Silver Rises Over 120% YTD 
Published: 11-12-2026, 04:07 pm | Updated: 11-12-2026, 04:35 pm
Yes, gold can be made through nuclear reactions. That does not establish a cheap, scalable source of bullion. For long-term owners, the important question is whether a process can deliver usable gold repeatedly, at a competitive total cost, in quantities large enough to affect supply.
If you own gold partly because its supply is constrained, manufactured gold deserves a serious examination. A discovery could matter without immediately changing the market. Equally, a promising projection can remain far from a dependable source of metal.
The evidence supports asking what a technology has demonstrated, what remains modeled, and what an owner can reasonably infer.
Can gold be made the same way as laboratory-grown diamonds?
The comparison is understandable, but the underlying task differs.
Laboratory-grown diamonds form a diamond crystal from carbon. GIA explains that they have essentially the same chemical, physical, and optical properties as natural diamonds. The process does not need to manufacture a new chemical element.
Creating gold from another element requires changing an atomic nucleus. CERN describes this as nuclear transmutation; ordinary chemical methods cannot turn lead into gold.
That difference matters when assessing a production claim. Manufacturing success in one material does not establish the equipment, energy requirements, or economics of another.
For a bullion owner, the diamond comparison therefore supplies a useful question: could technology expand available supply? It does not supply the answer.
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What did CERN actually demonstrate?
In May 2025, CERN reported ALICE measurements of emitted protons and neutrons that quantify lead-to-gold transmutation at the Large Hadron Collider. Near-miss interactions between fast-moving lead nuclei can eject three protons, leaving gold nuclei.
The reported quantity needs context. Across the four major experiments during the 2015–2018 run, the estimated cumulative mass was about 29 picograms—0.000000000029 grams. This was not a recovered piece of metal. The energetic nuclei struck accelerator components and fragmented.
CERN’s experiment establishes scientific possibility. It does not provide a manufacturing cost for a saleable gold bar.
Nor does its tiny output prove that every future production method must be uneconomic. That would turn evidence about one experiment into an unsupported conclusion about all possible technology.
Could fusion produce gold on a larger scale?
Marathon Fusion’s 2025 preprint models about two tonnes of gold annually per gigawatt of thermal fusion power. Its reference simulation assumes enriched mercury-198 feedstock, continuous operation and idealized gold extraction. These are projected results; thermal power is not electricity delivered to the grid.
A later preprint, revised in March 2026, examines how isotope sales could change fusion economics. It studies different products and reactor configurations, so a result for high-value medical isotopes cannot automatically be applied to gold. Its gold calculations remain conditional models, with outcomes tied to assumed plant performance, costs, and selling prices.
Both papers include Marathon Fusion researchers, so readers should assess the projections with that commercial affiliation in mind.
A laboratory reaction alone cannot establish the performance of a future commercial plant.
What would turn a production claim into a credible source of bullion?
The central test is the complete production chain. A claim becomes more meaningful as evidence connects the nuclear reaction to usable material, reliable output, and a viable business.
First, ask what was measured. Detecting a reaction signature, estimating the gold created, recovering metal, and independently assaying a sample answer different questions. A headline that simply says “gold produced” can leave those distinctions unresolved.
Next, ask whether the process works repeatedly. An annual output estimate depends on how often equipment operates and whether performance survives outside an idealized model. For owners, sustained production would carry more weight than an isolated laboratory result.
Product release also matters. The 2025 model includes radioactive gold isotopes. Its waiting-time estimates depend on the mixture and activity benchmark; they do not establish a universal release date.
A delay has an economic consequence even when the final product is valuable. Money committed to equipment and material cannot necessarily be recovered immediately through sales.
Finally, examine the whole cost. The relevant comparison includes building and financing facilities, obtaining feedstock, operating equipment, recovering gold, and managing the resulting material. Electricity consumption alone cannot settle the question.
The newer economics paper considers capital costs, operating conditions, and product revenue. Its results illustrate how assumptions change a proposed business; they are not audited operating accounts from a commercial gold producer.
For a long-term owner, independently verified output and transparent costs would be stronger evidence than a claim about how much revenue a hypothetical plant might generate.
How much manufactured gold would matter to the market?
Scale needs a real-world reference.
The World Gold Council’s initial January 2026 estimate put 2025 mine production at about 3,672 tonnes. Later reports revised historical mine-output data; the comparison below uses that dated January estimate as a scale reference.
For comparison, Marathon’s modeled two-tonne annual output for one gigawatt of thermal fusion power would equal roughly 0.05% of that annual mine-production estimate. This is a calculation comparing a hypothetical production rate with a historical market estimate—not a forecast of available supply.
That comparison does not dismiss the technology. A method that could eventually support many facilities would deserve a different assessment from a single demonstration. The questions would become how quickly capacity could expand, how much capital it required, and whether producers could sell profitably as output grew.
Price also depends on demand. The World Gold Council tracks jewellery, technology, investment, and central-bank buying separately. A new source of supply would enter a market shaped by all those buyers.
It is therefore possible to discuss the direction of a supply effect without pretending to know its eventual size. Larger, dependable output at lower costs could pressure prices, other things equal. The evidence reviewed here does not establish the production, adoption, or demand assumptions needed for a defensible price forecast.
What does this mean for someone holding physical gold?
Gold’s long-term ownership case should be able to withstand scrutiny of its supply assumptions.
The present evidence supports a measured distinction. Nuclear production of gold is real. Competitive, sustained production of marketable bullion is a further commercial claim requiring further evidence.
That leaves room for technological progress without treating a projection as an accomplished change in the gold market. An owner can assess future developments against the same questions: what quantity was recovered, who verified it, can production be repeated, and what does the complete process cost? Those questions remain useful even if a particular company’s design changes.
Meanwhile, physical ownership still involves verifying the metal, understanding its price, and choosing custody arrangements. GoldSilver’s guide to verifying authentic precious metals addresses what you actually own. Our vault storage information explains a storage option for owners considering professional custody.
A sound ownership decision can recognize new evidence without depending on either technological impossibility or an assumed breakthrough.
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People also ask
No. Creating the element gold is different from making an imitation. Whether a particular product is genuine, pure, stable, and suitable for sale requires evidence about that product.
No. Gold-197 is stable, while other gold isotopes can be radioactive. The composition and radioactivity of any newly produced material therefore need separate assessment.
No. Its effect would depend on usable output, production costs, adoption, and demand. Scientific possibility alone cannot establish the market outcome.
SOURCES
1. CERN — ALICE Detects the Conversion of Lead into Gold at the LHC
2. GIA — Is There a Difference Between Natural and Laboratory-Grown Diamonds?
3. Physical Review C — Proton Emission in Ultraperipheral Pb–Pb Collisions at √sNN = 5.02 TeV
4. arXiv — Scalable Chrysopoeia via (n, 2n) Reactions Driven by Deuterium-Tritium Fusion Neutrons
5. arXiv — Isotope Production in Fusion Systems
6. World Gold Council — Gold Demand Trends: Q4 and Full Year 2025, Supply
7. World Gold Council — Gold Demand Trends: Q4 and Full Year 2025
8. World Gold Council — Gold Demand Trends: Q3 2026, Supply
9. Chinese Physics C — The NUBASE2020 Evaluation of Nuclear Physics Properties
Disclaimer: This article is for informational purposes only and does not constitute investment advice. Past performance is not indicative of future results. Always consult a qualified financial advisor before making investment decisions.
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