GoldForge ResearchNuclear science. Gold intelligence.

Gold, understood
from the nucleus up.

Model the pathways to synthetic gold. Explore its economics. Trace the evidence onchain.

A research workspace connecting isotope simulations, gold-market data, and verifiable digital records on Robinhood Chain.

Launch terminal Explore laboratory

Research & simulationOpen methodology

GoldForge / Isotope explorerLive model

Watch gold emerge.

Mercury-197 → Gold-197 · electron capture

Au¹⁹⁷

Gold-197 formed50.0%

Mercury-197 remaining50.0%

Gold-197Mercury-197

Elapsed time 64.14 h

Starts with pure Hg-197. Percentages are atom fractions, not production yield or recovered mass.

Model & scientific sources

First-order decay: Hg(t) = 100 × 2^{−t / 64.14}; Au(t) = 100 − Hg(t). Assumes a closed population, stable Au-197, and no further irradiation. Creating Hg-197 and recovering gold are separate processes.

Half-life: 64.14 hours. Reference: NNDC / ENSDF, Hg-197 electron capture to Au-197. This educational calculation is not a measured production result.

NNDC reference document ↗

Input nucleus¹⁹⁸HgMercury · Z = 80

→

Intermediate half-life64.14 hHg-197 · electron capture

→

Target nucleus¹⁹⁷AuGold · stable

Understand the pathway

A window into the science.

Explore public research, reference data, and the instruments that make discovery possible.

PhETInteractive physics

CERNParticle research

NNDCNuclear datasets

NISTPhysical reference data

Independent reference links. These organizations do not sponsor or endorse GoldForge.

Reading the collision
A simulated Higgs event in the CMS detector. Particle tracks turn invisible interactions into evidence.
Lucas Taylor / CERN; background edit by Quibik · Source · CC BY-SA 3.0. Resized / WebP.

Inside the accelerator
The LHC tunnel at CERN, photographed in 2004. A view of the infrastructure behind high-energy research.
Juhanson · Source · CC BY-SA 3.0. Resized / WebP.

The material at the center
Gold crystals under magnification. From atomic structure to a material with measurable physical properties.
Alchemist-hp · Source · CC BY-SA 3.0 DE. Resized / WebP.

Two engines. One research system.

From the nucleus
to the market.

Model the science. Question the economics. Inspect the evidence. GoldForge connects nuclear research, gold-market intelligence and onchain records in one coherent workspace.

Alchemy engine

Change an assumption.
See what follows.

Trace isotope populations with a reproducible mathematical model. Every input, simplification and source stays beside the result.

Open the transmutation lab

Hg-198 → Hg-197 → Au-197MODEL OUTPUT

Cooling duration 192 hours

5.734e-7g recovered theoretical gold

1 g Hg-198 input · 24 h exposure · user-assumed reaction rate · 75% recovery. Not experimental production.

GLOBAL GOLD / REFERENCE YEAR 2024HISTORICAL

4,974.5 tReported annual supply

Mined
3,661.2 t

Recycled
1,370.0 t

Net hedging −56.8 t. Rounded components differ by 0.1 t. Source: World Gold Council.

Gold infrastructure

Real markets.
Visible sources.

Explore gold-backed token markets, global supply, and actual Robinhood Chain activity. Missing data is marked unavailable. Hypothetical supply stays hypothetical.

View gold markets

Evidence before claims

A signature is a start.
Proof goes further.

Create an offchain manifest, hash supporting documents, and verify an issuer’s wallet signature. Keep digital integrity separate from independent physical verification.

Explore verification

Self-reported record

Issuer-supplied claims

Digital integrity

Hash and wallet-signature checks

Physical verification

Requires independent evidence

THE OPERATING SYSTEM FOR ENGINEERED GOLD

Open your research frontier.

Enter GoldForge

GoldForge ResearchNuclear science. Gold intelligence.

Gold, understood
from the nucleus up.

Model the pathways to synthetic gold. Explore its economics. Trace the evidence onchain.

A research workspace connecting isotope simulations, gold-market data, and verifiable digital records on Robinhood Chain.

Launch terminal Explore laboratory

Research & simulationOpen methodology

GoldForge / Isotope explorerLive model

Watch gold emerge.

Mercury-197 → Gold-197 · electron capture

Au¹⁹⁷

Gold-197 formed50.0%

Mercury-197 remaining50.0%

Gold-197Mercury-197

Elapsed time 64.14 h

Starts with pure Hg-197. Percentages are atom fractions, not production yield or recovered mass.

Model & scientific sources

Half-life: 64.14 hours. Reference: NNDC / ENSDF, Hg-197 electron capture to Au-197. This educational calculation is not a measured production result.

NNDC reference document ↗

Input nucleus¹⁹⁸HgMercury · Z = 80

→

Intermediate half-life64.14 hHg-197 · electron capture

→

Target nucleus¹⁹⁷AuGold · stable

Understand the pathway

A window into the science.

Explore public research, reference data, and the instruments that make discovery possible.

PhETInteractive physics

CERNParticle research

NNDCNuclear datasets

NISTPhysical reference data

Independent reference links. These organizations do not sponsor or endorse GoldForge.

Two engines. One research system.

From the nucleus
to the market.

Model the science. Question the economics. Inspect the evidence. GoldForge connects nuclear research, gold-market intelligence and onchain records in one coherent workspace.

Alchemy engine

Change an assumption.
See what follows.

Trace isotope populations with a reproducible mathematical model. Every input, simplification and source stays beside the result.

Open the transmutation lab

Hg-198 → Hg-197 → Au-197MODEL OUTPUT

Cooling duration 192 hours

5.734e-7g recovered theoretical gold

1 g Hg-198 input · 24 h exposure · user-assumed reaction rate · 75% recovery. Not experimental production.

GLOBAL GOLD / REFERENCE YEAR 2024HISTORICAL

4,974.5 tReported annual supply

Mined
3,661.2 t

Recycled
1,370.0 t

Net hedging −56.8 t. Rounded components differ by 0.1 t. Source: World Gold Council.

Gold infrastructure

Real markets.
Visible sources.

Explore gold-backed token markets, global supply, and actual Robinhood Chain activity. Missing data is marked unavailable. Hypothetical supply stays hypothetical.

View gold markets

Evidence before claims

A signature is a start.
Proof goes further.

Create an offchain manifest, hash supporting documents, and verify an issuer’s wallet signature. Keep digital integrity separate from independent physical verification.

Explore verification

Self-reported record

Issuer-supplied claims

Digital integrity

Hash and wallet-signature checks

Physical verification

Requires independent evidence

THE OPERATING SYSTEM FOR ENGINEERED GOLD

Open your research frontier.

Enter GoldForge

Gold, understoodfrom the nucleus up.

Watch gold emerge.

A window into the science.

Reading the collision

Inside the accelerator

The material at the center

From the nucleusto the market.

Change an assumption.See what follows.

Real markets.Visible sources.

A signature is a start.Proof goes further.

Open your research frontier.

Gold, understoodfrom the nucleus up.

Watch gold emerge.

A window into the science.

Reading the collision

Inside the accelerator

The material at the center

From the nucleusto the market.

Change an assumption.See what follows.

Real markets.Visible sources.

A signature is a start.Proof goes further.

Open your research frontier.

Gold, understood
from the nucleus up.

From the nucleus
to the market.

Change an assumption.
See what follows.

Real markets.
Visible sources.

A signature is a start.
Proof goes further.

Gold, understood
from the nucleus up.

From the nucleus
to the market.

Change an assumption.
See what follows.

Real markets.
Visible sources.

A signature is a start.
Proof goes further.