Tracking high-momentum technologies transitioning from academic wet-labs and cleanrooms into experimental prototypes and testbeds.
| Rank | Discovery / Scientific Entity | Domain | NASA TRL | SMS Score | 30D Delta | Key Institutions | Replication | Lifecycle | Action |
|---|---|---|---|---|---|---|---|---|---|
#1-2 | Aquila 256-Neutral-Atom Quantum Processor Dr. Mikhail Lukin, Dr. Vladan Vuleticβ’10.1038/s41586-023-06927-3 | Quantum Computing | TRL 8 | 982.7 | +48.8% | QuEra Computing, Harvard | 99/100 | π¬ TRL 4-6 | |
#2-1 | Condor 1,121-Qubit Superconducting Quantum Chip Dr. Jay Gambetta, Dr. Jerry Chowβ’10.1103/PhysRevX.14.011005 | Quantum Computing | TRL 8 | 977.9 | +29.0% | IBM Quantum | 95/100 | π¬ TRL 4-6 | |
#3β | Sycamore Topological Surface Code Architecture Dr. Hartmut Neven, Dr. Julian Kellyβ’10.1038/s41586-022-05434-1 | Quantum Computing | TRL 7 | 973.3 | +37.0% | Google Quantum AI | 96/100 | β COMMERCIAL SPINOUT | |
#4+3 | Photonic Fault-Tolerant Silicon Qubit Architecture Dr. Jeremy O'Brien, Dr. Terry Rudolphβ’10.1126/science.adg8761 | Quantum Computing | TRL 7 | 966.5 | +7.3% | PsiQuantum, SLAC | 94/100 | π SCALING | |
#5β | Trapped-Ion H2-1 Quantum Computer (56 Qubits) Dr. Ilyas Khan, Dr. Charlie Baldwinβ’arXiv:2406.02501 | Quantum Computing | TRL 8 | 961.9 | +42.9% | Quantinuum | 96/100 | π SCALING | |
#6β | Majorana Zero-Mode Topological Qubit Core Dr. Chetan Nayak, Dr. Leo Kouwenhovenβ’10.1103/PhysRevB.107.245423 | Quantum Computing | TRL 6 | 954.0 | +19.7% | Microsoft Quantum, Delft | 95/100 | π SCALING | |
#7-1 | Silicon Spin Qubit Bilayer Heterostructure Dr. Michelle Simmons, Dr. Andrea Morelloβ’10.1038/s41565-023-01452-9 | Quantum Computing | TRL 7 | 949.0 | +52.7% | UNSW Sydney, Silicon Quantum Computing | 93/100 | β COMMERCIAL SPINOUT | |
#8β | Diamond NV-Center Quantum Repeater Network Dr. Ronald Hanson, Dr. Marko Loncarβ’10.1038/s41586-021-03505-3 | Quantum Computing | TRL 6 | 942.4 | +28.1% | Delft QuTech, Harvard | 98/100 | π SCALING | |
#9-1 | Superconducting Fluxonium Qubit Circuitry Dr. Andrew Houck, Dr. Michel Devoretβ’10.1103/PRXQuantum.4.040301 | Quantum Computing | TRL 6 | 937.7 | +53.1% | Princeton University, Yale | 97/100 | π SCALING | |
#10-1 | Cryogenic CMOS Quantum Controller ASIC (Horse Ridge II) Dr. Rich Uhlig, Dr. Stefano Pelleranoβ’10.1109/JSSC.2023.3289012 | Quantum Computing | TRL 8 | 931.8 | +10.5% | Intel Labs, TU Delft | 96/100 | β COMMERCIAL SPINOUT | |
#11+3 | Room-Temperature Ambient Superconductor Candidate Search (LK-Engine) Dr. Mikhail Eremets, Dr. Anand Bhattacharyaβ’10.1038/s41586-023-06673-4 | Advanced Materials & Nanotech | TRL 6 | 924.9 | +13.2% | Max Planck Institute for Solid State Research, Argonne | 97/100 | π¬ TRL 4-6 | |
#12+2 | Magic-Angle Twisted Bilayer Graphene Correlated Superlattices Dr. Pablo Jarillo-Herrero, Dr. Philip Kimβ’10.1038/nature26160 | Advanced Materials & Nanotech | TRL 6 | 920.7 | +32.3% | MIT, Harvard | 93/100 | β COMMERCIAL SPINOUT | |
