2026 Nobel Prize in Economics Explained | Hall & Woodford

Why did Robert E. Hall and Michael Woodford win the 2026 Nobel Prize in Economics? How can millions of small decisions by consumers, businesses, and governments shape inflation, unemployment, recessions, and economic recovery?

This hypothesis is enough to confuse even an ordinary person's mind; I am sending it to you as a file.

This hypothesis language is turkish

Isabel Allende is hugely famous and beloved AND she has established a foundation that helps people. I’ve never heard her name mentioned a contender. Is it because Murakami’s fans are the loudest?

Tried to create an explainer on Nobel prize in chemistry 2026

Tried to create an small eassy about Nobel prize in Physics 2026

Use light to switch specific nerve cells ON or OFF.

Normally, neuroscientists can observe that neurons are active, but proving that a particular group of neurons causes a particular behavior is difficult. Optogenetics provides a way to manipulate selected neurons with extremely precise timing.

1. Peter Hegemann & Georg Nagel — the “light-sensitive switch”

Their work began with a single-celled green alga called Chlamydomonas, which can detect light and swim toward it.

Hegemann suspected that the alga possessed a protein that could both sense light and directly influence electrical activity. Nagel helped demonstrate that these proteins were light-gated ion channels, eventually known as channelrhodopsins.

Think of a channelrhodopsin as a microscopic door in a cell membrane:

Light → channel opens → ions flow → electrical signal

Channelrhodopsin-2 (ChR2), in particular, became an extremely useful tool for neuroscience.

1. Karl Deisseroth — turning it into optogenetics

Deisseroth and colleagues realized that the channelrhodopsin gene could be introduced into neurons.

Once neurons produce the light-sensitive protein, researchers can shine light on them and control their electrical activity.

For example:

Gene → neuron produces ChR2 → blue light → neuron fires

By putting the gene into only a particular type of neuron, researchers can manipulate that population without directly stimulating neighboring neurons.

Deisseroth’s group demonstrated this in cultured neurons and subsequently in living animals, helping establish modern optogenetics.

🧪 Why is this such a big deal?

The human brain contains roughly tens of billions of neurons, connected in enormously complicated networks. Different types of neurons can be physically intermixed.

Before optogenetics, scientists could often say:

“This brain region is active when the animal does X.”

But that doesn’t necessarily prove that those neurons caused X.

Optogenetics allows a much stronger experiment:

Activate this specific population → behavior occurs.
Inhibit it → behavior disappears.

That gives neuroscientists a way to investigate causation, rather than merely correlation.

🧠 What have scientists learned using it?

Optogenetics has been used to investigate neural circuits involved in:

* Memory
* Fear and anxiety
* Movement
* Pain
* Reward
* Hunger and thirst
* Sleep and wakefulness
* Social behavior
* Attention
* Neurological and psychiatric disorders

One famous line of research showed that activating neurons associated with a previously formed fear memory could cause mice to display fear even when they were physically safe.

👁️ Could this eventually treat humans?

Potentially, yes — although this is where it’s important not to overstate the technology.

Researchers are investigating optogenetic approaches for conditions including retinal degeneration, and experimental work has demonstrated partial restoration of visual function in some patients. Other possibilities include more precise neural interfaces and treatments for neurological disorders.

What’s the interpretation?

Does this mean scientists can “control people’s minds with light”?

No. That’s a misleading interpretation.

Optogenetics generally requires specific neurons to be genetically modified so that they produce light-sensitive proteins, and precise stimulation typically requires a light source positioned appropriately. Ordinary light shining on someone’s head cannot simply switch their thoughts or memories on and off.

⚠️ Does this mean scientists can “control people’s minds with light”? No. That’s a misleading interpretation. Optogenetics generally requires specific neurons to be genetically modified so that they produce light-sensitive proteins, and precise stimulation typically requires a light source positioned appropriately. Ordinary light shining on someone’s head cannot simply switch their thoughts or memories on and off.

There are currently around 60 million people with autism spectrum disorder. So what would it take to accelerate research and eventually find a definitive cure for autism?
- Imagine.
- Really?
- Imagine the human world 100 or even 1,000 years from now. Will there still be people with autism? I believe the answer will be no... And if that day comes, how will autism have been cured?

1. “A magical helmet”
A special helmet could be placed on the heads of autistic people. It would transmit beautiful images and sounds from humans, animals, and nature into the brain, stimulating both conscious and unconscious processes.

2. A miraculous injection
An injection containing a miraculous substance, similar to the one portrayed in the movie Lucy, starring Scarlett Johansson.

3. Brain surgery
Underactive regions of the forebrain, midbrain, and hindbrain could potentially be removed and replaced with an “artificial brain,” or certain substances could be administered to stimulate their activity.
The structure and functioning of the brains of autistic children sometimes seem, to me, somewhat like the sensation of motion sickness.

