Exploring Antimatter Research for a BSc Computational Project

In summary, the speaker is looking for direction on finding books or review papers on the history and science of antimatter research, specifically including CPT invariance. They have been struggling to find relevant resources and have only found one book by Frank Close. They have also encountered difficulties finding relevant research papers. They are asking for recommendations from others.
  • #1
snkk197
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I was hoping someone here could give me some direction with regards to books or review papers. I'm in my final year of my BSc doing a computational project on looking at the formation of antimatter molecules before they annihilate, e.g. a hydrogen-antihydrogen molecule. The computational bit is fairly straightforward but I'm struggling to find a textbook that explains in detail the history of antimatter research or the science, e.g. that includes CPT invariance. (I guess what I'm looking for will probably be in a subsection of an advanced physics textbook, but I haven't found much in particle physics books and my library isn't well stocked.) I have Frank Close's 'Antimatter' book which is good as a starting point. But the few other books I've seen online are too populist and all talk about Star Trek. I've tried to find papers, but most are so specific or so advanced, I can't understand much and I can't even tell if its relevant. If anyone could recommend books or papers I'd be very grateful.
 
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  • #2


Off hand I'm dubious as to the possibility of forming a molecule of hydrogen and anti-hydrogen.
 

Related to Exploring Antimatter Research for a BSc Computational Project

1. What is antimatter and why is it important in scientific research?

Antimatter is the theoretical counterpart to normal matter, with the same mass but opposite electric charge. It is important in scientific research because it can help us understand the fundamental building blocks of the universe and potentially lead to breakthroughs in fields such as energy production and space travel.

2. How is antimatter researched and produced?

Antimatter is typically produced in high-energy particle accelerators, such as the Large Hadron Collider. It can also be created through natural processes, such as cosmic rays interacting with the Earth's atmosphere. However, antimatter is difficult to produce and store, making it a challenging area of research.

3. What are some current applications of antimatter in technology?

Currently, antimatter has limited practical applications in technology. However, it has been used in medical imaging and has potential uses in propulsion systems for spacecraft. Scientists are also exploring the potential of using antimatter as a source of energy.

4. What are the main challenges in studying antimatter?

One of the main challenges in studying antimatter is its instability and difficulty in containment. It also requires advanced technology and large amounts of energy to produce and study. Additionally, there is still much we don't know about antimatter and its properties, making it a complex and ongoing area of research.

5. How can a BSc computational project contribute to antimatter research?

A BSc computational project can contribute to antimatter research by using computer simulations and data analysis to study and model antimatter behavior. This can help researchers better understand and predict the behavior of antimatter, leading to advancements in the field. It also allows students to gain hands-on experience in a cutting-edge area of science.

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