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3D Integration of 2D Field-Effect Transistors

The number of transistors on a chip will double every two years, according to Moore’s Law, a key scaling concept for electronic devices, guaranteeing increasing processing power but there is a limit. ....

Shalini Kumari , Karim Sadaf , Saptarshi Das , Thomas Mcknight , Nicholas Trainor , Charles Ying , Ying Han , Najam Sakib , Rahul Pendurthi , Megan Craig , Darsith Jayachandran , Andrew Pannone , Pennsylvania State University , National Science Foundation , Army Research Office , Elizabeth Flores Gomez Murray Materials Research Institute , Dimensional Crystal Consortium , Us National Science Foundation , Research Professor , Study Co , Penn State , Elizabeth Flores Gomez , Materials Research , Associate Professor , Engineering Science , More Moore ,

Integrating dimensions to get more out of Moore's Law and advance electronics

Integrating dimensions to get more out of Moore's Law and advance electronics
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United States , Karim Sadaf , Saptarshi Das , Rahul Pendurthi , Najam Sakib , Charles Ying , Darsith Jayachandran , Us National Science Foundation , Dimensional Crystal Consortium , Penn State , Elizabeth Flores Gomez , Pennsylvania State University Materials Research , More Moore , More Than Moore , Muhtasim Ul Karim Sadaf , Two Dimensional Crystal Consortium , Science Foundation , Materials Innovation Platform ,

Maximizing Moore's Law for Advanced Electronics Integration

Maximizing Moore's Law for Advanced Electronics Integration
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Rahul Pendurthi , Thomas Mcknight , Ying Han , Karim Sadaf , Nicholas Trainor , Andrew Pannone , Charles Ying , Shalini Kumari , Army Research Office , Dimensional Crystal Consortium , Us National Science Foundation , More Than Moore , Muhtasim Ul Karim Sadaf , Penn State , Two Dimensional Crystal Consortium , Science Foundation , Materials Innovation Platform , Joan Redwing ,

Integrating dimensions to get more out of Moore's Law and advance electronics

Today s most advanced chips house nearly 50 billion transistors within a space no larger than your thumbnail. The task of cramming even more transistors into th ....

Nicholas Trainor , Ying Han , Charles Ying , Karim Sadaf , Saptarshi Das , Rahul Pendurthi , Shalini Kumari , Najam Sakib , Thomas Mcknight , Andrew Pannone , Darsith Jayachandran , Dimensional Crystal Consortium , Army Research Office , Us National Science Foundation , Penn State , More Moore , More Than Moore , Muhtasim Ul Karim Sadaf , Two Dimensional Crystal Consortium , Science Foundation , Materials Innovation Platform , Joan Redwing ,

Integrating dimensions to get more out of Moore's Law and advance electronics

Today s most advanced chips house nearly 50 billion transistors within a space no larger than your thumbnail. The task of cramming even more transistors into th ....

Andrew Pannone , Thomas Mcknight , Najam Sakib , Darsith Jayachandran , Charles Ying , Karim Sadaf , Nicholas Trainor , Ying Han , Shalini Kumari , Saptarshi Das , Rahul Pendurthi , Dimensional Crystal Consortium , Army Research Office , Us National Science Foundation , Penn State , More Moore , More Than Moore , Muhtasim Ul Karim Sadaf , Two Dimensional Crystal Consortium , Science Foundation , Materials Innovation Platform , Joan Redwing ,