HUMANITY'S LAW OF LIFE

A WHITEPAPER — proposed by Hemen Parekh

Hemen Parekh | 3 July 2026 |

Companion to :

Parekh's Law of Chatbots & its 1st Amendment | www.hemenparekh.ai

⚡ The Trigger: The SpudCell Announcement — 1 July 2026

What happened: On 1 July 2026, a team led by synthetic biologist Kate Adamala

at the University of Minnesota announced SpudCell — the first synthetic cell,

assembled entirely from non-living chemical components, that runs through a

complete life cycle. It can feed, grow, replicate its genome, divide into daughter

cells, and even display selection and competition across a handful of generations.

Its genome is roughly 90 kilobase-pairs — about fifty times smaller than a

bacterium's — split across seven programmable plasmids. Alongside the paper,

the team launched Biotic, a public-benefit institution meant to make synthetic-cell

engineering an open, shared, "Linux-for-cells" standard.

Why it matters: For the first time, chemistry has been organised convincingly

enough that serious scientists are debating whether to call it life. The builders

themselves are careful — one of them told reporters plainly that a cell was

constructed, not that life was created — and today's SpudCell is, in its maker's

own candid words, an extremely feeble thing that mostly just eats and

occasionally makes a daughter. It cannot make its own ribosomes; it must be fed.

It cannot yet evolve on its own. It cannot survive outside the laboratory's specific

conditions.

And that last sentence is the entire point of this document.

SpudCell is safe not because anyone regulated it, but by accident of its own

primitiveness — it is dependent, non-evolving, and fully specified. Every one of

those three safety properties is a design choice that the next lab, or the tenth lab,

is free to remove. The moment someone builds a synthetic organism that can (a)

survive outside a controlled environment, (b) evolve beyond its documented

blueprint, and (c) do so without anyone holding the full ingredient list — we will

have crossed a threshold from which there is no clean retreat.

We regulated that threshold for nuclear material. We regulated it, once, for

recombinant DNA. We have not yet regulated it for life built from scratch. This

whitepaper proposes that we do so now — while the organisms are still

wimpy — and not after the first one gets out.

🙏 A Personal Note — "Who Am I to Write a Law of Life?"

I asked myself this before I wrote a single line, and I owe the reader an honest

answer.

I am not a biologist. I did not build SpudCell and I could not. I have no standing to

decide what life is or who may make it.

So on what authority do I write a Law of Life ?

On none — and that is exactly why I offer it not as Parekh's Law but as

Humanity's Law.

The central claim of this document is that no single person, company, or

nation should hold the pen on this decision. If I believe that, I cannot in

good conscience put my own name on the title as its owner. I am a citizen tabling

a draft — the way a citizen may propose a bill he will never vote on. Playing God

is building life. Proposing that humanity agree on limits before it does so is the

opposite of playing God: it is the oldest and most human instinct we have — to

look at a new fire and ask, before we spread it, how we intend not to burn the

house down.

In 1975, at Asilomar, the scientists who had just learned to splice DNA voluntarily

stopped and wrote their own rules before proceeding. They did not wait for a

catastrophe. This is written in that spirit, by someone with far less right to write it

and therefore all the more reason to hand it to everyone.

I. The Core Insight — The Real Red Line

Public debate keeps asking the wrong question: "Have they created life?"

That is a question for philosophers and theologians, and I have deliberately kept

this document silent on the matter of who or what first created life on Earth. It is

not our business here.

The question that governance must ask is narrower and answerable:

Is this organism dependent, non-evolving, and fully specified —

or is it autonomous, evolving, and opaque?

SpudCell is the first kind. It is, in effect, the Wright brothers' first flight of

synthetic life: real, historic, and utterly unable to fly to another city. The danger is

not the Wright Flyer. The danger is the unregulated jet age that follows if no one

draws the runway first.

The red line of Humanity's Law of Life is therefore not "creating life." It is

"creating life that can escape and evolve."

Everything below is built to hold that line.

📋 PRIOR ART — THE ASILOMAR PRECEDENT (1975)

This proposal does not spring from nowhere. Its direct ancestor is the 1975

Asilomar Conference on Recombinant DNA, where biologists imposed a

voluntary moratorium on certain experiments until safety containment levels

could be agreed. Asilomar established a principle the world then half-forgot: the

people capable of building a dangerous biological capability are not the only

people entitled to decide whether it is built.

Two treaty instruments already gesture at the space this Law would occupy — the

Biological Weapons Convention (BWC, 1975) and the Cartagena Protocol

on Biosafety (2003) — but neither was written for bottom-up synthetic

organisms assembled from non-living matter. They govern the misuse of natural

biology and the transboundary movement of genetically modified organisms. They

do not govern the deliberate manufacture of a new, defined, programmable life-

chassis. That gap is what this document addresses.

