Convert Planck mass to Deuteron mass
Please provide values below to convert Planck mass [m_P] to Deuteron mass [m_d], or Convert Deuteron mass to Planck mass.
How to Convert Planck Mass to Deuteron Mass
1 m_P = 6.50939275984626e+18 m_d
Example: convert 15 m_P to m_d:
15 m_P = 15 × 6.50939275984626e+18 m_d = 9.76408913976939e+19 m_d
Planck Mass to Deuteron Mass Conversion Table
| Planck mass | Deuteron mass |
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Planck Mass
The Planck mass (m_P) is a fundamental physical constant representing a mass scale derived from natural units, approximately 2.176 × 10^-8 kilograms.
History/Origin
Introduced by Max Planck in 1899 as part of his system of natural units, the Planck mass emerged from combining fundamental constants to define a universal mass scale in theoretical physics.
Current Use
The Planck mass is primarily used in theoretical physics, especially in quantum gravity and high-energy physics, to express natural units and scale phenomena near the Planck scale.
Deuteron Mass
The deuteron mass (m_d) is the mass of a deuteron, which is the nucleus of deuterium consisting of one proton and one neutron, approximately 3.3436 × 10^-27 kilograms.
History/Origin
The deuteron mass has been determined through nuclear physics experiments involving mass spectrometry and nuclear reactions, with precise measurements becoming available in the 20th century as experimental techniques advanced.
Current Use
The deuteron mass is used in nuclear physics, astrophysics, and related fields to calculate nuclear reactions, binding energies, and in the calibration of mass spectrometers involving deuterium nuclei.