Quantum Science Research

Welcome to the Quantum Science Research (QSR) web site. The QSR group at HP Labs is exploring the limits of the physically possible by focusing on the fabrication of nanometer-scale structures and the measurement and understanding of their properties. QSR's research into molecular-scale electronics is inspired by the realization that the fundamental limits to the power efficiency of computation, as described by Richard Feynman and others, lie as much as a factor of one billion beyond the presently known capabilities of silicon integrated circuits. QSR researchers span a broad range of academic disciplines, including computer architecture, theoretical solid state physics, electrical engineering, materials science, and physical chemistry.

Within the last year, QSR has begun a new basic research program in nanoscale classical and quantum optics for information processing applications, with an emphasis on areas of interest that complement and extend QSR’s existing program in nanoelectronics. Our research is focused on harnessing the laws of quantum mechanics for optical information science and technology, allowing ever higher levels of integration and eventually leading to a “Moore’s Law” for optical information technology.

To learn more about QSR, click here, or click the "What is QSR?" button.

What's New:

• Nanoscale Molecular-Switch Devices Fabricated by Imprint Lithography (Applied Physics Letters March 10, 2003 -- Volume 82, Issue 10, pp. 1610-1612)
• molecular electronics team a scientific melting pot
   
• HP Recognized by IndustryWeek Magazine for Molecular Electronics
   
• HP Receives Another Key Molecular Electronics Patent
   
• HP Molecular Electronics Researchers Honored by Scientific American
   
• beyond silicon: breakthroughs in molecular electronics
   
• 3rd edition of "Device Electronics for Integrated Circuits" by Ted Kamins of HP Labs