Ball lens coupled to the cellphone lens, to form a microscope and the zemax model of the aperture inserted behind the ball lens.

Spatial resolution of mobile phone microscopy is dependent on microscope optics.

Arunan Skandarajah (563402)
Clay D. Reber (563403)
Neil A. Switz (371609)
Daniel A. Fletcher (80805)

May 2014

A The resolution that can be captured with a mobile phone microscope approaches that of a ...

A dual-mode mobile phone microscope using the onboard camera flash and ambient light

Orth, A
Wilson, E
Thompson, J
Gibson, B

January 2018

Mobile phone microscopes are a natural platform for point-of-care imaging, but current solutions req...

The third element of the last group of the 1951 USAF target, imaged without immersion, resolved with the optimized cellphone microscope, equipped with a properly stopped 0.5 mm ball lens.

Temitope E. Agbana (5819720)
Jan-Carel Diehl (5393915)
Fiona van Pul (5819723)
Shahid M. Khan (190458)
Vsevolod Patlan (5393912)
Michel Verhaegen (3955943)
Gleb Vdovin (3957050)

October 2018

The width of the smallest resolved bar in the inset is 0.77 μm, corresponding to Fmax = 645 lp/mm.</...

Cellphone camera coupled to classical microscope (top), and used as a tube lens coupled to external micro-objective (bottom).

Temitope E. Agbana (5819720)
Jan-Carel Diehl (5393915)
Fiona van Pul (5819723)
Shahid M. Khan (190458)
Vsevolod Patlan (5393912)
Michel Verhaegen (3955943)
Gleb Vdovin (3957050)

October 2018

Cellphone camera coupled to classical microscope (top), and used as a tube lens coupled to external ...

System diagrams.

Zachary J. Smith (304594)
Kaiqin Chu (304596)
Alyssa R. Espenson (355125)
Mehdi Rahimzadeh (355126)
Amy Gryshuk (355127)
Marco Molinaro (355128)
Denis M. Dwyre (355129)
Stephen Lane (355130)
Dennis Matthews (355131)
Sebastian Wachsmann-Hogiu (304598)

February 2013

Top panel shows the cell phone microscope achieved by adding a ball lens to the cell phone camera...

Optical parameters of the ball lens microscope, optimized for the field of 100 × 100 μm, with different diameters of BK7 glass ball lens.

Temitope E. Agbana (5819720)
Jan-Carel Diehl (5393915)
Fiona van Pul (5819723)
Shahid M. Khan (190458)
Vsevolod Patlan (5393912)
Michel Verhaegen (3955943)
Gleb Vdovin (3957050)

October 2018

Optical parameters of the ball lens microscope, optimized for the field of 100 × 100 μm, with differ...

Comparison of mobile phone microscopes.

Neil A. Switz (371609)
Michael V. D'Ambrosio (567488)
Daniel A. Fletcher (80805)

May 2014

A) Left panel: Cartoon schematic of a ball lens mobile phone microscope. Red brackets indi...

Phone Camera Microscope Methods

Matthew Mccormick (575514)
Luis Ibanez (97454)

June 2014

Videos and images demonstrating how to make a microscope out of a cell phone camera, a drop of wa...

Lens Fabrication by Accelerated Phase-Change for Mobile Multimodal Microscopic Imaging

Sung, Yulung

December 2018

Smartphones have become a ubiquitous form of personal computing that incorporate powerful imaging se...

Design of a Low-Cost Phone Based Microscopy Device Using an Electrically Tunable Lens and Simple Lenses Made of Polymethyl Methacrylate and Soda-Lime Glass with a Samsung S8 Phone

Kalva, Srianeesh

March 2023

Microscopes, an essential device used in scientific discovery, are not uniformly available to the pu...

ZEMAX Optical Simulation Files

Qu, Y (via Mendeley Data)

April 2018

ETL at back focal plane of the objective lens in finite microscope.ZMX : the Zemax optical simulatio...

The first description of how to take a picture from the microscope with an m-phone

Bellina, Livia
MISSONI, EDUARDO

January 2016

The letter to the editor reaffirms the primacy of the authors in being the first to describe using m...

Imaging & identification of malaria parasites using cellphone microscope with a ball lens

Agbana, T.E. (author)
Diehl, J.C. (author)
van Pul, Fiona (author)
Khan, Shahid M. (author)
Patlan, Vsevolod (author)
Verhaegen, M.H.G. (author)
Vdovin, Gleb (author)

January 2018

We have optimized the design and imaging procedures, to clearly resolve the malaria parasite in Giem...

Integrated elastic microscope device

Lee, Woei Ming (Steve)
Wright, David
Watkins, Rachel
Cen, Zi

June 2016

The growing power of imaging and computing power of smartphones is creating the possibility of conve...

A lab-on-phone instrument with varifocal microscope via a liquid-actuated aspheric lens (LAL) - Fig 5

Yiin-Kuen Fuh (1551658)
Zheng-Hong Lai (4173157)
Li-Han Kau (4173154)
Hung-Jui Huang (4173160)

June 2017

(a) Implementation and experimental setup of the LAL embedded smart phone camera and detailed cha...

Spatial resolution of mobile phone microscopy is dependent on microscope optics.

Arunan Skandarajah (563402)
Clay D. Reber (563403)
Neil A. Switz (371609)
Daniel A. Fletcher (80805)

May 2014

A The resolution that can be captured with a mobile phone microscope approaches that of a ...

A dual-mode mobile phone microscope using the onboard camera flash and ambient light

Orth, A
Wilson, E
Thompson, J
Gibson, B

January 2018

Mobile phone microscopes are a natural platform for point-of-care imaging, but current solutions req...

The third element of the last group of the 1951 USAF target, imaged without immersion, resolved with the optimized cellphone microscope, equipped with a properly stopped 0.5 mm ball lens.

