Quantum entanglement visualized for the first time ever

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

James_ wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

This tends to violate the inverse square law. Uniform distribution of photons is in and of itself quantum entanglement. Otherwise if photons from a distant star weren't entangled then how could the properties of that star be made known?

Swan wrote: A new development will help cement the "realness" of quantum entanglement even more.

Swan wrote:A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light.

Swan wrote:More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

IBdaMann wrote:

Swan wrote: A new development will help cement the "realness" of quantum entanglement even more.

Only things that don't exist need to be pushed as "real." That's how you can tell it's a scam. What do leftists chant? "Climate Change is REAL!"

Swan wrote:A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light.

Religions are full of claims of supernatural experiences. Regrettably, none are captured clearly on video. Similarly every single claimed Bigfoot, Loch Ness monster, UFO and Chupacabra image is blurry at best.

Let me guess, in this day and age in which relevant videos are embedded directly with the news stories ... the video for this "visualization" coincidentally didn't make the print deadline, right?

Swan wrote:More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

Hold on. System? I thought they were just two entangled photons. What system is being forthwith visualized and how can this visualization be claimed to have been "demonstrated" beyond merely being claimed to have been demonstrated? Where's the clear video of the photons demonstrating entanglement? Why wasn't this "wavefunction" posted so that the world can at least visualize it however they wish?

Nonetheless, claiming to have demonstrated a visualization of a mathematical function does nothing to make any sci-fi concept a reality.

Swan wrote:

IBdaMann wrote:

Swan wrote: A new development will help cement the "realness" of quantum entanglement even more.

Only things that don't exist need to be pushed as "real." That's how you can tell it's a scam. What do leftists chant? "Climate Change is REAL!"

Swan wrote:A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light.

Religions are full of claims of supernatural experiences. Regrettably, none are captured clearly on video. Similarly every single claimed Bigfoot, Loch Ness monster, UFO and Chupacabra image is blurry at best.

Let me guess, in this day and age in which relevant videos are embedded directly with the news stories ... the video for this "visualization" coincidentally didn't make the print deadline, right?

Swan wrote:More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

Hold on. System? I thought they were just two entangled photons. What system is being forthwith visualized and how can this visualization be claimed to have been "demonstrated" beyond merely being claimed to have been demonstrated? Where's the clear video of the photons demonstrating entanglement? Why wasn't this "wavefunction" posted so that the world can at least visualize it however they wish?

Nonetheless, claiming to have demonstrated a visualization of a mathematical function does nothing to make any sci-fi concept a reality.

As usual I read half of the first sentence to determine that any further reading would be a waste of time. However I am glad that you had fun

HarveyH55 wrote:

Swan wrote:

IBdaMann wrote:

Swan wrote: A new development will help cement the "realness" of quantum entanglement even more.

Only things that don't exist need to be pushed as "real." That's how you can tell it's a scam. What do leftists chant? "Climate Change is REAL!"

Swan wrote:A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light.

Religions are full of claims of supernatural experiences. Regrettably, none are captured clearly on video. Similarly every single claimed Bigfoot, Loch Ness monster, UFO and Chupacabra image is blurry at best.

Let me guess, in this day and age in which relevant videos are embedded directly with the news stories ... the video for this "visualization" coincidentally didn't make the print deadline, right?

Swan wrote:More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

Hold on. System? I thought they were just two entangled photons. What system is being forthwith visualized and how can this visualization be claimed to have been "demonstrated" beyond merely being claimed to have been demonstrated? Where's the clear video of the photons demonstrating entanglement? Why wasn't this "wavefunction" posted so that the world can at least visualize it however they wish?

Nonetheless, claiming to have demonstrated a visualization of a mathematical function does nothing to make any sci-fi concept a reality.

As usual I read half of the first sentence to determine that any further reading would be a waste of time. However I am glad that you had fun

But, you decided to waste the time posting it here... Had you wasted the time to actually read what you copy/pasted, you would have realized your are a moron... The article clearly states it's a computer model, to visualize something that only exists on paper.

