Level of enforced secrecy in nuclear physics

In summary, the conversation discusses the concept of "enforced secrecy" in the context of studying and researching nuclear physics. The options given for describing one's situation include never studying nuclear physics, studying it without encountering enforced secrecy, studying it and encountering enforced secrecy, doing research without encountering enforced secrecy, doing research and encountering enforced secrecy, and being unable to answer the question for legal reasons. The expert explains that enforced secrecy is a legal obligation not to share information, and it may or may not be encountered depending on the nature of the work and location. The Atomic Energy Act of 1954 prohibits the disclosure of secret nuclear information and applies to everyone in the USA. In summary, enforced secrecy is a concept that applies to certain industries and is not

My situation is described by:

  • a

    Votes: 3 42.9%
  • b

    Votes: 3 42.9%
  • c

    Votes: 0 0.0%
  • d

    Votes: 1 14.3%
  • e

    Votes: 0 0.0%
  • f

    Votes: 0 0.0%

  • Total voters
    7
  • #1
jackle
275
0
This poll is purely to satisfy my curiousity

"enforced secrecy" in this context means a legal obligation not to share information, such as having to sign an agreement.

Which best describes your situation

a) I never studied nuclear phyics
b) I studied nuclear physics during a degree without encountering any enforced secrecy
c) I studied nuclear phyics during a degree and encountered enforced secrecy
d) I do research into nuclear physics without encountering enforced secrecy
e) I do research into nulcear physics and encounter enforced secrecy
f) I can't answer this question for legal reasons
 
Last edited:
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  • #2
jackle said:
This poll is purely to satisfy my curiousity

"enforced secrecy" in this context means a legal obligation not to share information, such as having to sign an agreement.

Which best describes your situation

a) I never studied nuclear phyics
b) I studied nuclear physics during a degree without encountering any enforced secrecy
c) I studied nuclear phyics during a degree and encountered enforced secrecy
d) I do research into nuclear physics without encountering enforced secrecy
e) I do research into nulcear physics and encounter enforced secrecy
f) I can't answer this question for legal reasons
jackie,

Your choices above span a couple "universes" of possibilities.

First, (f) is out - there is NOT a legal prohibition which would prohibit anyone from even
answering the question.

Answers (b) and (c) form the two possible responses for the case of someone studying
nuclear physics. If you are studying nuclear physics; in a University, for example;
then you will not encounter "enforced secrecy". You will be studying the basic physics;
and the laws of physics are NOT classified in any way shape or form.

If you are doing research; you may or may not have to contend with enforced secrecy
depending on where you are doing this research. If you are doing research in the
nuclear weapons design progams at either Los Alamos or Lawrence Livermore; then
YES - there is enforced secrecy - what else would you expect?

You would also encounter enforced secrecy if you were working on the design of naval
nuclear reactors at either Knolls Atomic Power Lab or Bettis Atomic Power Lab. If you
know the design of the reactor; you know how much power it can put out; and hence that
helps you figure out how fast the reactor and turbine can propel the sub through the water.
How fast a nuclear sub can travel is something the Navy wants to keep secret.

The prohibition against revealing secret nuclear information is codified in a LAW - the
Atomic Energy Act of 1954. You don't have to sign a document to be bound by this;
EVERYBODY in the USA is bound by this law. Even if you decided to work independently
on your own nuclear weapon design - this law has a concept called "born secret" -
anything you come up with is classified at inception.

However, if you are working for a reactor manufacturer or any business regarding the
commercial use of nuclear power; you won't encounter prohibitions; except for the
ordinary "trade secrets" that you might encouter at ANY business. If you work at
Apple; you can't take the source code that runs the new iPhone with you if your leave
and go to one of Apple's competitors.

Dr. Gregory Greenman
Physicist
 
  • #3
Thanks Morbius. This is probably everything I wanted to know.:smile:
 

Related to Level of enforced secrecy in nuclear physics

1. What is the purpose of enforced secrecy in nuclear physics?

The main purpose of enforced secrecy in nuclear physics is to prevent the dissemination of sensitive information related to the development and use of nuclear technology. This is to ensure the safety and security of nuclear materials and to prevent potential misuse or proliferation of nuclear weapons.

2. How is the level of enforced secrecy determined in nuclear physics?

The level of enforced secrecy in nuclear physics is determined by government agencies and international organizations such as the International Atomic Energy Agency (IAEA). This is based on the potential risks and threats posed by the information and the potential consequences of its release.

3. What are the consequences of violating enforced secrecy in nuclear physics?

Violating enforced secrecy in nuclear physics can have serious consequences, including legal action and imprisonment. It can also lead to the loss of credibility and trust from the scientific community and can compromise national security.

4. Is there any transparency in the enforcement of secrecy in nuclear physics?

While the specific details of enforced secrecy in nuclear physics are not publicly disclosed, there are mechanisms in place to ensure transparency and accountability. This includes regular inspections and audits by government agencies and international organizations to ensure compliance with established protocols.

5. How does enforced secrecy impact collaboration and scientific progress in nuclear physics?

Enforced secrecy in nuclear physics can limit collaboration and hinder scientific progress, as it restricts the sharing of information and resources among scientists. However, it is also necessary to protect sensitive information and ensure the responsible use of nuclear technology.

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