R&d of Emerging technologies

 4D printing

6G cellular communications

Active structure

Aerogel

Agricultural robotics

Airborne wind turbine

Americium battery

Amorphous metal

Arcology

Artificial brain

Artificial general intelligence

Artificial gravity

Artificial intelligence

Artificial photosynthesis

Artificial uterus

Asteroid mining

Atmospheric water generator

Biometrics

Bioplastic

Blockchain

Body implant, prosthesis

Brain–computer interface

Brain-reading, neuroinformatics

Carbon nanotube field-effect transistor

Caseless ammunition

Cashierless store

Civic technology

Cloaking device

Closed ecological systems

Concentrated solar power

Conductive polymers

Construction[edit]

Cryogenic treatment

Cryonics

Cultured meat

De-extinction

Digital scent technology

Directed-energy weapon

DNA digital data storage

Domed city

Double-layer capacitor

Edible packaging

Electric armour

Electroencephalography

Electrolaser

Electronic medical records

Electronic nose

Electronics, IT, and communications

Electrothermal-chemical technology

Emerging magnetic data storage technologies

Emerging memory technologies

Emerging technology

Energy harvesting

Energy[edit]

Entertainment[edit]

Enzybiotics

E-textiles

Exascale computing

Exocortex

Flexible electronics

Flywheel energy storage

Force field

Fourth-generation optical discs (3D optical data storage, Holographic data storage)

Fullerene

Fusion power

Generation IV nuclear reactor

Genetic engineering of organisms and viruses

Graphene

Gravity battery

Green bullet

Head transplant

Hibernation or suspended animation

High-temperature superconductivity

High-temperature superfluidity

Holography (holographic display, computer-generated holography)

Home fuel cell

Human DNA vaccination and mRNA vaccination

Hybrid forensics[24]

Hypersonic cruise missile

Immersive virtual reality

Inflatable space habitat

Lab-on-a-chip

Laser video display

Laser weapon

Life extension, strategies for engineered negligible senescence

Li-Fi

Lightweight Small Arms Technologies

Lithium iron phosphate battery

Lithium–air battery

Lithium–sulfur battery

Machine vision

Magnesium battery

Magnetic nanoparticles

Magnetorheological fluid

Magnonics

MAHEM

Materials and textiles[edit]

Medicine[edit]

Memory erasure

Memristor

Metal foam

Metamaterials

Microfluidics

Military[edit]

Molecular electronics

Molten salt reactor

Multi-function structures[83]

Multimodal contactless biometric face/iris systems

Nanoelectromechanical systems

Nanomaterials: carbon nanotubes

Nanomedicine

Nanoradio

Nanosensors

Nanowire battery

Nantenna

Neuromorphic engineering

Neuroprosthetics

Neuroscience[edit]

Ocean thermal energy conversion

Omni Processor

Oncolytic virus

Optical computing

Optical transistor

Optoelectronics[edit]

Personalized medicine, full genome sequencing

Phage therapy

Plantibody

Precision-guided firearm

Quantum computing

Quantum cryptography

Quantum dot

Quantum radar

Radio-frequency identification

Railgun

Regenerative medicine

Reusable launch vehicle

Robotic surgery

Self-healing materials

Senolytic

Silicene

Smart grid

Software-defined radio

Solid-state battery

Solid-state transformer

Space[edit]

Space-based solar power

Speech recognition

Spintronics

Starshot

Stasis chamber

Stealth technology

Stem cell treatments

Subvocal recognition

Superalloy

Synthetic biology, synthetic genomics

Synthetic diamond

Synthetic media

Telescoped ammunition

Thermal copper pillar bump

Thorium nuclear fuel cycle

Three-dimensional integrated circuit

Time crystal

Tissue engineering

Translucent concrete

Tricorder

Twistronics

Vertical farming

Virotherapy

Vitrification or cryoprotectant

Volumetric (3D) display

Vortex engine

Wetware computer

Wireless energy transfer

Zero-energy building