Skip to content

Optical Tweezers: Principles and Applications

Philip H. Jones, Onofrio M. Maragò & Giovanni Volpe

Preface and Acknowledgements
Chapter 1 — Introduction
Part I — Theory
Part II — Practice
Part III — Applications
Software
Videos
- Setups — Construction and Operation
- Geometrical optics
Errata
- Signal a Mistake
Contact the Authors

Search for:

@ Cambridge University Press
@ Amazon.com

Login

Videos

Set-up construction and operation

Video — Optical Tweezers — Construction and Operation — Construction and operation of a standard optical tweezers.

Video — Holographic Optical Tweezers — Construction and Operation — Construction and operation of a holographic optical tweezers.

Video — Speckle Optical Tweezers — Construction and Operation — Construction and operation of a speckle optical tweezers.

Geometrical optics

Geometrical Optics — Brownian Motion in an Optical Trap (low NA) — Brownian motion in an optical trap (low NA).

Geometrical Optics — Brownian Motion in an Optical Trap (Medium NA) — Brownian motion in an optical trap (medium NA).

Geometrical Optics — Brownian Motion in an Optical Trap (High NA) — Brownian motion in an optical trap (high NA).

Geometrical Optics — Ray on Sphere (High Refractive Index) — Scattering of a ray on a spherical particle (high refractive index).

Geometrical Optics — Ray on Sphere (Low Refractive Index) — Scattering of a ray on a spherical particle (low refractive index).

Geometrical Optics — Trapping Efficiency (High Refractive Index) — Trapping efficiencies (high refractive index).

Geometrical Optics — Trapping Efficiency (Low Refractive Index) — Trapping efficiencies (low refractive index).

Geometrical Optics — Ellipsoidal Particle — Alignment for a prolate ellipsoidal particle.

Geometrical Optics — Kramers transitions — Kramers’ transitions in a double optical trap.

Geometrical Optics — Transversal optical trapping NA=0.50 nm=1.33 np=1.50 — Transversal optical trapping: NA=0.50 nm=1.33 np=1.50.

Geometrical Optics — Transversal optical trapping NA=1.00 nm=1.33 np=1.50 — Transversal optical trapping: NA=1.00 nm=1.33 np=1.50.

Geometrical Optics — Transversal optical trapping NA=1.30 nm=1.33 np=1.50 — Transversal optical trapping: NA=1.30 nm=1.33 np=1.50.

Geometrical Optics — Axial optical trapping NA=0.50 nm=1.33 np=1.50 — Axial optical trapping: NA=0.50 nm=1.33 np=1.50.

Geometrical Optics — Axial optical trapping NA=1.00 nm=1.33 np=1.50 — Axial optical trapping: NA=1.00 nm=1.33 np=1.50.

Geometrical Optics — Axial optical trapping NA=1.30 nm=1.33 np=1.50 — Transversal optical trapping: NA=1.30 nm=1.33 np=1.50.

Geometrical Optics — Transversal optical trapping NA=0.50 nm=1.33 np=1.00 — Transversal optical trapping: NA=0.50 nm=1.33 np=1.00.

Geometrical Optics — Transversal optical trapping NA=1.00 nm=1.33 np=1.00 — Transversal optical trapping: NA=1.00 nm=1.33 np=1.00.

Geometrical Optics — Transversal optical trapping NA=1.30 nm=1.33 np=1.00 — Transversal optical trapping: NA=1.30 nm=1.33 np=1.00.

Geometrical Optics — Axial optical trapping NA=0.50 nm=1.33 np=1.00 — Axial optical trapping: NA=0.50 nm=1.33 np=1.00.

Geometrical Optics — Axial optical trapping NA=1.00 nm=1.33 np=1.00 — Axial optical trapping: NA=1.00 nm=1.33 np=1.00.

Geometrical Optics — Axial optical trapping NA=1.30 nm=1.33 np=1.00 — Axial optical trapping: NA=1.30 nm=1.33 np=1.00.

Geometrical Optics — Transversal optical trapping NA=0.50 nm=1.60 np=1.00 — Axial optical trapping: NA=0.50 nm=1.60 np=1.00.

Geometrical Optics — Transversal optical trapping NA=1.00 nm=1.60 np=1.00 — Transversal optical trapping: NA=1.00 nm=1.60 np=1.00.

Geometrical Optics — Transversal optical trapping NA=1.30 nm=1.60 np=1.00 — Transversal optical trapping: NA=1.30 nm=1.60 np=1.00.

Geometrical Optics — Axial optical trapping NA=0.50 nm=1.60 np=1.00 — Transversal optical trapping: NA=0.50 nm=1.60 np=1.00.

Geometrical Optics — Axial optical trapping NA=1.00 nm=1.60 np=1.00 — Axial optical trapping: NA=1.00 nm=1.60 np=1.00.

Geometrical Optics — Axial optical trapping NA=1.30 nm=1.60 np=1.00 — Axial optical trapping – NA=1.30 nm=1.60 np=1.00.

Philip H. Jones, Onofrio M. Maragò & Giovanni Volpe. Optical Tweezers: Principles and Applications. Cambridge University Press, 2015. ISBN:9781107051164

Loading Comments...

Write a Comment...

Email (Required)

Name (Required)

Website