Propulsion
Laboratory.
And then there's the issue of fuel. It would take at least the current
energy output of the entire world to send a probe to the nearest star,
according to Brice N. Cassenti, an associate professor with the Department
of Engineering and Science at Rensselaer Polytechnic Institute. That's a
generous figure: More likely, Cassenti says, it would be as much as 100 times that.
"We just can't extract the resources from the Earth," Cassenti said during his
presentation. "They just don't exist. We would need to mine the outer planets."
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