Classical computing and quantum computing

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Discussion Overview

The discussion revolves around the challenges of understanding and bridging the gap between classical computing and quantum computing. Participants express a desire for guidance on how to implement quantum computing concepts in practical coding, particularly in relation to existing classical computing systems.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant expresses frustration about the lack of coding resources for quantum computing, despite understanding the mathematical concepts represented in kets.
  • Another participant clarifies that quantum computers are hardware and that their operations can be simulated with software, suggesting a resource for further exploration.
  • A different participant emphasizes the importance of understanding the current stage of quantum computing development before attempting to code, suggesting that coding may not be applicable at this stage.
  • A request is made for specific coding examples, such as a Java program for a Hamiltonian gate.

Areas of Agreement / Disagreement

Participants do not appear to reach a consensus on the feasibility of coding quantum computing concepts at this stage, with some suggesting it is premature while others seek practical coding guidance.

Contextual Notes

There is a lack of clarity regarding the specific coding frameworks or languages that could be used for quantum computing simulations, and the discussion reflects varying levels of understanding about the relationship between quantum theory and practical implementation.

Who May Find This Useful

This discussion may be useful for individuals interested in the intersection of classical and quantum computing, particularly those looking for resources or guidance on coding quantum algorithms.

Drimar
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I have a lot of questions

Please help me bridging the gap betw classical computing and quantum computing...please..
I can do mathemtic like |0> + <1| on paper and write more computings like that.
But I don't understand how to code it in my toshiba computer ?

I have some books+materials about quatum, and all of them only say :
"Quatum will make computers next century with many circuits quantum computing is the future", then they teach gates, computings do with 0 and 1 in kets. and they also list a lot of algorithms but none them are source codes except do computings with 1 and 0 in kets.

None of them teach them to code in my computer. :=(

Can you please help me ?

Thank you
 
Last edited by a moderator:
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Drimar said:
Can you please help me ?
A quantum computer is a piece of hardware, not software. However its workings can be simulated with software. Here is a site that might help.
http://www.qc.fraunhofer.de/
 
Last edited by a moderator:
Drimar said:
I have a lot of questions

Please help me bridging the gap betw classical computing and quantum computing...please..
I can do mathemtic like |0> + <1| on paper and write more computings like that.
But I don't understand how to code it in my toshiba computer ?

I have some books+materials about quatum, and all of them only say :
"Quatum will make computers next century with many circuits quantum computing is the future", then they teach gates, computings do with 0 and 1 in kets. and they also list a lot of algorithms but none them are source codes except do computings with 1 and 0 in kets.

None of them teach them to code in my computer. :=(

Can you please help me ?

Thank you

Maybe you need to first of all understand what quantum computing actually means and at what stage of development it is at currently! It has nothing to do with coding at this stage.

Zz.
 
Thank you, i'dlike make something like a java program hamilton gate.
please tell me how to make it, how to code or send me source code via pm, plese..
 

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