I love HEP Theory, but doubts about future.

In summary: I forget the name, but it was a theory that does not have any experimental support and it is a really cool project that is still in the early stages. So he is my new advisor and I am excited to work with him. In summary, my journey in pursuing a physics degree has been filled with a lot of encouragement from different professors. I am now working with a theorist and am very excited to see where this takes me.
  • #1
bluechic92
175
15
Hello! This is my first time starting my own thread and I have spent a lot of time reading other threads and posts about Physics grad admission. My post is not really about "WILL I GET ACCEPTED?" per say, but I just need a place to write about how I feel and for some reason I feel like doing it here... My family members are not the most supportive regards to my desire to pursue a physics PhD.

Feel free to share your opinions, if you like. ***ALSO You don't have to read after this point, unless if you are bored and would like to know about how I developed an interest in HEP theory and what my goals are etc.***

**IF you continued reading...remember, feel free to share your journey or anything as well. OR skip to the bottom**

So as the title says, my interest are in HEP theory. I am 100% aware that this is a competitive field and grad school admissions are extremely small.

My journey to HEP-theory is just rather funny because I NEVER wanted to in the first place. My SOP does not have any of this... I only talked about my research experience and interests and faculty etc. I guess other than sharing this with my AWESOME advisor and friends through out my undergrad life, I just need to blurt it out somewhere else.

I go to a LAC and planned to transfer (to pursue Chem E) after frosh year, but stayed to major in physics and because I liked the department overall. When I declared the major I asked my major advisor "Is it okay if I major in physics, I am not good at it but I am interested in learning it". He said it was completely fine and that there are many things you can do with a physics degree. I told him about my interests in engineering and he suggested working with some of the profs in experimental physics to get some hands on experience and he hoped maybe I would enjoy it and pursue it for grad. I LOVED intro lab and modern lab soo much and was happy with how I performed in them, so experimental physics research experience sounded good to me. However professor X, the prof I was interested in working with said that I was not good enough for experimental physics. I was too slow in lab ( this prof. instructed my electronics lab) and maybe I should consider something else.

I did not give up (yet) because after having gone to a Women in Physics Conference I was strongly encouraged to apply to REUs. I got rejected from all REUs for HEP exp and CM exp ;/. I thought maybe my prof. X was right and I was not cut out for physics. However, I was taking Adv. Experimental Physics at the time and the prof of that course discussed with us individually about our summer plans. I told him I applied to REUs but the results are not positive. He told me that I could work with a prof at my institution and I simply said that I did not know who I wanted to work with. I did not want to tell him about Professor X's comments and never did. Anyways a rather interesting conversation with him led him to tell me to talk to Prof Y the theorist.

I HAD NO INTEREST in theoretical physics. WHY? All i knew were that there were people like Einstein and Feynman and they were all geniuses. Prof Y is a string theorist and I had no idea what that really was other than w/e Briane Greene discussed in the NOVA "Elegant Universe" ( no I did not read the book). Also I am not that great at math and felt that I was incapable to have the imagination for thought experiments. However Prof Y approached me once he heard that I might have an interest in theory ( which he heard because the other prof said so... i never said this explicitly).

I don't want to make this any longer ...but basically HERE's what happened. Prof Y took me as a student and took the time to teach me BEAUTIFUL PHYSICS! he never thought i was slow or stupid or anything and was BEYOND encouraging. He is my AWESOME advisor and really changed my view entirely about physics. My summer research project continued the following academic year and became honors thesis which I had to finish my junior year because he is on a sabbatical my senior year.

Professor Z at a HUGE GREAT state school took me as a summer student this past summer after I emailed and said I would get my own funding. I said I wanted to get more experience in HEP Theory etc. Professor Z is also AWESOME and I treat this prof like my second advisor and I learned MORE BEAUTIFUL physics and did some great calculations and felt good that I was able contribute to this prof's research as well. We'll see whether a publication happens or not.

**SUmmary** my research experience is why I love HEP theory! It was what I was exposed to and enjoyed it soo much! I wasn't successful when i tried to broaden my research experience. MORE REU rejections and the two profs who accepted me as a research student both happened to be HEP theorists ( different tho). WIth one I did Quantum fields in Curved Spacetime/GR ... the other I did QCD/Gauge theories and amplitude calculations. I learned a lot of physics along the way, strengthened my problem solving skills, became more independent and just fell in love with physics.

