Graph ›
Part IX ›
Experiment: Quantum Tunnelling Observed
Experiment: Quantum Tunnelling Observed
phenomena experiments owed owes (derived) phenomenon 91.1: Emission from below the barrier 91.1 Emission from be… phenomenon 91.2: The Geiger–Nuttall relation 91.2 The Geiger–Nutta… phenomenon 91.3: Cold field emission 91.3 Cold field emiss… phenomenon 91.4: Negative differential resistance in a degenerate
junction 91.4 Negative differe… phenomenon 91.5: A tunnel junction measures the superconducting gap 91.5 A tunnel junctio… phenomenon 91.6: Vacuum tunnelling made an instrument 91.6 Vacuum tunnellin… experiment : Alpha decay and the Geiger–Nuttall
relation Alpha decay and… experiment : Fowler and Nordheim: cold field emission from
metals Fowler and Nordh… experiment : Esaki: the tunnel diode and negative
differential resistance Esaki: the tunne… experiment : Giaever: tunnelling spectroscopy of the
superconducting gap Giaever: tunnell… experiment : Binnig and Rohrer: the scanning tunnelling
microscope Binnig and Rohre… pending : ch:15-exp-tunnelling@pending-1 pending pending : ch:15-exp-tunnelling@pending-2 pending pending : ch:15-exp-tunnelling@pending-3 pending The chain of Experiment: Quantum Tunnelling Observed: 14 of 14 objects, read left to right from what the chapter assumes to what tests it. Solid lines are declared logical edges, dashed ones were inferred from the structure of the source. Click any node to open its own chain.