#13-1 | Synthetic Diamond Wafer Semiconductor Substrates (100mm) Dr. Martin Kuball, Dr. Christoph Nebelβ’10.1002/pssa.202300451 | Advanced Materials & Nanotech | TRL 8 | 913.9 | +8.3% | Diamond Foundry, Fraunhofer IAF | 95/100 | π SCALING | |
#14-1 | Direct Air Capture Metal-Organic Frameworks (CALF-20) Dr. George Shimizu, Dr. Brett Carterβ’10.1126/science.abi7281 | Advanced Materials & Nanotech | TRL 9 | 908.0 | +38.8% | University of Calgary, Svante | 97/100 | π SCALING | |
#15-3 | Self-Healing Vascular Polymeric Structural Composites Dr. Nancy Sottos, Dr. Jeffrey Mooreβ’10.1038/s41563-023-01602-x | Advanced Materials & Nanotech | TRL 6 | 902.5 | +16.2% | UIUC, Autonomous Materials Systems | 97/100 | π SCALING | |
#16β | MXene 2D Transition Metal Carbide Pseudocapacitive Electrodes Dr. Yury Gogotsi, Dr. Michael Naguibβ’10.1038/s41578-022-00465-1 | Advanced Materials & Nanotech | TRL 8 | 897.1 | +39.6% | Drexel University | 93/100 | β COMMERCIAL SPINOUT | |
#17β | Metamaterial Acoustic / Optical Cloaking Hyperlens Dr. Xiang Zhang, Dr. Sir John Pendryβ’10.1126/science.1147231 | Advanced Materials & Nanotech | TRL 4 | 892.0 | +18.2% | UC Berkeley, Oxford | 92/100 | β‘ LAB PROOF | |
#18β | Aerogel Thermal Barrier (Silica-Polyimide Nanofoam) Dr. Mary Ann Meador, Dr. Stephanie Vivodβ’10.1021/acsami.2c19012 | Advanced Materials & Nanotech | TRL 8 | 885.9 | +34.2% | NASA Glenn, Blueshift Materials | 93/100 | π¬ TRL 4-6 | |
#19+3 | Single-Atom Catalysts (SAC) for Carbon-to-Ethylene Reduction Dr. Yadong Li, Dr. Matteo Cargnelloβ’10.1038/s41570-023-00492-3 | Advanced Materials & Nanotech | TRL 7 | 879.2 | +49.5% | Tsinghua University, Stanford | 96/100 | β COMMERCIAL SPINOUT | |
#20β | Carbon Nanotube Field-Effect Transistor (RV16X-NANO) Dr. Max Shulaker, Dr. Gage Hillsβ’10.1038/s41586-019-1493-0 | Advanced Materials & Nanotech | TRL 6 | 872.6 | +19.4% | MIT, Analog Devices | 93/100 | β COMMERCIAL SPINOUT | |
#21-3 | Integrated Photonic Tensor Core Optical Accelerator Dr. Nick Harris, Dr. Dirk Englundβ’10.1038/s41586-021-03123-x | Photonics & Optoelectronics | TRL 6 | 869.1 | +11.8% | Lightmatter, MIT | 95/100 | β COMMERCIAL SPINOUT | |
#22+4 | High-Power Thin-Disk Laser Inertial Fusion Driver Dr. Peter Leibinger, Dr. Thomas Metzgerβ’10.1364/OPTICA.452119 | Photonics & Optoelectronics | TRL 7 | 863.2 | +33.5% | Trumpf, Max Born Institute | 91/100 | β‘ LAB PROOF | |
#23-3 | Nonlinear Lithium Niobate on Insulator (LNOI) Modulator Dr. Marko Loncar, Dr. Mian Zhangβ’10.1038/s41586-018-0551-y | Photonics & Optoelectronics | TRL 8 | 857.0 | +50.2% | Harvard, HyperLight | 92/100 | β‘ LAB PROOF | |
#24+4 | Optical Frequency Comb Microresonator (Soliton Comb) Dr. Tobias Kippenberg, Dr. Scott Diddamsβ’10.1126/science.aao4882 | Photonics & Optoelectronics | TRL 8 | 849.7 | +9.7% | EPFL, NIST | 95/100 | π¬ TRL 4-6 | |
#25+1 | Metasurface Flat Optical Lenses for Wafer-Scale Cameras Dr. Federico Capasso, Dr. Rob Devlinβ’10.1126/science.aaf6605 | Photonics & Optoelectronics | TRL 8 | 846.1 | +10.3% | Metalenz, Harvard | 93/100 | β COMMERCIAL SPINOUT | |
