Use this free, accurate nanotesla to gamma (γ) calculator to convert between Nanotesla (nT) and Gamma (γ) (γ). Includes live instant results, complete mathematical formulas, conversion tables, and step-by-step examples.
1 Gamma
1 nT is equal to 1 γ.
γ = nT
magnetic-field Converters
To convert from Nanotesla to Gamma (γ), multiply the value in Nanotesla by 1 (or use the formula: γ = nT × 1).
Take your initial measurement in Nanotesla (nT). For instance, let's convert 1 nT.
Multiply by the standard conversion factor (1).
The final converted measurement equals 1 Gamma (γ) (γ).
Compare standard reference values and common conversion benchmarks.
| Nanotesla (nT) | Gamma (γ) (γ) | Action |
|---|---|---|
| 1 nT | 1 γ | |
| 2 nT | 2 γ | |
| 3 nT | 3 γ | |
| 5 nT | 5 γ | |
| 10 nT | 10 γ | |
| 15 nT | 15 γ | |
| 20 nT | 20 γ | |
| 25 nT | 25 γ | |
| 50 nT | 50 γ | |
| 75 nT | 75 γ | |
| 100 nT | 100 γ | |
| 250 nT | 250 γ | |
| 500 nT | 500 γ | |
| 1000 nT | 1000 γ |
Official standards, measurement systems, and real-world everyday applications.
A nanotesla is a metric unit of magnetic flux density equal to one billionth of a tesla (10⁻⁹ T).
Common Practical Uses
A non-SI unit of magnetic field strength historically used in geophysics, exactly equal to 1 nanotesla (10⁻⁹ T or 10⁻⁵ Gauss).
Common Practical Uses
Calculate from Gamma (γ) (γ) back to Nanotesla (nT).
Frequently used unit conversions in this category:
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There are 1 gammas in 1 nanoteslas. Exactly 1 nT is equal to 1 γ.
The conversion formula is: Gamma (γ) = γ = nT. Applying this to 1 nT gives: 1 × 1 = 1 γ.
To convert in reverse from gammas to nanoteslas, multiply by the inverse factor: 1 γ = 1 nT. Alternatively, divide your Gamma (γ) amount by 1.
Because Nanotesla and Gamma (γ) have nearly a 1:1 ratio, the values are approximately identical for everyday estimates.
Nanotesla (nT) belongs to the Metric (SI) system, commonly used in Geomagnetic storms, Solar wind interplanetary magnetic field, Space magnetometers. In comparison, Gamma (γ) (γ) is part of the Geophysical system, frequently applied in Aeromagnetic mineral exploration maps, Geological fault mapping.
Key milestones include: 1 nT = 1 γ, 5 nT = 5 γ, 10 nT = 10 γ, 50 nT = 50 γ, and 100 nT = 100 γ.