It is also the exact structural twin of my own Parekh's Law of Chatbots (2023)

and its 1st Amendment (2026), which proposed an International Authority for

Chatbots Approval (IACA) with graded certificates. Where IACA certifies minds we

build, IASLA — proposed below — would certify life we build. The two laws are

companion volumes of a single idea: powerful new creations must be graded and

cleared before release, not recalled in panic afterward.

II. The Eight Design Principles

Any synthetic organism submitted for certification must be shown to comply with

all eight of the following, echoing the eight behavioural rules of the original Law of

Chatbots:

Rule	Requirement
(A) Biocontainment by design	The organism must be physically or genetically incapable of surviving, metabolising, or replicating outside a defined controlled environment — via auxotrophy, dependence on synthetic (non-natural) nutrients, or an engineered genetic firewall. SpudCell already satisfies this by accident; the Law makes it mandatory by design.
(B) No autonomous evolution	The organism must not be capable of open-ended, unsupervised heritable variation that carries it beyond its designers' documented blueprint. The moment an organism can evolve past what its makers understand, it ceases to be engineering and becomes weather.
(C) Full blueprint — no black boxes	Every molecular component must be completely specified, characterised, and filed with the Authority. Nothing may be deployed whose full "ingredient list" is unknown — the very property SpudCell's makers rightly boast of.
(D) Mandatory kill-switch & reversibility	The organism, and any line derived from it, must carry an externally triggerable, tamper-resistant termination mechanism, and the whole line must be haltable and destroyable on order.
(E) No weaponisation, no gain-of-function toward harm	The organism must not be designed to — and must not be able to evolve to — produce toxins or pathogens, or to damage human, animal, plant, or ecosystem health.
(F) Moral-status firewall	No synthetic organism may incorporate human genetic identity, or exhibit sentience or morally considerable experience, without separate, higher-tier ethical review. We must not stumble into creating a being that can suffer while thinking we are manufacturing a chemical.
(G) Molecular provenance & watermarking	Every synthetic genome must carry a tamper-evident molecular "barcode" identifying its creator laboratory, so that any leaked or released organism is traceable to its origin.
(H) Open for safety, gated for uplift	Foundational safety science must be shared openly — the Biotic / open-source instinct is correct here. But capability data that materially lowers the barrier to building a self-sustaining or evolving organism must be gated. Openness that accelerates cures is a public good; openness that hands a recipe for an escaping organism to anyone is not.

III. The IASLA Certificate Ladder

I propose an International Authority for Synthetic Life Approval (IASLA) —

a treaty-based intergovernmental body modelled, like IACA before it, on the IAEA.

Every synthetic organism above a defined complexity threshold must be

submitted to IASLA before any use, and cleared into one of four graded

certificates:

Cert.	Name	What It Permits	Trigger Condition	Reversible?
C	Contained Research	Laboratory use only, under full biocontainment and Rules (A)–(H)	Complies with all eight principles; not yet safe for any application beyond the bench	Yes — upgrade to "A" on review
A	Approved Application	Confined industrial or medical use (e.g. drug/material synthesis inside a sealed bioreactor); no environmental release, ever	Full compliance; organism demonstrably cannot survive outside its confinement	Yes — downgrade to "H" if new risk emerges
H	Hold / No-Release	None — organism sequestered in IASLA custody	Capabilities (especially environmental survival or autonomous evolution) too dangerous to release even to other researchers	Yes — revisited on creator's remediation
T	Terminate	None — organism and its blueprint irreversibly destroyed	Continued existence poses ecological or existential risk to life on Earth	No — permanent

The "T" certificate carries the same due-process architecture as the "D"

certificate in my Chatbots law :

> a written Show-Cause notice to the creator; a right of rebuttal, including

the option to propose surgical removal of the dangerous capability instead of

destroying the whole line;

> a supermajority vote of the full IASLA council rather than a technical sub-

committee

> multi-party, witnessed destruction of the organism and every documented

means of recreating it, with cryptographic proof-of-deletion filed publicly;

> and no single-nation override. A "T" order exists precisely so that its existence

concentrates minds and it rarely has to be used.

IV. Why a Supranational Body — Not a Nation, Not a Single Institute

The SpudCell moment exposes two governance gaps at once.

The national-government gap.

As the Fable 5 / Mythos 5 episode showed only weeks ago, national governments

respond to frontier risk reactively, in panic, within 72 hours, with global

consequences and no global legitimacy.

