A chronological archive of Innovation Signals documenting meaningful changes in science and technology.
Innovation Signal 72 (2026) | 4 November 2026
PFAS captured on activated carbon are becoming easier to destroy
Innovation Signal 71 (2026) | 2 November 2026
Difficult PFAS are becoming easier to break down under milder conditions
Innovation Signal 70 (2026) | 28 October 2026
Difficult neural tissues are becoming easier to edit directly inside the body
Innovation Signal 69 (2026) | 26 October 2026
Blood-forming stem cells are becoming easier to edit directly inside the body
Innovation Signal 68 (2026) | 21 October 2026
Tandem solar cells are becoming better at withstanding damaging shading conditions
Innovation Signal 67 (2026) | 19 October 2026
High-performance tandem solar cells are becoming easier to manufacture under practical conditions
Innovation Signal 66 (2026) | 14 October 2026
Membranes are getting better at separating crude oil before it is heated
Innovation Signal 65 (2026) | 12 October 2026
High-performance separation membranes are becoming easier to manufacture at scale
Innovation Signal 64 (2026) | 7 October 2026
Quantum computers are getting better at computing across separate processors
Innovation Signal 63 (2026) | 5 October 2026
Quantum computers are getting better at using more qubits to reduce errors
Innovation Signal 62 (2026) | 30 September 2026
Crop nitrogen supply is becoming more responsive to changing field conditions
Innovation Signal 61 (2026) | 28 September 2026
Electricity and CO₂ are opening new routes to protein production
Innovation Signal 60 (2026) | 23 September 2026
Solar desalination is becoming more practical for decentralised water production
Innovation Signal 59 (2026) | 21 September 2026
Atmospheric water systems are becoming more practical across difficult operating conditions
Innovation Signal 58 (2026) | 16 September 2026
Industrial processes are getting better at using difficult inputs
Innovation Signal 57 (2026) | 14 September 2026
High-performance materials are becoming easier to regenerate
Innovation Signal 56 (2026) | 9 September 2026
Brain-computer interfaces are getting closer to restoring movement and sensation together
Innovation Signal 55 (2026) | 7 September 2026
Brain-computer interfaces are becoming more practical for everyday communication
Innovation Signal 54 (2026) | 2 September 2026
Surfaces that cool without electricity are becoming easier to use
Innovation Signal 53 (2026) | 31 August 2026
A different form of cooling is overcoming more practical barriers
Innovation Signal 52 (2026) | 26 August 2026
Heavy electric trucks are getting closer to multi-megawatt charging
Innovation Signal 51 (2026) | 24 August 2026
Roads are getting closer to charging heavy vehicles while they move
Innovation Signal 50 (2026) | 19 August 2026
Satellites are getting closer to using the atmosphere as propellant.
Innovation Signal 49 (2026) | 17 August 2026
Producing essential materials on the Moon is becoming more practical.
Innovation Signal 48 (2026) | 12 August 2026
Difficult mineral deposits are becoming more accessible.
