6 Best Laptops For Scientists [Reviewed & Rated]

We’re always looking for new ways to use our laptops, but sometimes, we have to be practical. That’s why we’ve decided to point out the best laptops for any day-to-day use that are also good for scientists. Whether you’re working on the latest research presentation or researching which new laptop is right for you, you’ll find that these laptops are ready to go at the drop of a hat.

Laptops are used for a variety of reasons today. Some people use them to work on spreadsheets or to surf the web. Others use them to play games or watch movies, and many, many students use them to do schoolwork (and those of us who teach often use them to do our research). But what if you are a scientist? There are plenty of laptops out there designed specifically for scientists, and they can come in all shapes and sizes. This article will go through a few of the best laptops designed for scientists, and talk about the features that make them so great.

Scientists have been using laptops for some time, but there’s still a lot of confusion about what kind of laptop to buy—especially if you want to keep it simple. What kind of processor, graphics card, memory, hard drive, and operating system should you choose? What about portability? And what about wireless connectivity? To make choosing a laptop easier, we’ve put together a list of the 6 best laptops for scientists.

As a scientist, you can’t do without a laptop. Research, data, etc. is all done on a laptop or desktop.

In this article, we list the best laptops for scientists.

What You Need To Know About The Laptop

Strong battery life and performance. The Apple MacBook Pro is the best laptop you can get for teaching.

Dell XPS 13 is an ultrabook that comes with a lot of benefits. One which includes its very lightweight, bright display and good performance.

The Acer Aspire 5 is the best value budget laptop. Solid performance, good build quality and battery life. It’s an affordable option to the rest.

Snapshot

What You Need To Know About The Laptop

Strong battery life and performance. The Apple MacBook Pro is the best laptop you can get for teaching.

Snapshot

What You Need To Know About The Laptop

Dell XPS 13 is an ultrabook that comes with a lot of benefits. One which includes its very lightweight, bright display and good performance.

Snapshot

What You Need To Know About The Laptop

The Acer Aspire 5 is the best value budget laptop. Solid performance, good build quality and battery life. It’s an affordable option to the rest.

Last update on 2021-07-16 at 09:25 / Affiliate links / Images from Amazon Product Advertising API

Preview Name Rating Processor, GPU & RAM  
Apple M1 Chip, Intel HD Graphics, 8 GB
Intel Core i7, Intel HD Graphics, 16 GB
Lenovo ThinkPad X1 Carbon Intel Core i7, Intel HD Graphics, 16GB
Apple M1 Chip, Intel HD Graphics, 8 GB
Intel Core i7, MX450, 16 GB
Intel Core i5, Intel Iris Xe, 8GB

Best Laptops For Scientists Reviewed

➕ Pros

  • Powerful CPU
  • Amazing battery life
  • Solid build quality
  • Beautiful display

➖ Cons

  • Only Thunderbolt 3 ports

CPU: Apple M1 Chip | Graphics: Intel HD Graphics | RAM: 8 GB | Screen: 13″ Retina Display | Storage: 256GB – 512GB SSD

The Apple MacBook Pro is a great device if you are looking for one of the best laptops for scientists, because it’s a well-constructed device.

A device with top-notch build quality means it’s going to last a long time.

Furthermore, the Apple MacBook Pro has amazing battery life. You are looking at 8-9 hours under consistent use, more than enough power for computational work.

When it comes to the display as with all MacBooks, you get one of the best-looking displays. A 13.3-inch Retina display that is bright, sharp and has high colour accuracy.

The Apple MacBook Pro is a professional’s favourite device and as scientists.

However, you need a USB dock since the ports are all Thunderbolt 3 ports.

Highly-recommended as one of the best MacBooks for scientists.

➕ Pros

  • Big battery
  • Solid performance
  • Slim and lightweight
  • Superb display

➖ Cons

• Only USB-C Thunderbolt 3 ports. USB dongle required

CPU: Intel Core i7 | Graphics: Intel HD Graphics | RAM: 16GB | Screen: 13.3″ FHD (1920×1080) Non-Touch InfinityEdge Display | Storage: 512GB SSD

The Dell XPS 13 is for research scientists who want something small and compact, while at the same time has a solid performance.

This is a thin and light device that you can easily carry around. Powered by an Intel Core i7 and 16GB RAM. It has enough power for multitasking and will be able to handle computational software.

The laptop is also well-built thanks to its anodized aluminum body, so you can expect to use this for a few years.

The display is a 13.3-inch Full HD (1920 x 1080) InfinityEdge, a beautiful display with thin bezels. It is bright, vibrant and has great viewing angles.

Colour accuracy and reproduction are also above average. In short, the display fantastic.

Battery life is fantastic being able to last 11-12 hours under consistent use.

