Desktop vs Laptop for Undergraduate Physics

In summary, as a physics student, you will likely not need to use a laptop in class. Many classes may even ban the use of laptops. However, having a laptop may come in handy for research opportunities or for writing papers and reports on campus. A desktop may be a better investment for a more powerful computer, but a laptop can be useful for its portability. Ultimately, it is not necessary to have a laptop for your first year, but it may become more useful as you progress in your studies.
  • #1
ggb123
25
0
Hey, I'm going into physics in the fall for my first year. I'm going to be living at home and commuting to and from campus (about a half hour bus ride).

My question is how often does a physics student use their laptop in class? I'm on a budget and I'd rather spend my money on a desktop and get a more powerful computer than a laptop, but I am starting to wonder if this will be sufficient (no portability).

My school has computer labs available to all students, so out of class use of computers won't be that much of an issue.

Thanks, any responses are greatly appreciated.
 
Physics news on Phys.org
  • #2
I've never seen a physics class require you to bring a computer, but I have seen them ban laptops from the classroom since almost no one is ever using them to do work.
 
  • #3
Hm, alright, that puts things into perspective a bit. Thanks
 
  • #4
Unless you're incredibly proficient at typing LaTeX, you do not use a computer for physics notes.

Also, don't think you're going to be needing a powerful computer to do simulations of any kind (or any physics), even if you're doing some undergraduate research involved with computation (I naively thought this, going into undergraduate).
 
  • #5
in case, you may be part of a research group (surely not in your first year), a laptop may come handy...for an REU outside too, you'd want to take your own laptop.

you don;t really need one right now for your first year. if you feel the need later on, get one :)

talking about desktops, I'd for a more powerful one. it'll remain fast-enough for longer.
 
  • #6
A lot of laptops are pretty snappy nowadays and can probably handle anything you may want to with it for awhile. I would say if you have a lot of down time to do homework on campus, a laptop is invaluable, especially when having to write up many reports or papers for gen ed classes. It's much easier than trying to grab one of the campus computers, plus you can use it anywhere.
 
  • #7
Be aware that laptops have a higher vapor pressure than desktops.
 
  • #8
I don't use my laptop at all in class. I write all my notes on paper (especially in any physical science course). I write summary notes on my laptop at home, but really a desktop would prove just as efficient. I find bringing it to class just to be a waste of space and a distraction.
 
  • #9
I never used a laptop in class as an undergrad. The only person I saw who did this had a tablet PC, and he simply wrote all of his notes on it instead of using a notebook. I guess this saves paper and let's you consolidate all of your notes, but that's the most of an advantage I've seen.

In grad school I've been bringing my laptop to work every day. But I just use it to make Powerpoints and stuff, and I could get along without it (though it'd be a minor inconvenience). All of my simulations are run on a cluster at work, so there's no real need to have a laptop. The only reason I have a laptop is because I prefer the associated mobility.
 
  • #10
arunma said:
I never used a laptop in class as an undergrad. The only person I saw who did this had a tablet PC, and he simply wrote all of his notes on it instead of using a notebook. I guess this saves paper and let's you consolidate all of your notes, but that's the most of an advantage I've seen.

In grad school I've been bringing my laptop to work every day. But I just use it to make Powerpoints and stuff, and I could get along without it (though it'd be a minor inconvenience). All of my simulations are run on a cluster at work, so there's no real need to have a laptop. The only reason I have a laptop is because I prefer the associated mobility.

Do you have also a desktop in your home?

I have a laptop and I mainly use it in my home, in forsight I would have preferred a desktop.

I guess my next PC will be desktop.
 
  • #11
I love having my laptop.

I have a lot of e-copies of my books and like that I can do my homework anywhere on campus, not just in a lab. A lot of my physics homework was online so that was nice to have as well.

Not to mention instead of carrying around 4 books I can usually get away with a book and my laptop - since my books are on my laptop.
 
  • #12
wrong thread :)
 
Last edited:
  • #13
Jokerhelper said:
wrong thread :)

If you'll be taking any programming classes, I'd probably recommend a labtop. I found mine useful to follow along if I can run the code the lecturer is teaching from.
 
