InsulinTells our cells to take sugar out of the blood.
HemoglobinCarries oxygen from our lungs to every cell.
Serotonin receptorCatches serotonin, the messenger behind our mood, sleep and appetite.
Step 1 · The chain
20 building blocks. Endless chains.
The 20 amino acids, lined up into a chain
A
R
N
D
C
Q
E
G
H
I
L
K
M
F
P
S
T
W
Y
V
Protein B
F
P
Y
A
P
D
G
T
E
R
I
T
K
A
R
E
V
I
F
F
I
N
K
I
V
R
Protein C
W
S
M
R
W
M
K
F
H
P
K
K
Y
R
G
F
L
Q
Q
G
P
Q
A
N
V
Y
The order is written in your DNA.Change the order, get a different protein.
Step 2 · The fold
Then the chain folds itself.
01A straight chainFresh off the DNA recipe.
02Pulls and pushesSome blocks attract, some hide from water. Coils and sheets form.
03One final shapeUnique to each protein. It decides what the protein does.
Why it matters
Where else knowing the shape matters.
01Understanding diseaseStudy cancer mutations like p53, and the misfolded proteins behind Alzheimer’s and Parkinson’s.
02Designing new proteinsBuild brand-new proteins from scratch: to break down plastic, capture carbon, or treat disease.
03Better vaccinesKnowing the virus’s spike shape lets mRNA vaccines teach the body the right target.
One question sits under all three: what does this protein look like?
After 50 years
Most of the human proteome was still dark.
17%of the human proteome had a structure solved in the lab
5,000+human proteins had no structural information at all, not even a rough model
Source: Porta-Pardo et al., “The structural coverage of the human proteome before and after AlphaFold,” PLOS Computational Biology (2022). 17% = share of the proteome’s amino acids.
Before AI
Solving just one protein took a PhD student almost their entire four years.
A 50-year question
The protein folding problem.
01How does the sequence of amino acids define the shape?
02Through which stages does the chain fold into its final structure?
03Can a computer predict the structure from the sequence alone?
CASP · Since 1994
The world’s protein-folding exam.
Every two years, teams predict the shapes of proteins that have just been solved in the lab, but not yet published. Then the answers are revealed.
Scored 0 to 100. Then progress stopped: for 14 years, the best stayed around 60.
Winning accuracy score
Documentary · 2024
How DeepMind taught machines to learn.
Five years inside Google DeepMind, from games to AlphaFold.
The first breakthrough · 2013
DeepMind learning without instructions.
Clip: The Thinking Game (2024)
Google DeepMind
DeepMind kept looking for bigger challenges.
2013AtariLearned dozens of video games just by watching the screen.
2016AlphaGoBeat Go champion Lee Sedol, a decade before experts expected.
2019AlphaStarReached Grandmaster level against top StarCraft II players.
2020AlphaFoldTaught itself to predict how proteins fold.
The moment they found out.
The AlphaFold team
Image: Quanta Magazine
CASP · 2018–2020
Then AlphaFold broke the plateau.
2018: first entry, ahead of every team. 2020: AlphaFold 2 crosses the line of a lab experiment.
Fourteen years stuck. Broken in two competitions.
Winning accuracy score
November 2020 · CASP14
92.4
AlphaFold 2’s score. Past the line of a lab experiment.
Best before
~60
AlphaFold 2
92.4
“We have been stuck on this one problem for nearly 50 years.”
John MoultCo-founder and chair, CASP
Average error: about the width of an atom. Four years later, a Nobel Prize.
Prediction meets reality.
CASP14 · 2020
Image: Google DeepMind
AlphaFold Database
From years to minutes, for everyone.
Minutesto predict one protein’s structure, instead of years in the lab
200M+predicted structures, nearly every known protein across the tree of life
Freean open database for every scientist in the world
Accuracy varies by protein, and every prediction comes with its own confidence score.
AlphaFold Protein Structure Database (Google DeepMind and EMBL-EBI): human proteome 2021, 200M+ structures 2022
John JumperGoogle DeepMindProtein structure prediction
David BakerUniversity of WashingtonComputational protein design
The human proteome
Before and after.
Human proteins with no structural information
Before
5,027
After
29
Source: Porta-Pardo et al., PLOS Computational Biology (2022). “Before” includes lab structures and models of similar proteins.
Isomorphic Labs · Spun out of DeepMind
From AlphaFold to medicine.
We had been designing keys for locks we had never seen. Isomorphic Labs designs them with the lock in view.
2021Spun out of DeepMind
2024–26Lilly, Novartis, J&J partner
May 2026$2.1B raised
End 2026First human trials
Lock: the disease proteinKey: the AI-designed drug
Robotic labs
Now we can see the locks. Robots test the keys.
AI designs the experiment. Robots run it around the clock. Every result teaches the AI.
Labs like Recursion now build open-source successors to AlphaFold, predicting not just the lock, but how tightly the key fits.