Innovation Signal 47 (2026) | 10 August 2026
Recovering useful materials from highly dilute sources is becoming more practical
Innovation Signal 46 (2026) | 5 August 2026
Stablecoins are moving into mainstream payment infrastructure
Innovation Signal 45 (2026) | 3 August 2026
Tokenised assets are becoming easier to use
Innovation Signal 44 (2026) | 29 July 2026
Construction robots are learning to work together
Innovation Signal 43 (2026) | 27 July 2026
Autonomous construction is moving beyond the prototype
Innovation Signal 42 (2026) | 22 July 2026
Improving plants is beginning to give way to programming how they behave
Innovation Signal 41 (2026) | 20 July 2026
Managing living systems is beginning to give way to designing them
Innovation Signal 40 (2026) | 15 July 2026
Healthcare is beginning to understand patients between clinical appointments
Innovation Signal 39 (2026) | 13 July 2026
Continuous molecular monitoring is becoming increasingly practical
Innovation Signal 38 (2026) | 8 July 2026
Trusted time synchronisation is emerging as a new foundation for globally connected systems
Innovation Signal 37 (2026) | 6 July 2026
Ultra-precise timing is beginning to move beyond specialist laboratories
Innovation Signal 36 (2026) | 1 July 2026
Autonomous laboratories are beginning to transform how new molecules are created
Innovation Signal 35 (2026) | 29 June 2026
AI-driven molecular design is expanding how new molecules are discovered
Innovation Signal 34 (2026) | 24 June 2026
Distributed microfactory architectures are challenging assumptions about large-scale manufacturing
Innovation Signal 33 (2026) | 22 June 2026
Programmable living materials are beginning to blur the boundary between materials and biological systems
Innovation Signal 32 (2026) | 18 June 2026
Computational control systems are beginning to coordinate marine operations through continuously updated digital models
Innovation Signal 31 (2026) | 16 June 2026
Autonomous ocean infrastructure is beginning to create a persistent operational layer beneath the sea
Innovation Signal 30 (2026) | 10 June 2026
Quantum-resilient cryptographic standards are moving toward operational deployment
Innovation Signal 29 (2026) | 8 June 2026
Proof-based verification systems are enabling claims to be validated without exposing underlying information
Innovation Signal 28 (2026) | 3 June 2026
Researchers are developing validation systems to improve consistency across medical imaging platforms
Innovation Signal 27 (2026) | 1 June 2026
Medical imaging systems are beginning to estimate uncertainty alongside scan results
Innovation Signal 26 (2026) | 27 May 2026
Distributed leak detection networks are improving visibility into urban water infrastructure losses
Innovation Signal 25 (2026) | 25 May 2026
Advanced membrane systems are reducing the energy required for desalination
Innovation Signal 24 (2026) | 20 May 2026
Distributed environmental sensing networks are enabling real-time pollution monitoring
Innovation Signal 23 (2026) | 18 May 2026
Satellite hyperspectral imaging improves large-scale ecosystem monitoring
Innovation Signal 22 (2026) | 13 May 2026
Materials are being designed to detect internal damage before visible failure
Innovation Signal 21 (2026) | 11 May 2026
Bioelectronic interfaces enable direct communication between living tissue and machines
Innovation Signal 20 (2026) | 6 May 2026
Neuromorphic chips demonstrate energy-efficient learning using spiking networks
Innovation Signal 19 (2026) | 4 May 2026
Molecular solar thermal storage enables energy storage without batteries
Innovation Signal 18 (2026) | 29 April 2026
Self-healing concrete using bacteria shows improved real-world performance
Innovation Signal 17 (2026) | 23 April 2026
Sodium-based solid-state batteries move closer to practical use
Innovation Signal 16 (2026) | 17 April 2026
DNA-based data storage advances toward higher write and read speeds
Innovation Signal 15 (2026) | 14 April 2026
Optical interconnects begin replacing electrical links inside data centers
Innovation Signal 14 (2026) | 11 April 2026
Electric clinker production moves toward industrial validation
Innovation Signal 13 (2026) | 8 April 2026
Cargo aircraft are moving towards autonomous operation
Innovation Signal 12 (2026) | 3 April 2026
Microorganisms are becoming manufacturing platforms for proteins and materials
Innovation Signal 11 (2026) | 31 March 2026
Autonomous mining is changing how critical minerals are extracted
Innovation Signal 10 (2026) | 27 March 2026
Surgical robots are taking on more precise tasks with less human guidance
Innovation Signal 09 (2026) | 24 March 2026
Data centres are finding ways to cool without consuming large amounts of water
Innovation Signal 08 (2026) | 20 March 2026
Manufacturing in orbit could enable materials difficult to make on Earth
Innovation Signal 07 (2026) | 17 March 2026
AI is opening new possibilities for designing proteins
Innovation Signal 06 (2026) | 13 March 2026
Digital twins could help electricity grids anticipate disruption
Innovation Signal 05 (2026) | 10 March 2026
Laboratories are learning to choose and run their own experiments
Innovation Signal 04 (2026) | 4 March 2026
Computing power is moving beyond the limits of a single chip
Innovation Signal 03 (2026) | 28 February 2026
Recovering lithium from used batteries is becoming less energy-intensive
Innovation Signal 02 (2026) | 25 February 2026
Longer-lasting batteries could change the economics of grid storage
Innovation Signal 01 (2026) | 20 February 2026
Training large AI models could become significantly less expensive