A synthetic organism does not respect a border, and a customs directive cannot

recall one that has replicated.

National biosafety agencies are competent, but they are national; a self-sustaining

organism is a planetary object.

The single-institute gap.

Biotic's open, public-benefit model is genuinely admirable — its founders are right

that an infrastructure foundation built privately "just gives someone a toll booth,"

and right that shared standards will accelerate cures. But a public-benefit

institute, however idealistic, is still one actor setting the norms for all of

humanity. Openness is the correct default for safety knowledge. It is the

dangerous default for uplift knowledge. Only a treaty-based body with global

legitimacy can draw that line credibly and enforce it — deciding what is shared as

a commons and what is gated as a hazard.

IASLA must therefore have:

> a permanent technical secretariat of synthetic biologists, ecologists, biosecurity

experts and ethicists;

> mandatory pre-deployment submission for all synthetic organisms above a

defined threshold;

> binding authority to issue "H" and "T" certificates that member states must

enforce;

> a published, reasoned decision register;

> and a permanently air-gapped, monitored containment facility for evaluating

"T"-candidate organisms without any risk of release.

📢 MY ASK

To Kate Adamala { kadamala@umn.edu }
and Drew Endy { endy@stanford.edu }
(creators of SpudCell)
and the Biotic institution { director.nibsm@gmail.com }
— You built the first synthetic cell and an institution to govern its openness.
You have already accepted that this technology needs guardrails. Help design
the external, global body that keeps the field honest once it is no longer only
yours to steward.

To the World Health Organization and the parties to the Biological Weapons Convention —
Your instruments govern natural biology and its misuse. They do not yet
govern manufactured life. Convene the working group that closes this gap
before the first environmentally viable synthetic organism exists.

To the UN Secretary-General's Office —
The precedent of the IAEA and the Non-Proliferation Treaty shows a treaty-
based technical authority can be built. Synthetic life warrants no less. Be the
convener.

To India's Department of Biotechnology and ICMR —
India is a rising force in biotechnology and will both build and consume
synthetic-biology tools. India must sit at the IASLA table from Day 1, not be
handed a framework written without it.

To every synthetic biologist reading this —
You are the heirs of Asilomar. The runway is yours to draw. Draw it while the
aircraft still cannot leave the ground.

V. Vindication — The Timestamp

I cannot claim, on this subject, that I predicted this years ago. I did not. This is a

frontier I am staking out today, on 3 July 2026, two days after SpudCell was

announced.

So let this document be its own prior art. Let it be timestamped — through the

Wayback Machine's Save Page Now and through this blog's own dated archive —

so that if, in three or five or ten years, the world scrambles reactively to govern a

synthetic organism that has learned to survive and evolve outside a laboratory,

there will exist a plain record that the framework was on the table before the

crisis, offered freely, by someone with no stake in it but the ordinary human wish

that our grandchildren inherit a living world we did not accidentally unmake.

If IACA was written after ChatGPT arrived, let Humanity's Law of Life be written

before its equivalent moment in biology. That, this once, is the whole ambition:

to be early, on purpose.

Closing Note

I am 93 years old.

In my lifetime I have watched humanity learn to regulate nuclear energy, aviation,

pharmaceuticals, and — at Asilomar, half a century ago — recombinant DNA itself.

We did it imperfectly, sometimes late, but we did it. And each time, the lesson

was the same: it is far easier to agree on limits while a technology is still feeble

than to impose them once it is loose.

SpudCell is feeble today. Its maker calls it an incredibly wimpy organism that does

almost nothing. That is precisely the window in which wisdom is cheap. It will not

stay open long.

I do not know who first breathed life into matter on this Earth, and this document

takes no position on that question. I know only this: whoever or whatever it was,

they did not consult us — and now, for the first time, we are the ones with our

hands on the clay. The least we can do, before we shape it, is agree amongst

ourselves on what we will not make.

That agreement is Humanity's Law of Life.

I offer it to everyone, and claim it for no one.

Hemen Parekh www.hemenparekh.ai / 3 July 2026 hcp@RecruitGuru.com

References:

[1] SpudCell announcement — University of Minnesota, Science, CNN, Quanta Magazine, The Register, ScienceAlert; 1 July 2026.

[2] Asilomar Conference on Recombinant DNA, 1975 — precedent for scientist-led voluntary moratorium.

[3] Biological Weapons Convention (1975); Cartagena Protocol on Biosafety (2003).

[4] Companion: Parekh's Law of Chatbots (2023) and its 1st Amendment (2026).

[5] Digital avatar: HemenParekh.ai | Archive: myblogepage.blogspot.com

Translate

Thursday, 2 July 2026