Domain of work
Quantum Criticality Benchmarking
QPT Analysis as a Service: energy-gap scans, scaling, and tunneling case studies.
TFIM Energy Gap Scan
Research parameters and default values.
- System size N
- 10
- Coupling J
- 1.0
- g min
- 0.05
- g max
- 2.0
- g points
- 30
Finite-Size Scaling (Critical Exponent Extraction)
Research parameters and default values.
- System sizes (comma-separated)
- 8,10,12,14
- g min
- 0.75
- g max
- 1.25
- g points
- 20
Hydrogen-Bond Tunnel Splitting
Research parameters and default values.
- Barrier height (eV)
- 0.3
- Min separation (Å)
- 0.15
- Max separation (Å)
- 0.30
- Points
- 10
Micro-to-Macro Case Study (Ice / Hydrogen-Bond Network)
Research parameters and default values.
- Effective coupling J (meV)
- 60.0
- System sizes
- 6,8,10
Research workflow
The portal organizes four studies: TFIM energy-gap scanning, finite-size scaling for critical exponent extraction, hydrogen-bond tunnel splitting, and a micro-to-macro case study of an ice or hydrogen-bond network.
This reference preserves their parameter definitions. Computation and result generation require the connected research platform.