  • #14
Indifferent89 said:
If you'll be taking any programming classes, I'd probably recommend a labtop. I found mine useful to follow along if I can run the code the lecturer is teaching from.

many programming courses in physics use unix tho.
 
  • #15
Times have changed over the decades, but one thing that worked well for me in engineering courses was to make lecture notes in the margins of my texts and to highlight (underline) parts of the text that the profs emphasized. If you need to make more extensive notes, most texts have some end-papers that are blank or nearly so that you can use. If I had to go back to school, I'd do exactly the same thing and rely on my desk-top at home to consolidate materials as needed.

I did not try to take very detailed notes - I found that to be a waste of time because I needed to concentrate on learning the concepts touched on in the lectures, and figuring out where my comprehension might be weak. Sitting there typing notes during a lecture would be no more productive than sitting there trying to make comprehensive notes. No laptop needed.
 
  • #16
Jokerhelper said:
many programming courses in physics use unix tho.

Well, install some linux distribution then. It tends to work well these days, especially if you google linux + [the model you're interested] in first.
 
  • #17
I rarely needed a laptop, but I'd recommend it. The biggest need I found was for a project I worked on that required a lot of programming and also required me at times to be able to connect to equipment in one of the campus buildings (though at a larger school with more money available maybe they would have provided one for the project...)

It's also nice to be able to move from your room to the couch when working on homework.
 
  • #18
Contrary to what Nabeshin said, having a powerful laptop able to do run simulations was/still is extremely nice for working from my apartment and working after hours in my REU this year.
 
  • #19
Buy a Macbook pro 13". I cannot emphasize how awesome this laptop is. I have run Windows 7 and other OSs when needed through Sun virtualzation software. The battery life is great and on and on. It will last a long time and the unibody is years ahead of its time.
 

1. What are the main differences between a desktop and a laptop for undergraduate physics?

The main difference between a desktop and a laptop for undergraduate physics is the portability factor. Laptops are more portable and can be easily carried around, while desktops are stationary. Additionally, desktops tend to have more powerful processors and storage capabilities, whereas laptops are more limited in terms of hardware.

2. Which one is more suitable for physics simulations and data analysis?

Desktops are generally better for physics simulations and data analysis due to their higher processing power and larger storage capacities. They can handle complex calculations and large amounts of data more efficiently compared to laptops. However, with advancements in laptop technology, some high-end laptops can also perform these tasks effectively.

3. Are there any specific software requirements for using a desktop or laptop in undergraduate physics?

Both desktops and laptops can run the necessary software for undergraduate physics, such as coding programs, data analysis software, and simulation software. However, it is important to check the system requirements of the specific software you will be using to ensure it is compatible with your chosen device.

4. Is there a significant difference in cost between a desktop and a laptop for undergraduate physics?

In general, desktops tend to be more cost-effective compared to laptops, as they offer more powerful hardware for a lower price. However, the cost can vary depending on the specifications and brand of the device. It is important to consider your budget and needs when making a decision between a desktop and a laptop for undergraduate physics.

5. Can a laptop be used as a substitute for a desktop in undergraduate physics?

Yes, a laptop can be used as a substitute for a desktop in undergraduate physics. However, depending on the specific tasks and software requirements, a desktop may be more suitable due to its higher processing power and storage capabilities. It is important to assess your needs and the demands of your coursework before deciding on a device.

Similar threads

  • STEM Academic Advising
Replies
4
Views
899
  • STEM Academic Advising
Replies
11
Views
659
  • STEM Academic Advising
Replies
4
Views
1K
  • STEM Academic Advising
Replies
10
Views
2K
  • STEM Academic Advising
Replies
14
Views
1K
  • STEM Academic Advising
Replies
9
Views
1K
  • STEM Academic Advising
Replies
4
Views
2K
Replies
7
Views
2K
  • STEM Academic Advising
3
Replies
81
Views
1K
Back
Top