The mainstream media obituary machine always follows the exact same script. When a Nobel laureate in physics passes away, journalists rush to dust off old press releases, paint a portrait of an isolated mastermind, and credit them with single-handedly unlocking the secrets of the cosmos.
The recent passing of François Englert at the age of 93 has triggered this exact wave of lazy, hagiographic reporting. Building on this idea, you can find more in: Inside the Israel Lebanon Peace Talks Crisis Nobody is Talking About.
Every major outlet is running some variation of the same narrative: "François Englert, co-discoverer of the God Particle, dies." They treat theoretical physics as if it were a Hollywood movie, where a lone hero stares at a blackboard, writes down a single equation, and changes reality forever.
It is a comforting story. It is also entirely wrong. Experts at USA Today have also weighed in on this matter.
By flattening the messy, collaborative, and deeply contested history of quantum field theory into a neat celebrity profile, the public is left with a fundamentally flawed understanding of how science actually progresses. Worse, the obsession with the "Higgs boson" moniker completely obscures the true, far more fascinating mechanics of how mass enters our universe.
We need to stop eulogizing a myth and start looking at the actual physics.
The Overrated Particle and the Underrated Field
Let us start with the most glaring misconception that every standard obituary repeats: the idea that François Englert and Peter Higgs discovered a particle.
They did not. They proposed a mechanism.
In 1964, François Englert and his colleague Robert Brout published their paper in Physical Review Letters, closely followed by Peter Higgs, and then by a third team consisting of Gerald Guralnik, Carl Hagen, and Tom Kibble. None of these theorists were looking for a shiny new particle to splash across magazine covers decades later. They were trying to solve a brutal, mathematical crisis threatening to break the Standard Model of particle physics.
[Image of the Standard Model of elementary particles]
The problem was gauge invariance. The equations that successfully described the weak nuclear force—the force responsible for radioactive decay—insisted that the particles carrying this force had to be completely massless. The physics community knew this was a lie. In the real world, these force carriers (the W and Z bosons) were incredibly heavy. If you just artificially added mass to the equations to match reality, the entire mathematical framework collapsed into nonsense, spitting out infinite probabilities for simple physical events.
What Englert, Brout, and the others realized was that you did not need to give particles mass directly. Instead, you could introduce a pervasive, invisible background entity that fills the entirety of space.
Imagine a room packed filled with political operatives. If an average citizen walks through the room, they move quickly, completely unimpeded. But if a high-profile politician enters, the operatives crowd around them, slowing them down, creating drag.
That drag is the analog for inertia, which we perceive as mass.
The entity doing the crowding is the Higgs field. The famous Higgs boson is not the field itself; it is merely a ripple, a localized excitation of that field. Finding the boson at the Large Hadron Collider in 2012 was monumental because it proved the field existed, but celebrating the boson while ignoring the field is like celebrating a wave in the ocean while forgetting the existence of water.
The Great Nobel Injustice No One Talks About
The media loves a neat duo. When Englert and Higgs shared the Nobel Prize in Physics in 2013, the narrative was locked in. But the reality of this discovery highlights the fundamental flaw in how the Nobel Committee—and by extension, the public—rewards scientific achievement.
Robert Brout, Englert’s long-time research partner and co-author of the 1964 paper, passed away in 2011. Because the Nobel Prize is never awarded posthumously, Brout was erased from the highest echelon of scientific recognition.
Think about the absurdity of this system. If Brout had lived two more years, the committee would have faced a logistical nightmare. The Nobel rules cap the number of laureates for a single prize at three. But there were six theorists who played undeniable roles in the 1964 breakthrough:
- François Englert
- Robert Brout
- Peter Higgs
- Gerald Guralnik
- Carl Hagen
- Tom Kibble
By strictly prioritizing the individual over the collective, the scientific establishment forces a false narrative of isolated genius. I have seen tech companies blow millions of dollars trying to hire a single "rockstar" developer or visionary executive, expecting them to magically fix a broken architecture, while ignoring the tight-knit infrastructure teams actually keeping the systems alive. The physics world does the exact same thing.
