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  1. Was this helpful?
  2. cordis.europa.eu

    PETACom. Grant agreement ID: 829153 Open in new window Project website DOI 10.3030/829153. Project closed EC signature date 16 January 2019 Start date 1 ... Low dimension switches low dimension switches 2D flakes topological 2D samples single molecule. Electron current control in GaN ...
  3. cordis.europa.eu

    Our fullerene switch enhances this and allows for resolutions of around 300 picometers, or three-hundred-trillionths of a meter." The results achieved with support from the PETACom (Petahertz Quantum Optoelectronic Communication) project pave the way for switches that perform computational tasks much faster than today's microchips.
  4. menlosystems.com

    The PETACom project proposes to create future optoelectronic devices commutating at petahertz frequencies, bridging the gap between electronics and photonics. We will establish on the one hand petahertz electron switching in 2D and 3D systems using intense femtosecond IR to mid-IR laser excitation. On the other hand, optoelectronic devices from ...
  5. iramis.cea.fr

    PETACom, a European project PETACom aims to create a new paradigm in ultrafast electronics. Today, gigahertz electronics has been mastered, and the terahertz regime is only just accessible. Soon, electronic components will move into the petahertz range, involving attosecond dynamics. To find out more Dielectrics and semiconductors exhibit reversible properties of ultra-fast, high electron mobility
  6. iramis.cea.fr

    PetaCom, a European project PetaCom aims to create a new paradigm in ultrafast electronics. Today, gigahertz electronics has been mastered, and the terahertz regime is only just accessible. Soon, electronic components will move into the petahertz range, involving attosecond dynamics. To find out more Dielectrics and semiconductors exhibit reversible properties of ultra-fast, high electron mobility
  7. researchgate.net

    Our focus is on the emerging Petahertz Communication (PetaCom) framework, scenario-dependent propagation channels, modulation schemes, system performance, multiple access techniques, and networking.
  8. sciencedirect.com

    Second, to enhance the PetaCom framework's adaptability to diverse environments, it is essential to scan the entire PHz spectrum and find the most suitable carrier to match the specific signal propagation characteristics encountered. Possible PetaCom scenarios in future wireless sectors are depicted in Fig. 2. PetaCom may be expected to become ...
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