2D Material Strain to Pseudomagnetic Field Calculator
Calculate pseudomagnetic field strength induced by mechanical strain in 2D materials like graphene, MoS₂, and other transition metal dichalcogenides
Material Properties
Graphene
MoS₂
WS₂
Custom
Strain Configuration
Tesla (T)
Gauss (G)
mT
Calculating pseudomagnetic field...
About Pseudomagnetic Fields in 2D Materials
Mechanical strain in 2D materials can induce pseudomagnetic fields through the coupling between lattice deformation and electronic structure. This phenomenon is particularly pronounced in graphene and transition metal dichalcogenides.
Key Formula:
Bpseudo = (β/e) × √(εxx² + εyy² + εxy²)
Bpseudo = (β/e) × √(εxx² + εyy² + εxy²)
Where:
• β is the gauge field coupling parameter (material-dependent)
• e is the elementary charge
• εij are the strain tensor components
• The pseudomagnetic field can reach values of several Tesla for moderate strain levels