Focal Interest
Focal Interest

Noise (video)

  1. Noisy quantum circuits can behave like shallow circuits
    Theoretical analysis of how local noise restricts quantum circuits to shallow depths and prevents barren plateaus, enabling efficient classical simulation of observable expectation value estimation.
  2. Transition-to-plunge self-force waveforms with a spinning primary
    Extending multiscale self-force models for asymmetric black hole binaries with spinning primaries through transition-to-plunge phase for gravitational-wave detection.
  3. Low-power gating system reduces data throughput in implantable BCI
    NeuroGator gates brain signal processing in implantable devices, reducing power consumption and data throughput by 82% while maintaining classification accuracy for next-generation BCIs.
  4. Optimized tunable acoustic switch uses asymmetric scatterers
    Multiobjective optimization of tunable acoustic switches using multiresonant asymmetric scatterers in sonic crystals, combining Bragg and local resonance bandgaps for switchable transmission.
  5. Resistance fluctuations follow complex free-energy landscape behavior
    Analysis of resistance noise in phase-change memristive devices reveals that entropic contributions—not just thermal energy—govern atomic transitions between resistance states.
  6. Noise can be treated as a measurement signal
    Explore measurement methodologies where noise is the primary signal of interest. Learn frameworks for quantifying noise in amplifiers and electromagnetic compatibility assessment.
  7. Beam integration reduced low-frequency impact sound in CLT floors
    Beam integration in CLT floors reduces low-frequency impact noise; LAFmax metric demonstrates strong perceptual validity for floor-impact design in timber construction.