Princeton University / University of California San Francisco / National Cancer Institute / /
IndustryTerm
chemical concentration / equilibrium solution / chemical diffusion / chemical interactions / chemical gradients / lattice site / food / particular chemical / stable solutions / local chemical concentrations / chemical consumption / chemical exchange parameters / microfabrication technology / local food concentrations / chemical / food concentrations / chemicals / chemical distribution / food resource / /
MedicalCondition
Nature Reviews Cancer / strain / prostate cancer / real tumors / tumor / necrosis / cancer / tumors / disease / solid tumor / solid cancer tumor / cancer tumors / rapidly growing tumor / TUMOR In cancer / cancer tumor / /
MedicalTreatment
antibiotics / chemotherapy / /
NaturalFeature
East coast / Mississippi river / /
Organization
National Cancer Institute / American Institute of Physics / National Science Foundation / USA Department of Pathology / Princeton University / Department of Physics / University of California San Francisco / /
Person
Chris Cleveland / Terry Hwa / Guillaume Lambert / B. As / Saurabh Vyawahare / Robert Austin / Andrew Bergman / Susan Rosenberg / David Liao / Nigel Goldenfeld / C. Athena Aktipis / Jonas Pedersen / Ted Cox / John Nashs / /
Position
green player / Emperor / indicated player / Dilemma Player / player / Author / physicist / evolutionary player / controller / /
ProvinceOrState
New Jersey / Mississippi / California / /
PublishedMedium
Nature Reviews Cancer / Chemical Society Reviews / Evolution and Human Behavior / /
Physics of cancer propagation: A game theory perspective Chris Cleveland, David Liao, and Robert Austin Citation: AIP Advances 2, [removed]); doi: [removed] View online: http://dx.doi.org[removed][removed]Vie