Luke Koslosky is a Research Assistant in the S&T Policy Division. Since then, his work has focused on policy recommendations for the implementation of biometric scanners and big data analytics in a fully interoperable Healthcare IT system. He has also participated in CReST discussions on the potential impacts of Artificial Intelligence on society. Before joining the Institute, Luke interned for Senator Jim Nielson in the California State Legislature. He also worked for Rep. Doug LaMalfa in the House of Representatives analyzing policy and managing constituent correspondence. Luke received a B S in Political Science from Santa Clara University, where he was awarded the Bernard L. Kronick Award for Excellence in Writing for his analysis of the implementation of the Dayton Accords in post-war Bosnia and Herzegovina.
Past Events
ICTS Seminar - Terrorism and the Media: Dilemmas for Government, Journalists, and the Public
Potomac Institute for Policy Studies
International Center for Terrorism Studies
April 20, 2017
The role of the press in reporting on terrorism has been under public debate for decades. Many issues have been considered, including whether the media encourages terrorism and whether governments shoul...
International Cooperation in Combating Terrorism
The current deteriorating Middle East security architecture gravely challenges the international community more than ever before. The lingering crisis of national identities coupled with escalating extremism and violence is resulting in unprecedented social, economic, and strategic costs. These regi...
ICTS Seminar-Latin America’s Security Outlook: Challenges and Opportunities in the Post-Castro Era
Potomac Institute for Policy Studies
December 16, 2016
Latin America’s multiple security challenges include organized crime, terrorism, migration, economic development, and threats to democratic governance.
Experts with governmental, academic, and professional experience meet to discuss current a...
9/12 "From Data to Knowledge in Neuroscience: Building Toward Individualized Medicine"
The current wealth of data in neuroscience has the potential to lead to groundbreaking neuroscientific discoveries and revolutionize clinical treatments for mental health and neurological disorders. Combining neuroscience data with information in other data-rich fields, such as genomics, will make p...