Eli Lilly × NVIDIAAI lab announced January 2026, up to $1B over five years.
RecursionRobotic lab in Salt Lake City running millions of experiments a week.
Aug 2026Medicine · Oncology
A cancer vaccine made for each patient
42%
lower risk of melanoma coming back. The first personalised cancer vaccine to pass a Phase 3 trial.
Each patient’s tumour is sequenced, and a vaccine is built to target up to 34 mutations found only in that person’s cancer. Given with standard immunotherapy, it cut the risk of melanoma coming back.
The mRNA technology behind the COVID vaccines now makes a one-off medicine for each of us. It trains your immune system to recognise your cancer. Lung and other cancers are next.
How · Moderna and Merck (intismeran autogene + Keytruda), using tumour DNA sequencing and mRNA.
9 Jun 2026Longevity · Ophthalmology
First given to a person, in one eye.
1st
patient dosed with ER-100, a therapy designed to reset the age of our cells.
OSK: 3 of the 4 Nobel-winning Yamanaka factors, switching eye cells back to a younger state without changing their DNA. Phase 1 for glaucoma and NAION: safety first.
We have always treated ageing as a one-way street. In animals, this restored vision. Human results are still to come: the first test of whether ageing can be reversed in a person.
How · ER-100 by Life Biosciences (co-founded by David Sinclair).
David SinclairHarvard Medical School · Co-founder, Life Biosciences
Trial started
May 2026Mathematics
An 80-year-old maths problem, overturned
80 yrs
A 1946 conjecture by Paul Erdős, disproved.
A long-standing assumption about how points can be arranged on a flat plane turned out to be wrong. Fields medallist Timothy Gowers said the result deserves publication in maths’ top journal.
Generations of the world’s best mathematicians had tried and failed. When a basic belief in maths turns out to be false, the work built on top of it opens up again.
How · An OpenAI reasoning model, checked by human mathematicians.
Image: Nature, 2026
Aug 2026 · ScienceSynthetic biology
Working viruses, built from written code
16
working viruses, designed from scratch.
Scientists wrote complete viral genomes that don’t exist in nature, built them, and they worked. They kill E. coli, including strains that resist natural viruses.
Proteins were about reading biology. This is writing it. These viruses attack only bacteria, a new front against antibiotic-resistant infections, tied to over a million deaths a year. It also raises serious biosecurity questions.
How · Stanford and the Arc Institute’s Evo genome model.
Sep 2026Energy
Fusion plasma, kept under control
200 ms
ahead: reactor instabilities predicted, and prevented.
In tests on a fusion reactor, a control system checked the plasma every 20 milliseconds. It spotted dangerous instabilities before they formed and corrected them automatically.
Fusion is how the sun makes energy: nearly unlimited clean power. The obstacle is plasma hotter than the sun that changes shape faster than any human can react. Keeping it stable moves fusion toward power plants.
How · PACMAN, developed by Princeton and PPPL.
May 2025 → 2026Transportation
500,000 rides a week with no one at the wheel
500k
paid driverless rides a week. Aiming for 1 million by the end of 2026.
Fully driverless taxis run as an everyday paid service in more than 10 US cities, with London and Tokyo next. Driverless freight trucks began running on Texas highways in May 2025.
For decades, self-driving was “five years away.” Now we pay for rides with an empty driver’s seat, every day, at city scale. Freight is next, and moving goods is a far bigger market than moving people.
How · Waymo (taxis) and Aurora (trucks).
Not just techEvery industry. Every level. All at once.
Biology
Chemistry
Materials
Energy
Manufacturing
Agriculture
Finance
Law
Education
Logistics
Mobility
Medicine
Construction
Climate
Space
Defense
Media
Retail
Software
Mathematics
Physics
Where AI is heading
We are at the gates of the biggest leap in intelligence we have ever seen.
After AGI
Then AI starts improving AI.
A superintelligence could do decades of science in years, and solve problems no human team ever has.
From Treatment to Prevention
The Silent Epidemic:Metabolic Health
umutonan.com
Children per woman · Humanity
We are having fewer children.
We are building superintelligence, and quietly heading towards extinction.
Today
South Korea0.7
China1.0
Japan1.2
Italy1.2
United States1.6
Millions of years to stand up and walk.
A few decades to sit back down.
Summer 1962Atlantic City, New Jersey
Summer 2026Atlantic City, New Jersey
We Are Designed to Move.
26 bones in each foot. 27 in each hand. Built to walk, run, climb and lift, for a lifetime.
Play
Climb
Lift
TodayEverything around us is designed so we don’t have to move.
TodayEverything around us is designed so we don’t have to move.
TodayIf it’s in your head, it’s at your door. That’s how convenient life has become.
What’s Happening
88%
of adults are metabolically unhealthy.
And it is rising — the biggest silent epidemic of our lifetime.
454M
smartwatch users generate data they can't act on.
The data and devices exist — the understanding doesn't.
Sources: NHANES / University of North Carolina (2019); Statista, Market.us (2025).