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

Into the Night wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

I've seen several movies that visualize God as well. I've even seen one that visualizes Ra, the Sun God from ancient Egypt.

Swan wrote:

Into the Night wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

I've seen several movies that visualize God as well. I've even seen one that visualizes Ra, the Sun God from ancient Egypt.

However movies do not even pretend to be real, and are not real, unless the viewer is a brainless turd like you

GasGuzzler wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

I've seen several movies that visualize God as well. I've even seen one that visualizes Ra, the Sun God from ancient Egypt.

However movies do not even pretend to be real, and are not real, unless the viewer is a brainless turd like you

Says the the moron who claims Old Faithful will burn you with mustard gas.

Swan wrote:

GasGuzzler wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

I've seen several movies that visualize God as well. I've even seen one that visualizes Ra, the Sun God from ancient Egypt.

However movies do not even pretend to be real, and are not real, unless the viewer is a brainless turd like you

Says the the moron who claims Old Faithful will burn you with mustard gas.

Never said that.

GasGuzzler wrote:

Swan wrote:

GasGuzzler wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

I've seen several movies that visualize God as well. I've even seen one that visualizes Ra, the Sun God from ancient Egypt.

However movies do not even pretend to be real, and are not real, unless the viewer is a brainless turd like you

Says the the moron who claims Old Faithful will burn you with mustard gas.

Never said that.

....cries the moron who habitually assigns bogus positions.

Tell me more about how mustard gas warms your tomatoes.

Swan wrote:

Into the Night wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

I've seen several movies that visualize God as well. I've even seen one that visualizes Ra, the Sun God from ancient Egypt.

However movies do not even pretend to be real, and are not real, unless the viewer is a brainless turd like you

Into the Night wrote:

Swan wrote:

Into the Night wrote:

Swan wrote:
https://www.advancedsciencenews.com/quantum-entanglement-visualized-for-the-first-time-ever/

A new development will help cement the "realness" of quantum entanglement even more. A team of researchers from the University of Ottawa and the Sapienza University of Rome have demonstrated a novel technique that allows the visualization of an entangled pair of photons  —  particles of light. More accurately, what the scientists have manifested and what they describe in a paper published in Nature Photonics is the wavefunction of this quantum system.

"In our context, we refer to wavefunction as a spatially resolved specification of the state of a quantum system. It tells us everything we can know about the quantum system of interest," said University of Ottawa postdoctoral fellow Alessio D'Errico. "More precisely, the wavefunction allows us to calculate the probability of any measurement outcome.

"In the case of two entangled photons, knowing the wavefunction will tell us what is the probability of finding, at the same time, one particle in point A and the other particle in point B."

Entanglement and holography
D'Errico explained that the team's work was founded on the technique of digital holography, a process that is commonly used to retrieve the shape of 3D objects from scattered light and to reconstruct the phase of laser beams.

Holographic techniques like this rely on the fact that light can be modeled as a wave, and when two waves overlap and are "in phase", where a peak means a peak or a trough meets a trough, this feature of the wave is amplified — a phenomenon called constructive interference.

But, when the light waves are out of phase, a peak meets a trough, and the features cancel each other out  —  this is called, predictably maybe, destructive interference.

The inference pattern that results from the overlapping of two light waves —  one known (a reference wave) and the other unknown  —  can give information about the unknown wave, allowing it to be reconstructed. This means that holographic techniques can reconstruct a 3D object from 2D images. The team extended the technique of digital holography to solve the problem of reconstructing the state of two entangled photons.

This will trigger the anti science liberal natives

I've seen several movies that visualize God as well. I've even seen one that visualizes Ra, the Sun God from ancient Egypt.

However movies do not even pretend to be real, and are not real, unless the viewer is a brainless turd like you

Never said it was, Sock. Pay attention.