Centennial Nobel
Optical Tweezers Teaching & Research System
The 2018 Nobel Prize in Physics was awarded to Arthur Ashkin "for the optical tweezers and their application to biological systems."
The Optical Tweezers Teaching & Research System, developed by Jiuzhang Quantum, enables not only optical trapping and optical vortex tweezer experiments, but also optical trapping force investigation and cell membrane elasticity measurement through its newly integrated microfluidic system. Spanning optics, mechanics, biology, nanotechnology, and other fields, this multi-module system fosters interdisciplinary thinking and innovation, helping students break down disciplinary barriers and understand practical applications of technological convergence.
Product Highlights
Modular Design: Self-assembly of the optical path with swappable optical units allows for direct exploration of experimental principles.
Hands-on Application: Integrated microfluidic system enables multi-disciplinary exploration across optics, mechanics, biology, and beyond.
Turnkey Solution: Paired with tools and teaching methods from Jiuzhang’s "Centennial Nobel" product platform to cultivate comprehensive scientific research capabilities.
Product Highlights
Modular Design: Self-assembly of the optical path with swappable optical units allows for direct exploration of experimental principles.
Hands-on Application: Integrated microfluidic system enables multi-disciplinary exploration across optics, mechanics, biology, and beyond.
Turnkey Solution: Paired with tools and teaching methods from Jiuzhang’s "Centennial Nobel" product platform to cultivate comprehensive scientific research capabilities.
Key Research Topics
01 Understanding the principles of optical tweezers technology
02 Understanding the principles of optical tweezers based on vortex beams
03 Microscopic imaging
04 Measuring the effective range of optical traps
05 Observing experimental phenomena of optical vortex tweezers
06 Measuring optical trapping forces under varying laser powers
07 Measuring cell membrane elasticity
Key Research Topics
01 Understanding the principles of optical tweezers technology
02 Understanding the principles of optical tweezers based on vortex beams
03 Microscopic imaging
04 Measuring the effective range of optical traps
05 Observing experimental phenomena of optical vortex tweezers
06 Measuring optical trapping forces under varying laser powers
07 Measuring cell membrane elasticity
Specifications
JZNobel-OT-01
| Parameter | Specification |
| Vortex Beam OAM Charge |
m=16 |
| Objective Lens | 00× Oil Immersion Objective |
| Trapping Force | 0–10 pN |
| CCD Resolution |
1280 × 1024 |
| Flow Rate Control Range | 0.07-40000 μL/min |
| 3D Stage Travel Range | ±6.5 mm |
Specifications
JZNobel-OT-01
| Parameter | Specification |
| Vortex Beam OAM Charge |
m=16 |
| Objective Lens | 00× Oil Immersion Objective |
| Trapping Force | 0–10 pN |
| CCD Resolution |
1280 × 1024 |
| Flow Rate Control Range | 0.07-40000 μL/min |
| 3D Stage Travel Range | ±6.5 mm |
End-to-End Educational & Research Solutions
Nobel Prize Knowledge Base
Detailed history of the Nobel Prizes in Physics, scientific principles, and laureate introductions.
Experimental Instruments
In-depth explanations and operational guides for Nobel-related physics experimental instruments.
Teaching Resources
Rich and diverse lesson plans, lab manuals, and academic materials.
Management Tools
Efficient research project management tools to empower team collaboration.
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