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Eur. Phys. J. D 65, 563 570 (2011) Resonant laser tunneling S. De Leo and P. Retells DOI: 10.1140/epjd/e2011-20408-5 Eur. Phys. J. D 65, 563 570 (2011) DOI: 10.1140/epjd/e2011-20408-5 THE EUROPEAN

How to fill out resonant laser tunnelling

How to fill out resonant laser tunnelling:

1. Understand the concept of resonant laser tunnelling: Resonant laser tunnelling refers to the process of transferring energy through a tunnel barrier using laser-light excitation. To fill out this process, you need to have a good understanding of the principles behind it.
2. Choose the appropriate laser: Select a laser that is suitable for the resonant laser tunnelling experiment. The laser should have the right wavelength and intensity to achieve the desired results.
3. Prepare the setup: Set up the experimental apparatus, including the laser, sample material, and tunnel barrier structure. Ensure that the alignment is precise and all components are properly functioning.
4. Calibrate the laser intensity: Adjust the laser intensity to an optimal level for resonant laser tunnelling. This step is crucial as the intensity can significantly impact the tunnelling phenomenon.
5. Characterize the sample material: Determine the properties of the sample material, such as its bandgap energy and electronic structure. This information is essential for understanding resonant laser tunnelling behavior.
6. Apply laser excitation: Activate the laser and apply it to the sample material. The laser excitation should be at a resonant frequency to facilitate efficient energy transfer across the tunnel barrier.
7. Observe the tunnelling effect: Monitor the response of the sample material to the applied laser excitation. Measure parameters like tunnelling current, transmission probability, or energy transfer efficiency.
8. Analyze the data: Collect and analyze the obtained experimental data. Use appropriate analytical techniques to interpret the observed resonant laser tunnelling behavior.

Who needs resonant laser tunnelling?

1. Researchers in the field of nanotechnology: Resonant laser tunnelling has significant implications in nanotechnology, particularly in the study of quantum tunneling and energy transfer at the nanoscale. Researchers in this field can benefit from using this technique to explore new phenomena and improve existing technologies.
2. Scientists studying energy transfer processes: Understanding how energy is transferred through tunnel barriers is crucial in various fields, such as photovoltaics, optical communications, and quantum computing. Resonant laser tunnelling provides valuable insights into these processes and can aid scientists in advancing their research.
3. Engineers developing novel electronic devices: Resonant laser tunnelling has the potential to revolutionize electronic device design and improve their overall performance. Engineers working on innovative technologies, such as tunnel diodes, photodetectors, or quantum well devices, can utilize the principles of resonant laser tunnelling to enhance device efficiency and functionality.

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