The Fastest Growing Research Areas in Physics

Are you considering a PhD in Physics? With so many fascinating fields to explore, it can be overwhelming to choose the right path. Whether you're drawn to theoretical physics, experimental research, or applied science, specialising in a high-demand area can significantly boost your employability and open doors to careers in academia, industry, and technology.

We’ll look at some of the fastest growing research areas in Physics to help you decide which might be the best fit for you.

This information is based on real data from FindAPhD.com, showing exactly what students like you are searching for right now.

#1 Computational physics (+20%)

Do you prefer working with data and algorithms over traditional experimental methods?

Computational physics is rapidly becoming one of the most sought-after fields. It involves using computer simulations and models to solve complex physical problems. If you enjoy coding and have a knack for mathematics, this might be the area for you.

The demand for computational physicists is high, especially in industries like aerospace, energy, and nanotechnology. By specialising in this area, you could find yourself working on groundbreaking projects that shape the future.

#2 Electromagnetism (+13%)

Are you intrigued by how electric and magnetic forces influence the world around us?

Electromagnetism is another exciting area that’s growing quickly. It studies electric and magnetic fields and their interactions with matter. This field is crucial for advancements in telecommunications, medical imaging, and even renewable energy technologies.

With the rise of electric vehicles and renewable energy sources, expertise in electromagnetism can open doors to numerous career opportunities, making it a wise choice for your PhD.

#3 Semiconductors (+9%)

Are you excited about the prospect of contributing to the next generation of technology?

The semiconductor field has exploded in recent years, driven by the tech industry’s insatiable demand for faster and more efficient electronic devices. Research in this area focuses on the properties of materials that conduct electricity under certain conditions.

A PhD in semiconductors could position you at the forefront of innovations in electronics, paving the way for a career in tech giants or research institutions.

#4 Quantum mechanics (+7%)

Do you have a passion for understanding the universe's most complex laws?

Quantum mechanics remains a mesmerising area of study, exploring the fundamental principles that govern the behaviour of matter and energy at the smallest scales. This field is not only intellectually stimulating but also essential for advancements in quantum computing and cryptography.

A PhD in Quantum Mechanics can lead to roles in academia, research, or high-tech industries, all of which are increasingly seeking experts in this cutting-edge field.

#5 Experimental physics (+5%)

Are you eager to get your hands dirty and conduct experiments that could lead to significant discoveries?

Finally, experimental physics focuses on testing theories through hands-on experiments. This area is crucial for developing new technologies and understanding natural phenomena.

While it’s the slowest growing area on our list, it still offers robust career prospects, especially in research laboratories and academic institutions.

Conclusion

Choosing a PhD research area is a significant decision that can shape your future career. The fields we’ve discussed are not only trending but also offer exciting opportunities for those willing to dive into them.

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Where is this data from?

The popularity of our platforms means we can reveal exactly what other students like you are looking to study right now. Our student data is based on millions of searches across FindAPhD, uncovering the current trends for international study and the hottest specialisms in different subject areas.