Overall, the Dell XPS 13 is a beautiful piece of machinery. Small, compact and easily fits into your bag. A solid laptop to consider when looking for the best laptop for research scientists.

➕ Pros

  • Great Performance
  • Long Battery Life
  • Great Keyboard
  • Lightweight
  • Great Build Quality

➖ Cons

  • Pricey
  • Not The Best Webcam

CPU: Intel Core i7 | Graphics: Intel HD Graphics | RAM: 16GB | Screen: 14″ 2K (2560*1440) IPS-Level | Storage: 1TB SSD

Built like a tank, lightweight and a great performance laptop. The Lenovo ThinkPad X1 Carbon is a scientific laptop you can use for a long time.

Build quality is top-notch. The main reason why it’s said to be built like a tank is that the laptop is made from the combination of carbon fibre and magnesium.

You have a light and a very durable laptop. There is little to no flex on the lid and keyboard area.

When it comes to the keyboard. It’s one of the best out there. Travel and tactile feedback are just right. You will type a lot and so is best to have a good keyboard.

Performance-wise, the Lenovo ThinkPad is a powerful machine – an 8th Gen Intel Core i7, 16GB RAM and 1TB SSD. It has the hardware to handle everything you throw at. Multitasking and opening several browser tabs.

The display is one of the best – a 14-inch FHD (1920 x 1080) display that is sharp and vibrant.

When it comes to battery life, the Lenovo ThinkPad X1 Carbon can last close to half a day under consistent use.

Overall, the Lenovo ThinkPad X1 Carbon is a great laptop. Not many laptops can match it – battery life, build quality, performance, keyboard, etc.

➕ Pros

  • Splendid Display
  • Thin and Light
  • Great Battery Life

CPU: Apple M1 Chip| Graphics: Intel HD Graphics | RAM: 8 GB | Screen: 13″ Retina Display | Storage: 256GB – 512GB SSD

The Apple MacBook Air is another great laptop for scientific students. A very lightweight slim laptop weighing almost 3 lbs and half-an-inch thick.

Build quality is top-notch as with all Apple MacBooks thanks to its aluminum design.

When it comes to display, MacBooks have one of the best displays on the market. Retina (2560 x 1600) displays that have above-average colour accuracy, reproduction and vibrancy.

And this gives you a rich and bright display for science and other purposes.

An aluminum unibody design. Battery life is impressive lasting somewhere between 9-10 hours of normal usage, more than enough to last a whole day of lectures.

For the performance, the Apple MacBook Air will get the job done. Enough processing power for multitasking and running computational software.

The Apple MacBook Air has two Thunderbolt 3 ports. Meaning, there are no normal USB ports. You have to get a dongle to get the ports most laptops have.

Overall, the Apple MacBook Air is one of the best laptops you can get as a scientific student. It has a strong battery life and it’s lightweight. A solid option to consider.

➕ Pros

  • Solid performance
  • Lightweight
  • Beautiful design
  • Good display

➖ Cons

  • 6 – 7 hour battery life
  • Lots of bloatware

CPU: Intel Core i7 | Graphics: Intel HD Graphics | RAM: 16 GB | Screen: 14″ Thin Bezel Full HD (1920 x 1080) | Storage: 512GB SSD

The ASUS ZenBook has a 14 inch Full HD (1920 x 1080) almost bezel-less display. The almost bezel-less design gives the ZenBook a great aesthetic appeal.

In addition, to its smooth and shiny finish. The ASUS ZenBook 14 looks and feels professional.

Performance is also not lacking. It has an Intel Core i7 processor, 16 GB of RAM and 256 GB SSD. Enough performance to handle your every day and scientific tasks.

Apart from performance, it is also very light and slim. Battery life is about 6 -7 hours which is the only unimpressive part of the laptop.

Aside from the bloatware. Depending on how you use it, it can get you throughout the day.

Overall, the ASUS ZenBook 14 is one of the best value laptops for scientists because of its performance and lightweight.

It is a rigid and robust ultrabook that will last a very long time and still be able to perform.

➕ Pros

  • Solid performance
  • Good battery life
  • Affordable
  • Thin and light

➖ Cons

  • Loud fan
  • Not the brightest display

CPU: Intel Core i5 | Graphics: NVIDIA MX350 | RAM: 8GB | Screen: 15 6″ FHD (1920*1080) IPS-Level | Storage: 512GB SSD

If you are on a serious budget, you should consider the Acer Aspire 5. A cheap laptop for scientists that will get the job done.

Keep in mind that since it is a cheap laptop, there will certainly be some compromises. And for the Acer Aspire 5’s case, it’s the fan which is loud.

Furthermore, although the display is decent, it isn’t bright and the viewing angles are not so great.

