In order to try and validate the EU hypothesis, what would you want Herschel to look at? Since it is possible for people submit a proposal for observation time, it could be worth putting something together.
"The Open Time (OT1) call will be released on 20 May 2010 with proposal submission deadline on 22 July 2010 at 12:00 UT"
What would YOU want Herschel to look at?
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Biggins
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earls
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Re: What would YOU want Herschel to look at?
I'd personally like to see the "circuit" model of the sun verified. Now, what you look at to do so and if Herschel is up to the task is beyond me.
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MrAmsterdam
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Re: What would YOU want Herschel to look at?
Hi Mr Biggins,
What matter can Herschel space probe observe with its sensors covering the frequency range of 30 to 857 GHz?
Can Herschel perceive anything within the boundaries of the heliosphere? If so, let's take a look at area of the north and southpole of the sun, the closest star. If thats not possible, I would like to have a good look at a lookalike star of the sun and look at its plasma properties.
Why? If the universe is electric, our solar system will thrive for an electric balance. This energy is partly distributed by space vortices/ birkeland currents.
"Auroras are created when the electrons inside the tornadoes collide with particles in the ionosphere, releasing energy and making the molecules glow."
So depending on the capabilities of the sensors in perceiving such plasma matter;
1. The area arround the sun.
2. the area arround the closest lookalike sun.
3. The area arround an exoplanet containing water or even its heliosphere plus the 'cold gas cloud' or dusty plasma cloud where the star and exoplanet are surrounded with.
And a second picture of all objects a year later to see the differences. I just want to see this electric energy flow.
In hope Im not babbeling nonsense, Mr Gibbins could give me a hand in answering the question about the sensors?
Ofcourse, If it doesnt work out, we can reason backwards and try to predict what we are going to see....
In any case, thank you for keeping us in the loop, Mr Biggins.
Thierry
What matter can Herschel space probe observe with its sensors covering the frequency range of 30 to 857 GHz?
Can Herschel perceive anything within the boundaries of the heliosphere? If so, let's take a look at area of the north and southpole of the sun, the closest star. If thats not possible, I would like to have a good look at a lookalike star of the sun and look at its plasma properties.
Why? If the universe is electric, our solar system will thrive for an electric balance. This energy is partly distributed by space vortices/ birkeland currents.
"Auroras are created when the electrons inside the tornadoes collide with particles in the ionosphere, releasing energy and making the molecules glow."
So depending on the capabilities of the sensors in perceiving such plasma matter;
1. The area arround the sun.
2. the area arround the closest lookalike sun.
3. The area arround an exoplanet containing water or even its heliosphere plus the 'cold gas cloud' or dusty plasma cloud where the star and exoplanet are surrounded with.
And a second picture of all objects a year later to see the differences. I just want to see this electric energy flow.
In hope Im not babbeling nonsense, Mr Gibbins could give me a hand in answering the question about the sensors?
Ofcourse, If it doesnt work out, we can reason backwards and try to predict what we are going to see....
In any case, thank you for keeping us in the loop, Mr Biggins.
Thierry
Today's scientists have substituted mathematics for experiments, and they wander off through equation after equation, and eventually build a structure which has no relation to reality. -Nikola Tesla -1934
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MrAmsterdam
- Posts: 596
- Joined: Tue Oct 27, 2009 8:59 am
Re: What would YOU want Herschel to look at?
Today's scientists have substituted mathematics for experiments, and they wander off through equation after equation, and eventually build a structure which has no relation to reality. -Nikola Tesla -1934
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