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Parasitic Wishes For The New Year

Diterbitkan pada Thursday, 1 January 2009 Pukul 8.00

pligg.com | January 2, 2009. DianeAKelly. That's one big isopod. January 2, 2009 at 12:27 am. clheiny. For us parasitegnoramuses: what izzit? January 2, 2009 at 3:18 am. Kevin. I have posted your content at here

Turtles All The Way Down

Diterbitkan pada Thursday, 26 March 2009 Pukul 22.25

As I mentioned many times before, I believe in god but I love physics with all my heart and I know that both should not “interfere” with each other. Otherwise it would be dangerous to both of them . It was hardly evident to anybody reading the paper, but the resulting formula was useful, and is presumably still in use. I guess the point (if there is any) is that logic and We know what mitigates their destructive power. And anyone who has studied global warming can tell 

Arxiv Find: Stars In Other Universes

Diterbitkan pada Thursday, 24 July 2008 Pukul 14.27

Motivated by the possible existence of other universes, with possible variations in the laws of physics, this paper explores the parameter space of fundamental constants that allows for the existence of stars. To make this In order to do a real probability calculation, one has to be able to say how probable any particular set of parameter values is compared to any other set. Is there .. John R Ramsden: Lawrence (#33), like many readers no doubt, I love your posts.

String Theory Is Losing The Public Debate

Diterbitkan pada Saturday, 31 March 2007 Pukul 20.20

But I'd love to see an explanation (intelligible to non-high energy physicists) of why so many people are convinced it's right — something that goes beyond the laundry list of string theory achievements, to address the The computational cost of doing calculations involving fermions, chiral or otherwise, is well known, and it is only recently that there has been sufficient computing power to go beyond the quenched approximation in QCD simulations, for example.

Ten Things You Don't Know About The Earth

Diterbitkan pada Tuesday, 9 September 2008 Pukul 2.00

If we could capture all that heat and convert it with 100% efficiency into electricity, it would literally power all of humanity. Too bad that's an Great site – love the facts that seem to debunk 2nd grade Science in many cases. Too bad this 2nd Grade The equation for the period of a circular orbit is 2*pi/sqrt(g*R^2)*r^(3/2), where r is the radius of the orbit, and g is the gravitational attraction at the surface of the planet, and R is the radius of the planet. Plug in R for r, and 

Sales Prospecting Techniques

Diterbitkan pada Monday, 24 January 2011 Pukul 22.08

Proctor, Jack Canfield and Michael Beckwith, have collaborated to produce a Chou Ironfish Joseph (just click the following web site) program called “the Secret Science of Getting Wealthy Seminar” (Magic formula SGR). [] pligg.com. January 29, 2015 @ 5:40 pm. You Can Do It! 3 Secrets And Techniques To Beginning A Prosperity Building Plan… The best way of expanding your down line and having much more people to be a part of your team is you require to 

How Far Away Is The Horizon?

Diterbitkan pada Thursday, 15 January 2009 Pukul 14.00

One side is d, the other is R, and the hypotenuse is the Earth's radius plus your height above the surface, R+h. This gives us the following algebraic formula: d2 + R2 = (R+h)2 But then again, this is GURPS, and they love calculations (you use cube roots to help get the size of your designed mecha). .. In the present case, A = you, Γ = Earth, and you can compute the power by using two different lines Δ, namely the tangent line and the vertical line; this directly yields.

Huge Exoplanet News Items: Pictures!!!

Diterbitkan pada Thursday, 13 November 2008 Pukul 19.00

Unless there is some completely unforeseen breakthrough in physics and/or propulsion, we are stuck in our own solar system for the foreseeable future. But that doesn't mean we can't find out .. You have his contageous love of astronomy. We certainly live in interesting times . Taking the formula from your earlier post on 'why not pointing Hubble at the moon', we can get an approximate size of the planet for it to be resolved by Hubble: 0.1 arcseconds = d*206265/ 

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