Where Can I Find Top Physics Grad Schools with a Focus on Safety in California?

In summary, the conversation discusses the topic of safety physics grad schools in California for someone with a 3.4 GPA and interest in spintronics/condensed matter. The conversation suggests considering other UCs, such as UCSC, and possibly applying to MS applied physics or electrical engineering programs. It is also noted that the concept of a "safety school" may not apply to graduate schools, as the difference in quality is smaller and not all applicants get admitted. The importance of researching and finding a professor with similar research interests is emphasized, and the conversation also discusses the significance of GPA, GRE scores, and publications in the application process.
  • #1
Synesthesia
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Hello all,
What are some safety physics grad schools, preferably in California. (I have 3.4 GPA). I'm going into spintronics/condensed matter. Right now I am applying to
UCSB, Stanford, UCB, Caltech. Obviously all are quite a reach for me, so I am looking for some good safety schools.

Thank you!
 
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  • #2
I know that UCSC has some spintronics going on, and they're probably easier to get into than your current list. You should also look into the other UCs, they're all probably easier to get into for CM than SB and B (LA possibly being an exception). Add USC to your list and then you're looking at essentially all the physics grad programs in CA.
 
  • #3
The concept of a "safety school" isn't really there in grad schools.

The difference in quality among graduate schools is much smaller than the difference at the undergraduate level. Only about 4% of colleges in the US offer a PhD in physics, so in a sense you are looking at the difference between schools in the 95th percentile and schools in the 99th percentile.

Additionally, unlike at the undergraduate level, not everyone gets in somewhere. People have questioned this here, but the fact is that more than twice as many people take the Physics GRE than are admitted into a PhD program. This is, of course, related to the first point.

It's good that you are thinking about multiple schools - but thinking of them as "safety schools" may mislead you.
 
  • #4
I attended two physics grad schools, both ranked above 100 but both with very good programs in very specific fields (rankings don't mean much - the ranking of a program is directly correlated to the number of PhDs they graduate each year, so the biggest programs are ranked the highest and the smallest the lowest, regardless of overall quality). The average student has an undergrad GPA of about 3.7, decent PGRE, great GRE, and most had a publication or two. There really aren't safety schools; they can all expect whatever they want of graduate students since most get at least 5-10x the number of applicants they can take.
 
  • #5
I see, thank you for replying. From what you've said I am probably well below the average applicant and might not have a chance of getting in everywhere. I have already considered applying into a MS applied physics or an electrical engineering program. Do you think these are better options for me?
 
  • #6
You should talk to your advisor. He can give you advice on what you should be thinking about, since he has information that we don't - such as a pretty good idea of what your letters and GRE score will look like.
 
  • #7
First of all, don't go into a field you don't like. You can do plenty of things with a BS in Physics. Teaching high school is always an option; if you love Physics, doing any form of physics should make you happy.

2nd, look into schools that have a professor doing/getting somewhere with research that is in your *interest*. I know it's hard to look past the prestige, but there are some very unpopular schools that will surprise you. Rankings don't say ANYTHING about the school to be honest. I am at Illinois, we are number 2 in Condensed Matter but somewhere in the teens for Astronomy/Astrophysics, and the professors doing Astrophysics don't have much success in their research. So it all depends on who you work under!

A 3.4 is *adequate*, What really matters is your Math/Physics GPA for ADVANCED physics courses, plus any Graduate courses you might take as an undergraduate and how well you do in those courses. Doing near-perfect on GRE math section will be needed since most physics people find it easy. And of course the Physics GRE needs to be within standards of the places you want to go.

It all depends, GPA doesn't mean everything. GRE doesn't mean everything. It's all about how your whole application looks.
 
  • #8
Thanks for your replies. I will talk to my adviser. I going to have to disagree with nasijen however. I love physics, but I know what I want to do, and don't want to be too much of an open mind going into grad school. Also, I've done quite a bit of research, and it turns out the schools that have the most interesting publications and research projects happen to be the prestigious ones. I think that is no coincidence.
3.4 is my math/science GPA, my main GPA is much lower unfortunately (3.15). I have not published anything, and I don't plan to take an graduate courses.

I am in UIUC as well, maybe we know each other!
 

1. What are the requirements for admission into a physics safety graduate program?

The specific requirements for admission into a physics safety graduate program may vary depending on the university or institution. However, most programs typically require applicants to have completed a bachelor's degree in a related field, such as physics, engineering, or chemistry. They may also require a minimum GPA, letters of recommendation, and standardized test scores (such as the GRE). Some programs may also have specific prerequisites, such as coursework in physics or safety-related subjects.

2. What types of courses will I take in a physics safety graduate program?

Physics safety graduate programs typically include a mix of theoretical and practical coursework. Some examples of courses you may take include quantum mechanics, thermodynamics, radiation safety, industrial hygiene, and risk assessment. You may also have the opportunity to participate in laboratory work, research projects, and internships to gain hands-on experience in the field.

3. Can I specialize in a specific area of physics safety in graduate school?

Yes, many physics safety graduate programs offer the opportunity for students to specialize in a particular area of study. Some common specializations in this field include nuclear physics safety, environmental physics safety, and health physics. You may also have the option to focus on a specific industry, such as healthcare or manufacturing.

4. What career opportunities are available for graduates of physics safety graduate programs?

Graduates of physics safety graduate programs can pursue a variety of careers in industries such as healthcare, energy, manufacturing, and government agencies. Some common job titles include radiation safety officer, industrial hygienist, safety engineer, and nuclear physicist. With advanced education and experience, individuals may also have opportunities for leadership roles or research positions in academia or government organizations.

5. How can I find the best physics safety graduate program for me?

There are a few things you can consider when looking for the best physics safety graduate program for you. First, research the reputation and rankings of the program and the university. You may also want to look into the faculty and their research areas to see if they align with your interests. Additionally, consider the location, cost, and available resources (such as internships and research opportunities) of the program. It can also be helpful to speak with current or former students to get their perspectives on the program.

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