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mathcancer.blogspot.com

Paul Macklin's Math Cancer Lab

Dedicated to developing patient-calibrated mathematical models that help improve clinical care.

http://mathcancer.blogspot.com/

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Paul Macklin's Math Cancer Lab | mathcancer.blogspot.com Reviews
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Dedicated to developing patient-calibrated mathematical models that help improve clinical care.
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Paul Macklin's Math Cancer Lab | mathcancer.blogspot.com Reviews

https://mathcancer.blogspot.com

Dedicated to developing patient-calibrated mathematical models that help improve clinical care.

INTERNAL PAGES

mathcancer.blogspot.com mathcancer.blogspot.com
1

Paul Macklin's Math Cancer Lab: February 2012

http://mathcancer.blogspot.com/2012_02_01_archive.html

An early test of our new 3-D agent-based cell model, growing from 10 to 80,000 agents in about 25 days (24-threaded simulation required about 5 hours). Rendered in 3D using POVRAY (with a cutaway view). [ Read more . Wednesday, February 15, 2012. Grant submitted to the NSF. Today, Paul Newton. And I submitted a joint grant to the National Science Foundation in the Physical and Engineering Sciences in Oncology (PESO) program. Signaling, tissue biomechanics, fluid flow, nonlinear transport. DCIS modeling p...

2

Paul Macklin's Math Cancer Lab: October 2013

http://mathcancer.blogspot.com/2013_10_01_archive.html

An early test of our new 3-D agent-based cell model, growing from 10 to 80,000 agents in about 25 days (24-threaded simulation required about 5 hours). Rendered in 3D using POVRAY (with a cutaway view). [ Read more . Saturday, October 26, 2013. I'm in the process of rolling out some updates to my website. The first thing you'll see is a new talk / tutorial on computational modeling of biological processes, based upon my recent talk at the USC PS-OC Short Course. Posted by Paul Macklin. Note:  This i...

3

Paul Macklin's Math Cancer Lab: 2015 Speaking Schedule

http://mathcancer.blogspot.com/2014/12/2015-speaking-schedule.html

An early test of our new 3-D agent-based cell model, growing from 10 to 80,000 agents in about 25 days (24-threaded simulation required about 5 hours). Rendered in 3D using POVRAY (with a cutaway view). [ Read more . Thursday, December 11, 2014. Here is my current speaking schedule for 2015. Please join me if you can! Feb 13, 2015. Seminar at the Institute for Scientific Computing Research. Lawrence Livermore National Laboratory ( LLNL. 2014 public speaking schedule. 2013 public speaking schedule. Im ver...

4

Paul Macklin's Math Cancer Lab: Website updates ...

http://mathcancer.blogspot.com/2013/10/website-updates.html

An early test of our new 3-D agent-based cell model, growing from 10 to 80,000 agents in about 25 days (24-threaded simulation required about 5 hours). Rendered in 3D using POVRAY (with a cutaway view). [ Read more . Saturday, October 26, 2013. I'm in the process of rolling out some updates to my website. The first thing you'll see is a new talk / tutorial on computational modeling of biological processes, based upon my recent talk at the USC PS-OC Short Course. Posted by Paul Macklin. Note:  This i...

5

Paul Macklin's Math Cancer Lab: January 2013

http://mathcancer.blogspot.com/2013_01_01_archive.html

An early test of our new 3-D agent-based cell model, growing from 10 to 80,000 agents in about 25 days (24-threaded simulation required about 5 hours). Rendered in 3D using POVRAY (with a cutaway view). [ Read more . Tuesday, January 1, 2013. Here is my current speaking schedule for 2013. Please join me if you can! March 22, 2013. Mathematical Biology Seminar, Department of Mathematics, Duke University, Durham, North Carolina. April 19, 2013. Together (a conversation starter). May 30, 2013. June 12, 2013.

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