New look for Double-slit experiment

In summary: He should be able to provide it for you.In summary, Gerhard Paulus of Texas A&M University and co-workers in Berlin have developed a new method for observing interference patterns in Young's double-slit experiment. By using electrons that pass through a double slit in time rather than space, they were able to observe a unique interference pattern caused by being ejected from an atom at one of two possible times by a laser pulse. However, the source of this information has not been provided and can be obtained by contacting the author, Peter Rodgers.
  • #1
Ola
7
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Gerhard Paulus of Texas A&M University and co-workers in Berlin have developed a new look for Young's double-slit experiment. Interference pattern has been observed with electrons that pass through a double slit in time, not space, as a result of being ejected from an atom at one of two possible times by a laser pulse.

http://physicsweb.org/articles/news/9/3/1/1
 
Physics news on Phys.org
  • #2
Ola said:
Gerhard Paulus of Texas A&M University and co-workers in Berlin have developed a new look for Young's double-slit experiment. Interference pattern has been observed with electrons that pass through a double slit in time, not space, as a result of being ejected from an atom at one of two possible times by a laser pulse.

http://physicsweb.org/articles/news/9/3/1/1

Golly! This thing must be in at least 3 different threads/places in PF already! And I still haven't seen an exact citation yet. Can someone provide a citation on where this was published, or about to be published? PhysicsWeb usually is good in providing the source of their news, but for some odd reason, they neglected this one, and Paulus webpage made no reference of this either.

Zz.
 
  • #3
Sorry for the repeat. I just saw another thread with the same topic.
 
  • #4
PhysicsWeb usually is good in providing the source of their news, but for some odd reason, they neglected this one

You can contact Peter Rodgers, the Author of this story, and ask him about the reference.
 

1. What is the Double-slit experiment?

The Double-slit experiment is a scientific experiment that demonstrates the wave-particle duality of light and other particles. It involves a beam of particles or waves passing through two closely spaced slits and creating an interference pattern on a screen behind the slits.

2. What is the significance of the "New look" for the Double-slit experiment?

The "New look" for the Double-slit experiment refers to recent advancements and modifications in the experimental setup, allowing for more precise observations and measurements of the interference pattern. These advancements have helped to further our understanding of the fundamental nature of particles and waves.

3. How does the Double-slit experiment support the wave-particle duality theory?

The interference pattern observed in the Double-slit experiment suggests that particles behave like waves, as they can interfere with themselves and create a pattern of light and dark bands. This supports the wave-particle duality theory, which states that particles can exhibit both wave-like and particle-like behavior.

4. What are the potential practical applications of the Double-slit experiment?

The Double-slit experiment has potential applications in fields such as quantum computing, telecommunications, and cryptography. By understanding the behavior of particles and waves at a fundamental level, we can develop new technologies and applications that utilize this knowledge.

5. Are there any controversies or debates surrounding the Double-slit experiment?

There have been ongoing debates and controversies surrounding the interpretation of the results of the Double-slit experiment, particularly in regards to the wave-particle duality theory. Some scientists argue that the results can be explained by other theories, while others maintain that the experiment supports the wave-particle duality theory. However, the majority of the scientific community accepts the results of the Double-slit experiment as evidence of the dual nature of particles and waves.

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