| Gallium arsenide (48) |  |
| Indium antimonide (3) | |
| Indium arsenide (9) | |
| Titanium dioxide (43) | |
| Gallium arsenide (48) | |
| Indium antimonide (3) | |
| Indium arsenide (9) | |
| Titanium dioxide (43) | |
which are made commonly of silicon and indium antimonide, the group's hybrid sensor displayed much higher sensitivity to magnetic fields.
Production cost for graphene is also much lower than silicon and indium antimonide. Potential applications for the new sensor include the automotive industry,
are made currently of silicon or indium antimonide. For instance, when there is a change in temperature due to the car's air-conditioner or heat from the sun,
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