Temitope E. Agbana (5819720)
Jan-Carel Diehl (5393915)
Fiona van Pul (5819723)
Shahid M. Khan (190458)
Vsevolod Patlan (5393912)
Michel Verhaegen (3955943)
Gleb Vdovin (3957050)

October 2018

The width of the smallest resolved bar in the inset is 0.77 μm, corresponding to Fmax = 645 lp/mm.</...

Cellphone camera coupled to classical microscope (top), and used as a tube lens coupled to external micro-objective (bottom).

Temitope E. Agbana (5819720)
Jan-Carel Diehl (5393915)
Fiona van Pul (5819723)
Shahid M. Khan (190458)
Vsevolod Patlan (5393912)
Michel Verhaegen (3955943)
Gleb Vdovin (3957050)

October 2018

Cellphone camera coupled to classical microscope (top), and used as a tube lens coupled to external ...

System diagrams.

Zachary J. Smith (304594)
Kaiqin Chu (304596)
Alyssa R. Espenson (355125)
Mehdi Rahimzadeh (355126)
Amy Gryshuk (355127)
Marco Molinaro (355128)
Denis M. Dwyre (355129)
Stephen Lane (355130)
Dennis Matthews (355131)
Sebastian Wachsmann-Hogiu (304598)

February 2013

Top panel shows the cell phone microscope achieved by adding a ball lens to the cell phone camera...

Optical parameters of the ball lens microscope, optimized for the field of 100 × 100 μm, with different diameters of BK7 glass ball lens.

Temitope E. Agbana (5819720)
Jan-Carel Diehl (5393915)
Fiona van Pul (5819723)
Shahid M. Khan (190458)
Vsevolod Patlan (5393912)
Michel Verhaegen (3955943)
Gleb Vdovin (3957050)

October 2018

Optical parameters of the ball lens microscope, optimized for the field of 100 × 100 μm, with differ...

Comparison of mobile phone microscopes.

Neil A. Switz (371609)
Michael V. D'Ambrosio (567488)
Daniel A. Fletcher (80805)

May 2014

A) Left panel: Cartoon schematic of a ball lens mobile phone microscope. Red brackets indi...

Phone Camera Microscope Methods

Matthew Mccormick (575514)
Luis Ibanez (97454)

June 2014

Videos and images demonstrating how to make a microscope out of a cell phone camera, a drop of wa...

Lens Fabrication by Accelerated Phase-Change for Mobile Multimodal Microscopic Imaging

Sung, Yulung

December 2018

Smartphones have become a ubiquitous form of personal computing that incorporate powerful imaging se...

Design of a Low-Cost Phone Based Microscopy Device Using an Electrically Tunable Lens and Simple Lenses Made of Polymethyl Methacrylate and Soda-Lime Glass with a Samsung S8 Phone

Kalva, Srianeesh

March 2023

Microscopes, an essential device used in scientific discovery, are not uniformly available to the pu...

ZEMAX Optical Simulation Files

Qu, Y (via Mendeley Data)

April 2018

ETL at back focal plane of the objective lens in finite microscope.ZMX : the Zemax optical simulatio...

The first description of how to take a picture from the microscope with an m-phone

Bellina, Livia
MISSONI, EDUARDO

January 2016

The letter to the editor reaffirms the primacy of the authors in being the first to describe using m...

Imaging & identification of malaria parasites using cellphone microscope with a ball lens

Agbana, T.E. (author)
Diehl, J.C. (author)
van Pul, Fiona (author)
Khan, Shahid M. (author)
Patlan, Vsevolod (author)
Verhaegen, M.H.G. (author)
Vdovin, Gleb (author)

January 2018

We have optimized the design and imaging procedures, to clearly resolve the malaria parasite in Giem...

Integrated elastic microscope device

Lee, Woei Ming (Steve)
Wright, David
Watkins, Rachel
Cen, Zi

June 2016

The growing power of imaging and computing power of smartphones is creating the possibility of conve...

A lab-on-phone instrument with varifocal microscope via a liquid-actuated aspheric lens (LAL) - Fig 5

Yiin-Kuen Fuh (1551658)
Zheng-Hong Lai (4173157)
Li-Han Kau (4173154)
Hung-Jui Huang (4173160)

June 2017

(a) Implementation and experimental setup of the LAL embedded smart phone camera and detailed cha...

Spatial resolution of mobile phone microscopy is dependent on microscope optics.

Arunan Skandarajah (563402)
Clay D. Reber (563403)
Neil A. Switz (371609)
Daniel A. Fletcher (80805)

May 2014

A The resolution that can be captured with a mobile phone microscope approaches that of a ...

A dual-mode mobile phone microscope using the onboard camera flash and ambient light

Orth, A
Wilson, E
Thompson, J
Gibson, B

January 2018

Mobile phone microscopes are a natural platform for point-of-care imaging, but current solutions req...

The third element of the last group of the 1951 USAF target, imaged without immersion, resolved with the optimized cellphone microscope, equipped with a properly stopped 0.5 mm ball lens.

Temitope E. Agbana (5819720)
Jan-Carel Diehl (5393915)
Fiona van Pul (5819723)
Shahid M. Khan (190458)
Vsevolod Patlan (5393912)
Michel Verhaegen (3955943)
Gleb Vdovin (3957050)

October 2018

The width of the smallest resolved bar in the inset is 0.77 μm, corresponding to Fmax = 645 lp/mm.</...

Ball lens coupled to the cellphone lens, to form a microscope and the zemax model of the aperture inserted behind the ball lens.

Abstract

Extracted data

Ball lens coupled to the cellphone lens, to form a microscope and the zemax model of the aperture inserted behind the ball lens.

Abstract

Extracted data

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