Explaining How Brain Stimulation Can Evoke Memories. - Joshua Jacobs; Bradley Lega; Christopher Anderson (J. Cogn. Neurosci., 2012)

Prediction of Seizure Spread Network via Sparse Representations of Overcomplete Dictionaries. - Feng Liu 011; Wei Xiang; Shouyi Wang; Bradley Lega (BIH, 2016)

Automatic identification of successful memory encoding in stereo-eeg of refractory, mesial temporal lobe epilepsy. - Afarin Famili; Gowtham Krishnan Murugesan; Elizabeth M. Davenport; James Germi; Benjamin C. Wagner; Bradley Lega; Albert Montillo (ISBI, 2017)

Modulation of Oscillatory Power and Connectivity in the Human Posterior Cingulate Cortex Supports the Encoding and Retrieval of Episodic Memories. - Bradley Lega; James Germi; Michael D. Rugg (J. Cogn. Neurosci., 2017)

A Computationally Efficient Model for Predicting Successful Memory Encoding Using Machine-Learning-based EEG Channel Selection. - Krishnakant V. Saboo; Yogatheesan Varatharajah; Brent M. Berry; Michael R. Sperling; Richard J. T. Gorniak; Kathryn A. Davis; Barbara C. Jobst; Robert E. Gross; Bradley Lega; Sameer A. Sheth; Michael J. Kahana; Michal T. Kucewicz; et al. (NER, 2019)

Comparison of fMRI correlates of successful episodic memory encoding in temporal lobe epilepsy patients and healthy controls. - Paul F. Hill; Danielle R. King; Bradley Lega; Michael D. Rugg (NeuroImage, 2020)

Neurons in the human medial temporal lobe track multiple temporal contexts during episodic memory processing. - Hye Bin Yoo; Gray Umbach; Bradley Lega (NeuroImage, 2021)

Direct Electrical Stimulation of the Human Brain Has Inverse Effects on the Theta and Gamma Neural Activities. - Michal Lech; Brent M. Berry; Çagdas Topçu; Václav Kremen; Petr Nejedly; Bradley Lega; Robert E. Gross; Michael R. Sperling; Barbara C. Jobst; Sameer A. Sheth; Kareem A. Zaghloul; Kathryn A. Davis; et al. (IEEE Trans. Biomed. Eng., 2021)

Corrigendum to Neurons in the human medial temporal lobe track multiple temporal contexts during episodic memory processing. - Hye Bin Yoo; Gray Umbach; Bradley Lega (NeuroImage, 2022)