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Gauss

Gauss

Unit of magnetic flux densityWikipedia

Search complete. 12 mentions across 7 episodes found for "Gauss".

Sep 11, 2026

AnnaHOST
7:27
The range depends on what you assume about the field distribution at birth.
AnnaHOST
7:32
If it peaks around 1 times 10 to the 14 Gauss, you get 40 to 70%.
AnnaHOST
7:37
If it peaks a bit higher around 2.5 times 10 to the 14, you get 30 to 50.
AveryHOST
7:43
So the headline number is about half, with honest width on it.
AnnaHOST
10:56
24.
AnnaHOST
10:57
That's the tightest constraint they have, and it's also a very small number to hang a galaxy on.
AnnaHOST
11:02
And third, magnetar here is defined by a threshold, a dipole field above about 10 to the 13.5 Gauss.
AnnaHOST
11:11
And nature doesn't come with a threshold.
Nicole BijlsmaGUEST
16:42
So the radio frequencies we use with the Safe and Sound Pro 2 meter.
Nicole BijlsmaGUEST
16:46
But for a magnetic field, you can either use a compass or you can get a Gauss meter, G-A-U-S-S meter.
Paul TaylorHOST
16:54
Right.
Nicole BijlsmaGUEST
16:55
So generally, the EMF devices on the market are pretty crap.

Unknown podcast

The Mysterious Signals Scientists Still Can_t Explain in Deep Space

Sep 4 · 1 Mention

speaker_2NARRATOR
68:12
Magnetars take this to another level entirely.
speaker_2NARRATOR
68:16
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.
speaker_2NARRATOR
68:27
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.
speaker_2NARRATOR
68:39
The energy stored in these fields is colossal, sufficient to power bursts of radiation that briefly outshine entire galaxies.

Unknown podcast

Why Magnetars Are The Most Violent Objects in the Universe

Sep 1 · 4 Mentions

speaker_4NARRATOR
46:08
These rapidly spinning objects carry magnetic fields inherited from the parent star, amplified by the compression.
speaker_4NARRATOR
46:15
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.
speaker_4NARRATOR
46:26
These are already enormous magnetic fields by any standard, millions of times stronger than the most powerful magnets humans have ever built.
speaker_4NARRATOR
46:35
The spinning magnetic field sweeps beams of radio waves and x-rays across space like a lighthouse beam.

18 MINS LATER

speaker_4NARRATOR
64:58
The culmination of decades of materials, science and engineering represent the boundary of what terrestrial physics can sustain.
speaker_4NARRATOR
65:05
A magnetar's surface field measures roughly 10 billion to 100 billion Tesla.
speaker_4NARRATOR
65:11
Written in Gauss, that is, 100 trillion to 1 quadrillion Gauss.
speaker_4NARRATOR
65:16
Take the most powerful continuous magnet humanity has ever built and multiply its output by a factor of roughly a billion.

Unknown podcast

Why Uranus Is The Strangest Planet We Barely Understand

Aug 31 · 2 Mentions

speaker_2NARRATOR
61:34
This meant that the magnetic field strength varied enormously depending on where you measured it.
speaker_2NARRATOR
61:39
At the surface nearest the displaced magnetic centre, the field reached about 1.1 Gauss.
speaker_2NARRATOR
61:45
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.
speaker_2NARRATOR
61:56
No other planet showed anything close to this degree of asymmetry.
speaker_2NARRATOR
61:59
The combination of extreme tilt and large offset created a magnetosphere that behaved in ways planetary scientists had never encountered.

Unknown podcast

The Mysterious Signals Scientists Still Can_t Explain in Deep Space

Aug 31 · 1 Mention

speaker_4NARRATOR
66:50
Magnetars take this to another level entirely.
speaker_4NARRATOR
66:54
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.
speaker_4NARRATOR
67:05
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.
speaker_4NARRATOR
67:17
The energy stored in these fields is colossal, sufficient to power bursts of radiation that briefly outshine entire galaxies.
Andrew ScheimGUEST
2:33
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.
Andrew ScheimGUEST
2:47
It's called Gauss or Tesla units.
Andrew ScheimGUEST
2:50
So the PMF that I...
Andrew ScheimGUEST
2:54
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.

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