Gauss
Unit of magnetic flux densityWikipedia
12
MENTIONS
7
EPISODES
4
PODCASTS
Search complete. 12 mentions across 7 episodes found for "Gauss".
Sep 11, 2026
Half the Neutron Stars
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7:27AnnaHOST
The range depends on what you assume about the field distribution at birth.
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7:32AnnaHOST
If it peaks around 1 times 10 to the 14 Gauss, you get 40 to 70%.
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7:37AnnaHOST
If it peaks a bit higher around 2.5 times 10 to the 14, you get 30 to 50.
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7:43AveryHOST
So the headline number is about half, with honest width on it.
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10:56AnnaHOST
24.
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10:57AnnaHOST
That's the tightest constraint they have, and it's also a very small number to hang a galaxy on.
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11:02AnnaHOST
And third, magnetar here is defined by a threshold, a dipole field above about 10 to the 13.5 Gauss.
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11:11AnnaHOST
And nature doesn't come with a threshold.
How to reduce the toxic load on your body, with Dr Nicole Bijlsma
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16:42Nicole BijlsmaGUEST
So the radio frequencies we use with the Safe and Sound Pro 2 meter.
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16:46Nicole BijlsmaGUEST
But for a magnetic field, you can either use a compass or you can get a Gauss meter, G-A-U-S-S meter.
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16:54Paul TaylorHOST
Right.
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16:55Nicole BijlsmaGUEST
So generally, the EMF devices on the market are pretty crap.
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Unknown podcast
The Mysterious Signals Scientists Still Can_t Explain in Deep Space
Sep 4 · 1 Mention
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68:12speaker_2NARRATOR
Magnetars take this to another level entirely.
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68:16speaker_2NARRATOR
Their surface fields reach approximately 10 to the power of 15 Gauss, a quadrillion times the strength of Earth's magnetic field and roughly a thousand times stronger than a typical neutron star.
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68:27speaker_2NARRATOR
These magnetic fields are so intense that at a distance of halfway between Earth and the Moon, a magnetar's field would erase every credit card on the planet and fatally disrupt the biochemistry of every living cell.
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68:39speaker_2NARRATOR
The energy stored in these fields is colossal, sufficient to power bursts of radiation that briefly outshine entire galaxies.
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Unknown podcast
Why Magnetars Are The Most Violent Objects in the Universe
Sep 1 · 4 Mentions
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46:08speaker_4NARRATOR
These rapidly spinning objects carry magnetic fields inherited from the parent star, amplified by the compression.
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46:15speaker_4NARRATOR
A typical stellar magnetic field of a few Gauss becomes, after the collapse compresses it into a tiny volume, a neutron star field of roughly 100 million to 1 trillion Gauss.
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46:26speaker_4NARRATOR
These are already enormous magnetic fields by any standard, millions of times stronger than the most powerful magnets humans have ever built.
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46:35speaker_4NARRATOR
The spinning magnetic field sweeps beams of radio waves and x-rays across space like a lighthouse beam.
18 MINS LATER
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64:58speaker_4NARRATOR
The culmination of decades of materials, science and engineering represent the boundary of what terrestrial physics can sustain.
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65:05speaker_4NARRATOR
A magnetar's surface field measures roughly 10 billion to 100 billion Tesla.
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65:11speaker_4NARRATOR
Written in Gauss, that is, 100 trillion to 1 quadrillion Gauss.
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65:16speaker_4NARRATOR
Take the most powerful continuous magnet humanity has ever built and multiply its output by a factor of roughly a billion.
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Unknown podcast
Why Uranus Is The Strangest Planet We Barely Understand
Aug 31 · 2 Mentions
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61:34speaker_2NARRATOR
This meant that the magnetic field strength varied enormously depending on where you measured it.
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61:39speaker_2NARRATOR
At the surface nearest the displaced magnetic centre, the field reached about 1.1 Gauss.
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61:45speaker_2NARRATOR
On the opposite side of the planet, it dropped to approximately 0.1 Gauss, a factor of 10 difference between the strongest and weakest surface field values.
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61:56speaker_2NARRATOR
No other planet showed anything close to this degree of asymmetry.
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61:59speaker_2NARRATOR
The combination of extreme tilt and large offset created a magnetosphere that behaved in ways planetary scientists had never encountered.
P
Unknown podcast
The Mysterious Signals Scientists Still Can_t Explain in Deep Space
Aug 31 · 1 Mention
S
66:50speaker_4NARRATOR
Magnetars take this to another level entirely.
S
66:54speaker_4NARRATOR
Their surface fields reach approximately 10 to the power of 15 Gauss, a quadrillion times the strength of Earth's magnetic field and roughly a thousand times stronger than a typical neutron star.
S
67:05speaker_4NARRATOR
These magnetic fields are so intense that at a distance of halfway between Earth and the Moon, a magnetar's field would erase every credit card on the planet and fatally disrupt the biochemistry of every living cell.
S
67:17speaker_4NARRATOR
The energy stored in these fields is colossal, sufficient to power bursts of radiation that briefly outshine entire galaxies.
PEMF, Hydrogen & the Future of Integrative Wellness || Andrew Scheim
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2:33Andrew ScheimGUEST
So once you take this magnetic field and crank up the power, now this is where it's debated a lot in the PMF world, but you have a magnetic field strength that's involved in every PMF system.
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2:47Andrew ScheimGUEST
It's called Gauss or Tesla units.
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2:50Andrew ScheimGUEST
So the PMF that I...
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2:54Andrew ScheimGUEST
I use in body work has very, very strong power because as you go in each inch, the power reduces, it's called the inverse square laws.