Summary
Evidence base
Open questions
Assessment drafted 2026-08-31 from up to 18 KB sources using the technology-scorecard framework; scores are a draft read pending review.
2D Materials
Assessment draft · unreviewed
- Viability
- 3/5
- Drivers
- 3/5
- Novelty
- 4/5
- Diffusion
- 2/5
- Impact
- 3/5
Timing Later (5-10yr) · Read Fairly rated
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Frontier questions
- Does the MIGS dimensional scaling law of 2026 06 16 contacts to low dimensional semiconductors physical theory a identify a contact scheme that actually reaches low, reproducible contact resistance in fabricated 2D transistors, or only explain why present ones fail?
- Can 2.2% programmable strain and 0.4 eV gap tuning 2026 06 05 high magnitude spatially programmable and sustained strain e survive transfer from two-photon-lithography test substrates to wafer-scale, CMOS-compatible processing?
- Can single quantum emitters be created at deterministic sites with reproducible spectra, so that the electronic stabilisation and Stark tuning surveyed in 2026 05 08 electronic and photonic integration of single quantum emitte become a process step rather than a per-device intervention?
- Do the MLIPs trained on 50,000 MXene DFT calculations generalise to the 1000 genuinely larger systems well enough to replace DFT in screening, and does that transfer to other 2D families given the non-universality of functionals 2026 07 01 exchange correlation functionals in 2d materials application?