The good news is that performance is more than enough for scientific purposes.

The laptop also has a good battery life being able to last 8 hours under average.

It is also thin and light, making it portable and easy to carry to classes.

Overall, the Acer Aspire 5 is the best cheap laptop for scientists if you are on a budget.

It gets a lot of things right for a budget laptop and will get the job done. A solid option if you don’t mind its not-so-bright display and loud fan.

On a side note, the fan is loud. But not so much for it is distracting.

What Is A Good Laptop For Scientists?

A good laptop for scientists is the one that gets the job done. And how do you know if it gets the job done?

First of all, the laptop should be able to handle tasks well. In other words, it should run the software smoothly and be able to multitask.

Secondly, the battery life should be long enough to cover your classes and more.

Thirdly, the display should be bright and sharp.

A laptop that meets these three requirements will always get the job done. Fortunately, the laptops we have listed here meet the requirements and will easily do so.

Why Do Scientists Need Laptops?

In this day and age, especially when it comes to science, you can’t do without a laptop because it makes research and gathering data easy and convenient.

Without a laptop, you will find difficult to get the necessary data and run experiments. You can use a smartphone, but it won’t be as effective as using a laptop.

The benefits of owning a laptop as a scientist are too many, most you can’t do without. Scientists need laptops because it makes their work easier.

What To Look For When Get A Laptop For Scientists?

When getting a laptop for science, you don’t need a powerful laptop. What you need is a laptop with a good processor that will get the job done and has long battery life.

Here are a few things to look out for when getting a laptop for scientists.

Processor/CPU

Intel Core i5 or higher will get the job done.

There are differences between the processors of the same name. For example, you could have a high-performance Intel Core i5 processor and a low-power Intel Core i5.

For science, you don’t need a high-performance processor. A low power processor will suffice. Our Intel Naming Scheme guide explains the differences.

For AMD Ryzen the same rule applies – AMD Ryzen 5 or higher. Just like Intel processors, there are differences even though they have the same name.

For example, an AMD Ryzen 7 4800U is less powerful than an AMD Ryzen 4800H.

Fortunately, we have an AMD Ryzen naming guide that explains the differences.

You don’t need the most powerful processor for science. Unless you run a lot of demanding software or applications.

RAM

8GB RAM is the minimum amount you should have. This allows you to easily run different application at the same. If you want to make things more futureproof. Then 16GB RAM is more than enough.

Storage

As a scientists. You will be keeping a lot of data and research materials on your laptop, so storage space is important.

512GB storage space is the minimum amount. You would want in a laptop. That way you know you won’t run out of space anytime soon.

Then there is the case of whether to choose SSD or HDD, 10 out of 10 times.

You should go with laptops that have SSDs, because they make it more responsive, transfer files very fast and boot-up your laptop quickly.

Laptops with HDDs should only be considered when you have a limited budget. Since on the average SSD, laptops are more expensive than HDD laptops.

Display

Laptops with Full HD (1920 x 1080) resolution displays give the best bang for the buck.

In addition to that, the display should be bright enough to be used in well-lit environments. Because as you already know.

Battery Life

Laptops with long battery life are recommended. Because you might not always have access to a power supply. There might be times where you won’t get the chance to charge your laptop.

So, you need one that has enough battery power to last you throughout your classes. In this case, it should last a minimum of 7 hours under consistent use.

Final Thoughts

Laptops make it easier to gather data and do research. In addition to that, you can easily create, store and organize your materials.

That’s it for the best laptops for scientists.Already have a laptop? Great! You’re probably a scientist, a researcher, a student, or maybe just a regular tech-savvy person. You probably don’t need another one. But if you’re interested, here are a few things to know about laptops:. Read more about scientific laptop and let us know what you think.

Frequently Asked Questions

Which laptop is best for scientists?

A laptop with a good processor and a large amount of RAM is best for scientists.

Which laptop is best for science students?

The best laptop for science students is the Lenovo ThinkPad T480s.

What are the top 10 laptops for 2020?

The top 10 laptops for 2020 are: 1. Apple MacBook Pro with Touch Bar 2. Dell XPS 13 2-in-1 Laptop 3. HP Spectre x360 13t Touchscreen Laptop 4. Lenovo ThinkPad T480s 14″ FHD IPS Notebook PC 5. Microsoft Surface Book 2 with Performance Base 6. Acer Predator Helios 300 Gaming Laptop 7. Asus ROG Zephyrus M GM501GS-EZ5005 15.6″ Gaming Laptop 8. Lenovo Legion Y520 15.6″ FHD IPS Notebook PC 9. Acer Predator Helios 300 Gaming Laptop 10. Dell XPS 13 2-in-1 Laptop 1. Dell XPS 13 2-in-1 Laptop

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