Longitudinal elastic wave imaging using nanobomb optical coherence elastography: erratum.

Area of Science:

• Optics and Photonics
• Materials Science
• Laser Physics

Background:

• Accurate calculation of laser fluence is critical for nanoparticle excitation.
• Previous calculations contained an inadvertent error affecting results.
• Laser safety assessments depend on precise fluence data.

Purpose of the Study:

• To correct erroneous in-focus fluence calculations for pulsed laser excitation of nanoparticles.
• To revise conclusions regarding achievable laser safety limits.
• To ensure accuracy in scientific reporting and laser safety standards.

Main Methods:

• Re-calculation of in-focus fluence using corrected parameters.
• Comparison of new fluence values with previously reported data.
• Re-evaluation of laser safety limits based on updated calculations.

Main Results:

• The corrected in-focus fluence values differ from the initially published results.
• Updated calculations provide a more accurate assessment of laser-tissue interaction.
• Revised safety limit conclusions are presented.

Conclusions:

• The erratum rectifies a calculation error in pulsed laser-induced nanoparticle excitation.
• Updated findings provide a more reliable basis for laser safety limit assessments.
• Accurate fluence calculations are essential for advancing nanoparticle research and applications.