Combining lattice cryptography with biochemistry for secure DNA data storage
lattice cryptography
DNA data storage
biochemical security
information encoding
post-quantum encryption
Controlling quantum coherence at Josephson junction frequencies with atomic precision defect engineering
quantum coherence
Josephson junctions
defect engineering
superconductivity
quantum computing
Accidental discovery of superconductivity in twisted bilayer graphene at room temperature
superconductivity
twisted graphene
moiré patterns
quantum materials
accidental discovery
Combining lattice cryptography with biochemistry for secure data storage in synthetic DNA
lattice cryptography
DNA data storage
biochemical encryption
post-quantum security
synthetic biology
Using forbidden physics concepts to engineer negative-index metamaterials for cloaking applications
metamaterials
negative refraction
optical cloaking
exotic physics
electromagnetic manipulation
For exascale system integration through back-end-of-line thermal management in 3D chip stacks
exascale computing
thermal management
3D integration
advanced packaging
heat dissipation
For next-generation smartphone integration of quantum dot-based hyperspectral imaging
quantum dots
hyperspectral imaging
smartphone sensors
material analysis
portable spectroscopy
Fusing Byzantine cryptographic protocols with quantum-resistant lattice algorithms for secure communications
Byzantine cryptography
quantum-resistant algorithms
lattice encryption
secure communications
decentralized networks
Reengineering Renaissance automata designs for soft robotics prosthetics
Renaissance automata
soft robotics
prosthetic design
historical engineering
biomimetic actuators
Targeting prion disease reversal via CRISPR-Cas13 RNA editing
prion therapeutics
RNA interference
neurodegenerative diseases
CRISPR-Cas13
protein misfolding
Combining archaeological metallurgy with modern superconductivity research via scientific folklore methods
archaeometallurgy
superconductivity
scientific folklore
indigenous knowledge
materials science
Targeting prion disease reversal with CRISPR-based gene therapy approaches
prion disease
CRISPR
gene therapy
neurodegeneration
protein misfolding