Miniaturized atomic vapor cells are useful devices that would trace activity of electrical signals of brain, Nitrogen vacancy center magnetometry, electric and magnetic fields' sensors and some other applications. High signal to noise ratio in these miniaturized systems is one of the main bottlenecks which must be managed by selective spectroscopy methods. Here we introduce novel type of atomic vapor cell based on Rubidium hot atomic vapor suitable to increase spatial resolution of magnetometers and advantages of frequency modulation spectroscopy method to increase spectral resolution. These cells fabricate in 10-3 mbarr base pressure and under nitrogen Gas filling in clean vacuum system. Combination of these cells and spectroscopy method would be used in feedback loops of laser system of atomic sensors to lock on desired atomic transition. These ideas for new miniaturized cell can open new insight in quantum based devices in new generation of quantum sensor's, atomic clock or quantum computation applications.
Mirzaei, A. , Asadollahsalmanpour, M. , Sotoudeh, M. , Mosleh, M. and Hamidi, S. M. (2026). High Signal to Noise Ratio in Miniaturized Atomic Cells by Frequency Modulation Spectroscopy Method. Pioneering Advances in Materials, 1(1), 1-7. doi: 10.48308/piadm.2025.105969
MLA
Mirzaei, A. , , Asadollahsalmanpour, M. , , Sotoudeh, M. , , Mosleh, M. , and Hamidi, S. M. . "High Signal to Noise Ratio in Miniaturized Atomic Cells by Frequency Modulation Spectroscopy Method", Pioneering Advances in Materials, 1, 1, 2026, 1-7. doi: 10.48308/piadm.2025.105969
HARVARD
Mirzaei, A., Asadollahsalmanpour, M., Sotoudeh, M., Mosleh, M., Hamidi, S. M. (2026). 'High Signal to Noise Ratio in Miniaturized Atomic Cells by Frequency Modulation Spectroscopy Method', Pioneering Advances in Materials, 1(1), pp. 1-7. doi: 10.48308/piadm.2025.105969
CHICAGO
A. Mirzaei , M. Asadollahsalmanpour , M. Sotoudeh , M. Mosleh and S. M. Hamidi, "High Signal to Noise Ratio in Miniaturized Atomic Cells by Frequency Modulation Spectroscopy Method," Pioneering Advances in Materials, 1 1 (2026): 1-7, doi: 10.48308/piadm.2025.105969
VANCOUVER
Mirzaei, A., Asadollahsalmanpour, M., Sotoudeh, M., Mosleh, M., Hamidi, S. M. High Signal to Noise Ratio in Miniaturized Atomic Cells by Frequency Modulation Spectroscopy Method. Pioneering Advances in Materials, 2026; 1(1): 1-7. doi: 10.48308/piadm.2025.105969
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