#26-2 | Topological Laser Cavity Array with Zero Backscatter Dr. Mordechai Segev, Dr. Demetrios Christodoulidesβ’10.1126/science.aar4005 | Photonics & Optoelectronics | TRL 6 | 839.9 | +37.8% | Technion, Univ. of Central Florida | 96/100 | π¬ TRL 4-6 | |
#27-1 | Mid-Infrared Quantum Cascade Laser Frequency Sensor Dr. Jerome Faist, Dr. Giacomo Scalariβ’10.1038/s41566-023-01201-9 | Photonics & Optoelectronics | TRL 8 | 833.5 | +13.9% | ETH Zurich, Block Engineering | 92/100 | π¬ TRL 4-6 | |
#28+1 | Continuous-Wave Room-Temperature Polariton Laser Dr. Ifor Samuel, Dr. Sven Hoeflingβ’10.1038/s41566-021-00825-7 | Photonics & Optoelectronics | TRL 6 | 829.0 | +11.8% | St Andrews, Wuerzburg | 91/100 | β‘ LAB PROOF | |
#29+4 | Superconducting Nanowire Single-Photon Detector (SNSPD) Dr. Sae Woo Nam, Dr. Karl Berggrenβ’10.1038/s41566-020-00716-2 | Photonics & Optoelectronics | TRL 8 | 821.4 | +18.9% | NIST, MIT | 93/100 | π¬ TRL 4-6 | |
#30β | Silicon Photonic Optical Phased Array (OPA LiDAR) Dr. Michal Lipson, Dr. Peter O'Brienβ’10.1364/OE.27.026989 | Photonics & Optoelectronics | TRL 6 | 815.6 | +48.4% | Voyant Photonics, Columbia | 91/100 | β COMMERCIAL SPINOUT | |
#31+3 | SPARC High-Field HTS Tokamak Fusion Core Dr. Dennis Whyte, Dr. Martin Greenwaldβ’10.1017/S002237782000122X | Nuclear Fusion & Clean Energy | TRL 7 | 810.5 | +31.9% | Commonwealth Fusion Systems, MIT PSFC | 95/100 | π¬ TRL 4-6 | |
#32β | National Ignition Facility Target Chamber (Net Gain 3.88 MJ) Dr. Kimberly Budil, Dr. Annie Kritcherβ’10.1103/PhysRevLett.132.065102 | Nuclear Fusion & Clean Energy | TRL 5 | 805.6 | +40.8% | Lawrence Livermore National Laboratory | 93/100 | π¬ TRL 4-6 | |
#33-1 | Polaris Magneto-Inertial Direct Energy Recovery Reactor Dr. David Kirtley, Dr. Chris Pihlβ’arXiv:2311.14002 | Nuclear Fusion & Clean Energy | TRL 6 | 797.2 | +16.2% | Helion Energy | 91/100 | β‘ LAB PROOF | |
#34β | Sheared-Flow Stabilized Z-Pinch FuZE-Q Chamber Dr. Uri Shumlak, Dr. Brian Nelsonβ’10.1103/PhysRevLett.128.145001 | Nuclear Fusion & Clean Energy | TRL 5 | 794.0 | +35.2% | Zap Energy, Univ. of Washington | 93/100 | β COMMERCIAL SPINOUT | |
#35+1 | Perovskite-Silicon Tandem Photovoltaic Cell (33.9% Efficiency) Dr. Stefaan De Wolf, Dr. Er-Chien Wangβ’10.1038/s41560-023-01378-0 | Nuclear Fusion & Clean Energy | TRL 7 | 787.6 | +20.9% | LONGi, KAUST | 95/100 | π¬ TRL 4-6 | |
#36-1 | Solid-State Lithium-Metal Electrolyte Anode Dr. Jagdeep Singh, Dr. Tim Holmeβ’10.1038/s41560-022-01124-x | Nuclear Fusion & Clean Energy | TRL 7 | 780.3 | +26.4% | QuantumScape, Stanford | 94/100 | β‘ LAB PROOF | |
#37β | Iron-Air Multi-Day Grid Storage Battery (100-Hour) Dr. Yet-Ming Chiang, Dr. Mateo Jaramilloβ’10.1149/1945-7111/ac8221 | Nuclear Fusion & Clean Energy | TRL 8 | 774.9 | +9.5% | Form Energy, MIT | 94/100 | β‘ LAB PROOF | |
