Frontier tech, by field
17 fields so far, with 384 companies (+22 in 30 days), 501 researchers, 1,235 papers (+715 in 30 days) and 476 dated events (+52 in 30 days). Each field shows how mature it is, who works on it and how fast it moves. Scanned daily.
U.S. National Science Foundation-supported researcher Louise Willingale discusses the most powerful laser in the United States, the NSF Zettawatt Equivalent Ultrashort Pulse Laser System, how it's being used to advance science, and how it will become…
As NASA works to build the Moon Base, crewed and robotic lunar rovers will play a crucial role during early development through technology demonstrations, astronaut transport, terrain mapping, scientific investigations, and resource prospecting. Data from these early missions will inform future mobi
Rockets vibrate, shake, and flex intensely as they climb into space, and spacecraft packed with delicate scientific instruments must survive those forces. Before any rocket leaves the ground, NASA engineers work to predict how those stresses will affect every part of a spacecraft. To do that, engine
As the supercooled propellant flowed into the core stage, and NASA’s SLS (Space Launch System) rocket roared to life, Allison Mjoen and her family watched with awe and pride. Mjoen, NASA’s operations manager for the agency’s Exploration Ground Systems Program, helped shape the systems and ground ope
UK Atomic Energy Authority CEO Dennis Whyte highlighted growing competition between China and Western nations to commercialize fusion energy, citing China's rapid development of fusion technology and supply chains. He emphasized advances in superconducting magnets, AI, and research as key to acceler
NASA’s Artemis II mission sent four astronauts around the Moon and brought them safely back to Earth, laying a foundation for crewed flights to the Moon’s surface. Additional engineering data analysis of the Orion spacecraft’s heat shield confirmed initial data showing the heat shield performed as e
UK Fusion Energy reported progress on the STEP Fusion programme at West Burton, highlighting its role in strengthening UK manufacturing and supply chains. The programme worked with 371 UK suppliers in 2025/26, with 80% of spending retained domestically, as development advances on the UK's prototype
Sunlight illuminates the exhaust plumes of a SpaceX Falcon 9 rocket carrying the company’s Dragon spacecraft on Oct. 13, 2026. This visual phenomenon is known as a “jellyfish”; it happens near sunrise or sunset when the exhaust plume from the rocket becomes brightly illuminated, creating a glowing s
Each field with its paper line over two years and its momentum (0 to 100). Hover or focus one for the dated fact behind its stage.
17 technologies
New ways to reach, build in and use space: reusable rockets, factories in orbit, phone links from satellites, Moon landers and nuclear power.
Tapping the heat in deep hot rock almost anywhere, using oil and gas drilling methods, to make round-the-clock clean power.
Making power by fusing light atoms like hydrogen isotopes, the process that fuels the sun, with no long-lived waste.
New battery chemistries, like solid electrolytes, sodium or iron-air, that store more energy, cost less or last for days.
Computers that use qubits, which can hold superpositions of 0 and 1, to solve some problems ordinary computers cannot.
New fission reactor designs, smaller or using new coolants and fuels, meant to be cheaper, safer and faster to build.
The mobile network generation after 5G, designed to use AI in the radio, new spectrum and radios that can also sense their surroundings.
Making chips with ever smaller transistors, new transistor shapes and power wiring, and stacking many chips into one package.
Robots shaped like people, run by AI models that let one machine learn many physical tasks instead of one.
New materials engineered at the atomic scale, like one-atom-thick sheets or sponge-like crystals, with properties ordinary materials lack.
Drugs and therapies that target the biology of aging itself to delay or reverse age-related decline and disease.
Devices that use quantum states of atoms or light to measure time, motion or fields precisely, or to link and secure networks.
Using light instead of electrons to move, switch and process data, and to sense the world with lasers.
Engineering living cells and DNA like a technology: writing genes, redesigning organisms and designing new proteins with AI.
Devices that read or stimulate brain signals so a person can control a computer, speak or see without using muscles.
Glasses that overlay digital images on the real world, and wrist or neural sensors that let you control computers without touch.
Engineering matter at the scale of atoms and molecules, from drug-carrying nanoparticles to tiny molecular machines.
Frontier fields that are real but not yet mainstream: quantum computing and quantum sensing, 6G, nanotechnology, fusion, advanced materials, photonics, synthetic biology, brain-computer interfaces, humanoid robots, space technology, advanced semiconductors, next-generation batteries, advanced nuclear fission, advanced geothermal, AR glasses and longevity biotech. New fields are added as they show up in the evidence.
Research: lab results, no working product prototype. Prototype: working demonstrators, not yet in customer use. Pilot: first customers paying or deploying, not yet routine. Early commercial: sold and in routine use by early adopters, still far from mainstream. Each field shows the dated fact that puts it in its stage, with the source.
From counts only: how fast papers in the field are growing (OpenAlex, 12 months against the 12 before), the money raised in tracked rounds over the last 12 months, and dated events in the last 90 days. Each is ranked across the fields and momentum is the mean of the three ranks. The Method page has the details.
Every day a scan reads official newsroom feeds (DOE, NASA, ESA, NIST, DARPA, NSF, IAEA, 3GPP, company newsrooms), arXiv daily listings and SEC filings. Every Tuesday it recounts papers in OpenAlex, refreshes the researchers and institutions publishing most, pulls rounds from funding.fru.dev and companies from companies.fru.dev, and stores a weekly snapshot per field. Nothing is overwritten: changes are kept on the Changes page.
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