The Problem

93% of people can't pass a basic nuclear knowledge test.

NuclearTruth is an interactive education platform that makes nuclear energy understandable for everyone — no textbook required, no PhD needed.

7%
can pass a basic nuclear knowledge test
Bisconti Research, 2024 [15]
82%
don't know nuclear produces zero air pollution
Gallup Energy Survey, 2024 [16]
74%
can't identify the most reliable clean energy source
Pew Research Center, 2025 [17]
11:1
Among people who learn the facts, support for nuclear outweighs opposition eleven to one. The problem isn't public opinion — it's public education.
Bisconti Research 2024 · Gallup 2024 · Pew Research 2025

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Nuclear CO₂/kWh
12 g
vs 820 g coal · IPCC [5]
Deaths per TWh
0.03
Our World in Data [3]
France grid now
58 g CO₂
71% nuclear · ElectricityMaps [6]
Waste / person / yr
10 g
U.S. NEI [2]
Explore
Split the reactor to explore its internals
Misconceptions

What most people get wrong.

These aren't fringe beliefs — they're held by the majority. Here's what the science says.

Myth
"Nuclear waste is unmanageable"
+
Myth
"Nuclear energy pollutes the air"
+
Myth
"Radiation from nuclear plants is dangerous"
+
Myth
"Nuclear is too slow and expensive to matter"
+
The Future

Nuclear isn't just clean energy. It's the foundation of what comes next.

From AI data centers consuming entire power grids to decarbonizing the last holdouts of heavy industry — nuclear is the only proven technology that scales to meet the moment.

Powering the AI Revolution
4,500 TWhprojected global data center demand by 2030

Global data center electricity demand is on track to double by 2030 [12]. A single large AI training run can consume as much electricity as 100 U.S. homes use in a year [13]. Microsoft, Google, and Amazon have all signed nuclear power agreements [14] because renewables alone can't provide the 24/7 baseload that AI infrastructure requires. Nuclear runs at >90% capacity around the clock [6] — no sun needed, no wind needed.

🌍
The Cleanest Baseload on Earth
12 gCO₂ per kWh — 68x cleaner than coal

Nuclear produces more clean electricity than any other source in the United States — 46% of all carbon-free power in 2023 [6]. France generates 71% of its electricity from nuclear and has one of the lowest carbon grids in the industrialized world at 58 gCO₂/kWh [6]. Germany, which shut down its nuclear fleet, emits 385 g [5]. The physics are simple: fission releases a million times more energy per gram of fuel than combustion, with zero carbon output [1].

🔒
Safer Than Every Alternative
0.03deaths per TWh — safest energy source ever measured

Nuclear causes 0.03 deaths per terawatt-hour of electricity produced. Coal causes 24.6, oil causes 18.4, and natural gas causes 2.8 [3]. Even solar (0.05) and wind (0.04) have higher fatality rates when you include manufacturing and installation accidents [3]. Modern reactors use passive safety systems that shut down automatically under gravity, with no human action and no external power needed [4].

♻️
The Waste That Isn't a Problem
10 gper person per year — the size of a golf ball

If you got 100% of your electricity from nuclear for your entire life, all the waste you'd produce would fit in a soda can [2]. The entire U.S. nuclear waste stockpile from 70 years of operation occupies less space than a single Walmart [2]. It's solid, dry, sealed in steel-and-concrete casks, continuously monitored, and has never injured a single member of the public [4]. Advanced reactors can even reuse spent fuel, extracting 95% of the remaining energy that current designs leave behind [11].

Sources

Where our data comes from.

Every claim on this page is backed by peer-reviewed research, government data, or internationally recognized institutions. Numbered citations correspond to bracketed references throughout the page.

[1]U.S. Nuclear Regulatory Commission — "Uranium Enrichment," NRC Technical Fact Sheet.[2]U.S. Nuclear Energy Institute — "Nuclear Waste: Amounts and On-Site Storage," NEI Fact Sheet, 2024.[3]Ritchie, H. — "What are the safest and cleanest sources of energy?" Our World in Data, 2024.[4]U.S. Nuclear Regulatory Commission — "Backgrounder on Nuclear Power Plant Safety," NRC, 2023.[5]IPCC — "Climate Change 2022: Mitigation," Working Group III, Annex III, Table A.III.2 (lifecycle CO₂ by source).[6]ElectricityMaps — Real-time carbon intensity data by grid zone, electricitymap.org.[7]World Health Organization — "Ambient (outdoor) air pollution," WHO Global Health Observatory, 2024.[8]U.S. Environmental Protection Agency — "Coal Combustion Residuals (Coal Ash)," EPA, 2024.[9]National Council on Radiation Protection — "NCRP Report No. 160: Ionizing Radiation Exposure of the U.S. Population," 2009.[10]World Nuclear Association — "Country Profiles: Nuclear Power by Country," WNA, 2025.[11]U.S. Department of Energy — "Advanced Small Modular Reactors (SMRs)," Office of Nuclear Energy, 2024.[12]International Energy Agency — "Electricity 2024: Analysis and Forecast to 2026," IEA, Jan 2024.[13]Patterson, D. et al. — "Carbon Emissions and Large Neural Network Training," arXiv:2104.10350, 2021.[14]Bloomberg — "Microsoft, Google, Amazon Race to Lock in Nuclear Power for AI," Bloomberg Energy, 2024.[15]Bisconti Research Inc. — "National Nuclear Energy Public Opinion Survey," 2024.[16]Gallup — "Energy," Gallup Poll Social Series, 2024.[17]Pew Research Center — "Americans' Views of Energy and Climate Policy," Pew, 2025.
ElectricityMaps API
IPCC · WHO · NRC · NEI · Our World in Data · Bisconti · Gallup · Pew Research