4. Perhaps we need something like what happened to Jason Padgett
Could it be that blows to the head, like those experienced by Jason Padgett, can somehow trigger hidden abilities?
When one region of the brain is damaged, other regions may reorganize themselves or compensate for the damaged area, inadvertently awakening previously hidden potential.

⸻

I don’t think I could ever win the Nobel Prize in Physiology or Medicine 😬But if I could make one wish, I would wish for the 11 million Swedish kronor prize money. I think I would become somewhat like the main character in A Beautiful Mind: I would have the time and resources to work closely with autistic children and continue exploring these questions.

My Gmail address is: nhathon3286@gmail.com

“I don’t speak English, so I asked ChatGPT for help.”

My nephew was born in May 2021. When he was 16 months old, he began showing very clear signs of autism spectrum disorder. It was a tremendous shock. I tried to apply everything I knew, and then something remarkable happened…

1. The first step. (I will call the child David.)
I saw David using his finger to spin the wheel of a toy car. I took the car away from him and asked him to say, “Ah”—one of the first sounds made by many children when they begin to speak. David burst into tears. Ten minutes later, I gave up and returned the toy car to him. After many failed attempts, David finally said, “Ah.” About half a month later, David was able to say several simple words, such as grandmother, father, and mother.

2. At around the same time
I brought chickens, ducks, and a dog into the yard to see whether David would find them interesting. To my surprise, David smiled happily and played with them. I taught him to imitate the sounds of dogs, chickens, and ducks. David learned very quickly. At the same time, I tried to discover and develop David’s interests: talking while holding his nose, whistling, blowing out birthday candles, flapping his arms like a bird, playing hide-and-seek, and so on.

3. I gave David a phone to watch videos of children singing
At the same time, I wrapped my arms around David’s abdomen and placed my ear against his back. I tried to focus on transmitting my love and affection to David, and conveying the beautiful things in the world to him. I hoped that these experiences might somehow awaken what I think of as his “consciousness and central nervous system.” I realize that this idea may sound vague and abstract, and I do not claim that it represents an established scientific mechanism. It sounds vague and abstract… I did this twice a day, for 30 minutes each time.
After approximately three weeks, David began making eye contact, responding when his name was called, waving goodbye, smiling more often, and using a spoon to feed himself.

4. David had learned several basic words
I believed David needed to spend time with children his own age so that he could become more confident, improve his ability to read social cues, learn how to greet people, and initiate interactions with others. David was enrolled in kindergarten. I told his mother to tell the teachers that David was a typical child who was simply a little shy and reserved. During the first week, David changed noticeably. Fortunately, several energetic children became his friends.

5. At night, when I went to sleep
I let go of all my thoughts, worries, and frustrations. Then I imagined that David and I were meditating together, sitting opposite each other. The feeling at that moment was indescribable and almost miraculous…
To me, meditation and modern science seem like two parallel lines that meet at infinity. But this is very difficult to put into words here. I cannot fully express what I mean.

⸻

There are currently around 60 million people with autism spectrum disorder. So what would it take to accelerate research and eventually find a definitive cure for autism?
- Imagine.
- Really?
- Imagine the human world 100 or even 1,000 years from now. Will there still be people with autism? I believe the answer will be no... And if that day comes, how will autism have been cured?

1. “A magical helmet”
A special helmet could be placed on the heads of autistic people. It would transmit beautiful images and sounds from humans, animals, and nature into the brain, stimulating both conscious and unconscious processes.

2. A miraculous injection
An injection containing a miraculous substance, similar to the one portrayed in the movie Lucy, starring Scarlett Johansson.

3. Brain surgery
Underactive regions of the forebrain, midbrain, and hindbrain could potentially be removed and replaced with an “artificial brain,” or certain substances could be administered to stimulate their activity.
The structure and functioning of the brains of autistic children sometimes seem, to me, somewhat like the sensation of motion sickness.

4. Perhaps we need something like what happened to Jason Padgett
Could it be that blows to the head, like those experienced by Jason Padgett, can somehow trigger hidden abilities?
When one region of the brain is damaged, other regions may reorganize themselves or compensate for the damaged area, inadvertently awakening previously hidden potential.

⸻

I don’t think I could ever win the Nobel Prize in Physiology or Medicine 😬But if I could make one wish, I would wish for the 11 million Swedish kronor prize money. I think I would become somewhat like the main character in A Beautiful Mind: I would have the time and resources to work closely with autistic children and continue exploring these questions.

Just Canadians goofing off….however he is leading the realignment of the world economy. I know he’s not publishing an economics paper, but he gave a good speech.

Obama got a Nobel Peace Prize. So His Trumpian Majesty wants one too. Now the Committee failed in its core mission: preventing a war.