Englert himself was always highly cognizant of this. He was a deeply collaborative thinker who viewed physics not as a race for personal glory, but as a shared intellectual puzzle. To reduce his 93 years of life to a solo trophy run does a profound disservice to the way he actually worked.
The "God Particle" Delusion
We cannot talk about Englert's legacy without addressing the absolute worst branding exercise in human history: the phrase "The God Particle."
Coined by Leon Lederman in his 1993 popular science book, the nickname has infected every single news report about the Higgs mechanism for over thirty years. It implies that this specific particle possesses some mystical, primordial creative power that stands above all other elements of nature.
It does not.
If you want to get technical, the Higgs field does not even account for most of the mass in your own body.
You are made of atoms. Atoms are made of protons, neutrons, and electrons. The Higgs field gives mass to the fundamental quarks that live inside those protons and neutrons, and it gives mass to electrons. But if you add up the mass of those individual quarks, they only account for roughly one percent of the total mass of a proton or neutron.
Where does the other 99 percent come from?
It comes from the intense binding energy of the strong nuclear force, governed by particles called gluons. According to Einstein's most famous equation, $E=mc^2$, energy and mass are equivalent. The furious, high-speed movement of quarks locked inside protons generates energy, and that confinement energy manifests as the vast majority of the mass you possess.
Mass of a Proton:
[ Quark Mass (via Higgs Field) ] -> 1%
[ Confinement Energy (via Strong Force) ] -> 99%
If the Higgs field vanished tomorrow, the universe would certainly fall apart—electrons would fly away at the speed of light, and atoms would dissolve. But the Higgs field is not a divine creator; it is an environmental property. It is a cosmic drag coefficient.
The Flaw in the Narrative: Where Physics Goes From Here
The real tragedy of the hyper-focus on Englert’s 1964 triumph is that it creates a false sense of finality. The public reads these obituaries and assumes the puzzle of the universe is solved. The Standard Model is complete, the boxes are checked, and everyone can go home.
The truth is far more unsettling. The Higgs mechanism works beautifully on paper, and it matched the data from the Large Hadron Collider with terrifying precision. But it is also a mathematical nightmare that points directly to what physicists call the Hierarchy Problem.
In quantum mechanics, particles don't just exist in isolation; they constantly interact with "virtual" particles that pop in and out of the vacuum. These interactions should mathematically drive the mass of the Higgs boson up to the Planck scale—an incredibly high energy level around $10^{19}$ GeV. Yet, the observed mass of the Higgs boson is only 125 GeV.
To keep the mass at 125 GeV, the bare parameters of the universe have to be fine-tuned to an accuracy of roughly one part in a hundred million billion.
Imagine trying to balance a pencil perfectly on its sharp tip, not just for a second, but for thirteen billion years, on a platform that is actively shaking. That is the level of unnatural fine-tuning required by the Standard Model as we currently understand it.
Theoretical physicists have spent decades trying to fix this unnaturalness using ideas like Supersymmetry or extra spatial dimensions. So far, the Large Hadron Collider has found absolutely zero evidence for any of them.
Ditch the Eulogies, Read the Papers
François Englert was a brilliant, iconoclastic thinker who spent his life probing the deepest, most uncomfortable questions of reality. He survived the horrors of World War II as a hidden child in occupied Belgium, went on to revolutionize theoretical physics, and maintained a sharp, critical mind well into his nineties.
He does not need a sanitized, mythologized legacy that turns him into a caricature of a lone wizard.
Stop reading the lazy mainstream obituaries that treat the Higgs boson like a magical artifact. The real legacy of François Englert is not a single particle, nor is it a gold medal from Stockholm. It is the realization that the empty space we look out into every night is not empty at all. It is a dynamic, invisible medium that actively shapes everything we can see, touch, and measure.
If you want to honor his memory, stop celebrating the corporate narrative of science. Acknowledge the messy collaborations, accept the gaping holes still left in our cosmological models, and stop pretending the universe is simple just because a headline told you so.