#38+3 | Solid Oxide Electrolyzer Cell (SOEC) Green Hydrogen Dr. Sossina Haile, Dr. KR Sridharβ’10.1038/s41578-023-00589-2 | Nuclear Fusion & Clean Energy | TRL 8 | 768.8 | +26.9% | Topsoe, Bloom Energy | 95/100 | π¬ TRL 4-6 | |
#39+3 | Sodium-Ion Prismatic Power Cell (160 Wh/kg) Dr. Robin Zeng, Dr. Yong-Sheng Huβ’10.1002/aenm.202301901 | Nuclear Fusion & Clean Energy | TRL 7 | 763.2 | +6.9% | CATL, CAS Institute of Physics | 94/100 | β COMMERCIAL SPINOUT | |
#40+4 | Natrium Sodium-Cooled Fast Reactor with Molten Salt Storage Dr. Chris Levesque, Dr. Bill Gatesβ’10.1016/j.nucengdes.2023.112450 | Nuclear Fusion & Clean Energy | TRL 7 | 757.7 | +40.1% | TerraPower, GE Hitachi | 90/100 | β‘ LAB PROOF | |
#41+1 | Figure 02 Autonomous Humanoid Neural Robot Dr. Brett Adcock, Dr. Jerry Prattβ’arXiv:2407.12301 | Robotics & Bio-mechanics | TRL 6 | 752.7 | +38.5% | Figure AI | 92/100 | β COMMERCIAL SPINOUT | |
#42+4 | Atlas Fully Electric Humanoid Dynamic System Dr. Marc Raibert, Dr. Robert Playterβ’10.1109/TRO.2023.3298102 | Robotics & Bio-mechanics | TRL 8 | 746.9 | +11.4% | Boston Dynamics | 91/100 | π¬ TRL 4-6 | |
#43+3 | Da Vinci 5 Next-Gen Robotic Surgical Console Dr. Gary Guthart, Dr. Simon DiMaioβ’10.1097/SLA.0000000000006124 | Robotics & Bio-mechanics | TRL 8 | 739.4 | +25.0% | Intuitive Surgical | 91/100 | π¬ TRL 4-6 | |
#44β | Soft Biohybrid Muscle-Actuated Robotic Fish Dr. Kevin Kit Parker, Dr. Sung-Jin Parkβ’10.1126/science.abm7864 | Robotics & Bio-mechanics | TRL 4 | 733.4 | +33.2% | Harvard SEAS, Emory | 89/100 | β COMMERCIAL SPINOUT | |
#45-2 | AnySkin Tactile Sensory Matrix for Dexterous Hands Dr. Lerrel Pinto, Dr. Akshara Raiβ’10.1109/ICRA.2024.10611201 | Robotics & Bio-mechanics | TRL 8 | 728.3 | +17.8% | NYU, Meta FAIR | 90/100 | π¬ TRL 4-6 | |
#46+3 | CyberRunner Model-Based RL Bipedal Dynamic Locomotion Dr. Raffaello D'Andrea, Dr. Thomas Biβ’10.1038/s42256-023-00774-6 | Robotics & Bio-mechanics | TRL 7 | 724.4 | +7.8% | ETH Zurich | 90/100 | π¬ TRL 4-6 | |
#47β | Agility Digit Bipedal Logistics Warehouse Fleet Dr. Jonathan Hurst, Dr. Damion Sheltonβ’10.1177/02783649231189012 | Robotics & Bio-mechanics | TRL 8 | 717.5 | +15.2% | Agility Robotics | 88/100 | π¬ TRL 4-6 | |
#48-1 | Bio-Inspired Ornithopter Micro-Aerial Vehicle Dr. Guido de Croon, Dr. Dario Floreanoβ’10.1126/scirobotics.aat0359 | Robotics & Bio-mechanics | TRL 7 | 710.8 | +6.9% | TU Delft, EPFL | 94/100 | π¬ TRL 4-6 | |
#49β | Modular Robotic Soft Exosuit for Gait Rehabilitation Dr. Conor Walsh, Dr. Louis Awadβ’10.1126/scitranslmed.aai9084 | Robotics & Bio-mechanics | TRL 8 | 704.4 | +18.5% | Harvard Wyss Institute, ReWalk | 92/100 | π¬ TRL 4-6 | |
#50β | Octopus-Inspired Soft Continuum Manipulator Dr. Cecilia Laschi, Dr. Matteo Cianchettiβ’10.1089/soro.2023.0041 | Robotics & Bio-mechanics | TRL 5 | 701.2 | +8.5% | Scuola Superiore Sant'Anna | 91/100 | β‘ LAB PROOF |
Ranks #1β#50 are freely accessible. Institutional and Pro members gain unrestricted access to full 100-rank indices, live DOI raw feeds, and sub-second WebSocket telemetry.