1. The Reference Ability Neural Network Study: Motivation, Design, and Initial Feasibility Analyses Stern, Yaakov; Habeck, Christian G.; Steffener, Jason; Barulli, Daniel James; Gazes, Yunglin; Razlighi, Qolamreza R.; Shaked, Danielle; Salthouse, Timothy 2014 Articles NeurosciencesCognitionBrain--ImagingNeural networks (Neurobiology)
2. The Reference Ability Neural Network Study: Life-Time Stability of Reference-Ability Neural Networks Derived from Task Maps of Young Adults Habeck, Christian G.; Gazes, Yunglin; Razlighi, Qolamreza R.; Steffener, Jason; Brickman, Adam M.; Barulli, Daniel James; Salthouse, Timothy; Stern, Yaakov 2016 Articles NeurosciencesCognitionBrain--ImagingNeural networks (Neurobiology)Task analysis
3. The Indirect Effect of Age Group on Switch Costs Via Gray Matter Volume and Task-Related Brain Activity Steffener, Jason; Gazes, Yunglin; Habeck, Christian G.; Stern, Yaakov 2016 Articles NeurologyAgingNeurosciencesCognition
4. Supporting Performance in the Face of Age-Related Neural Changes: Testing Mechanistic Roles of Cognitive Reserve Steffener, Jason; Reuben, Aaron; Rakitin, Brian C.; Stern, Yaakov 2011 Articles NeurologyCognitionNeurosciencesPath analysis (Statistics)Aging
5. Neuroimaging Explanations of Age-Related Differences in Task Performance Steffener, Jason; Barulli, Daniel James; Habeck, Christian G.; Stern, Yaakov 2014 Articles NeurologyAgingNeurosciencesCognitionBrain--Imaging
6. Exploring the Neural Basis of Cognitive Reserve in Aging Steffener, Jason; Stern, Yaakov 2012 Articles NeurologyAgingCognitionNeurosciences
7. BOLD Neurovascular Coupling Does Not Change Significantly with Normal Aging Grinband, Jack; Steffener, Jason; Razlighi, Qolamreza R.; Stern, Yaakov 2017 Articles NeurologyAgingNeurosciencesCognitionBrain mapping
8. β-Amyloid Deposition Is Associated with Decreased Right Prefrontal Activation during Task Switching among Cognitively Normal Elderly Oh, Hwamee; Steffener, Jason; Razlighi, Qolamreza R.; Habeck, Christian G.; Stern, Yaakov 2016 Articles CognitionAmyloid beta-proteinAlzheimer's diseaseNeurosciences