Yet I am having doubts because I fell in love with an extremely competitive field and I wish I didn't. Sometimes I can't help but wonder how things would have been different if I wasn't too slow in that electronics lab or transferred like I planned and pursue Chem E. Although both the profs I did research with think I am talented and very capable of HEP THEORY, it doesn't mean I will get the chance. Grad school admissions are difficult and especially tough for this field. I truly am love with this field and would be happy to work anyone/anywhere...but the best I can do is keep my mind OPEN and keep my fingers crossed.

END OF rambling.

If you read this up till now... thank you for taking the time to do so. It felt good for me to get this out...
 
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  • #2
HEP Theory is a hard road to take in more ways than one. But at the end of the day you have to ask yourself "Can I see myself doing anything else?" If the answer is no, then you know what you need to do, just make sure to have a backup (several optimally) and pick up some marketable skills along the way (programming and such). If the answer is yes, then you have a decision to make. Good Luck!
 
  • #3
Congratulations on getting this far - it doesn't sound like an easy road.

I'm glad you understand it's a challenge, but it's good to be aware that this challenge won't stop once you get accepted into a graduate school. Not every grad student finds an advisor who can take them in particle theory. Not every student that graduates with a PhD in particle theory gets a postdoc. Not everyone who gets a postdoc gets a tenure track job. And so on.

There are roughly 12 tenure-track slots filled every year. So that's your target.
 
  • #4
Thank you so much for the positive replies @Sentin3l and @Vanadium 50!

After my second research experience, I was convinced that it is hard to imagine trying to do anything else other than HEP theory. I will certainly need to improve my programming skills, though.

My path was definitely far from linear and I am sure it will only continue to be that way, but I am extremely determined and motivated. The next step is Grad admissions, and rejections do suck... but if I do get rejected from all schools then I will just have to try again. I will work on my fixing my blemishes and hopefully strengthen my app for the next season.

If I don't get a rejection then that would be AWESOME and I will certainly think about the future ( job etc.) but will be way too happy and live in the moment during grad school/work my butt off like everyone else. =)
 
  • #5


I can understand your doubts about the future of HEP theory and the competitive nature of grad school admissions. It's natural to have these concerns, especially when pursuing a field that you're passionate about. However, it's important to remember that passion and determination can often lead to success. Your journey to HEP theory may have been unconventional, but it has also shown your resilience and ability to overcome challenges. These are valuable qualities that will serve you well in grad school and beyond.

It's also important to keep in mind that the field of physics is constantly evolving and there will always be new opportunities and areas of research to explore. While HEP theory may be competitive now, that may change in the future. And even if it remains competitive, your passion and determination will give you an edge in pursuing your goals.

As for your family's lack of support, it can be difficult when loved ones don't understand or appreciate our passions. However, it's important to surround yourself with people who do support and believe in you. Seek out mentors, colleagues, and friends who share your love for physics and can provide encouragement and guidance.

In conclusion, don't let your doubts about the future or others' opinions hold you back from pursuing your passion. Keep an open mind, stay determined, and continue to work hard towards your goals. I wish you all the best in your future endeavors.
 

1. What is HEP Theory?

HEP Theory stands for High Energy Physics Theory. It is a branch of physics that studies the fundamental particles and forces that make up the universe at very high energies.

2. Why do people love HEP Theory?

People love HEP Theory because it helps us understand the underlying laws of nature and how the universe works. It also allows us to make predictions and advancements in technology.

3. What are some doubts about the future of HEP Theory?

Some doubts about the future of HEP Theory include the limited funding for research, the increasing complexity of experiments, and the lack of significant breakthroughs in recent years.

4. Will HEP Theory still be relevant in the future?

Yes, HEP Theory will still be relevant in the future as it is a crucial part of understanding the fundamental workings of the universe. It also has practical applications in fields such as medicine and technology.

5. How can we address doubts about the future of HEP Theory?

We can address doubts about the future of HEP Theory by increasing funding for research, collaborating with other fields of science, and encouraging young scientists to pursue careers in this field. Additionally, finding new and innovative ways to conduct experiments can also lead to new discoveries and advancements in the field.

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