Future of Physics: Exploring Research & Potential

In summary, the speaker expresses a preference for physics as a science because of its fundamental and factual nature. However, they also acknowledge that much of physics has already been discovered and the focus now is on applying those principles in engineering. They also mention a potential for advancement in biology, particularly in areas like genetics and finding a cure for cancer. The speaker then asks about current research in physics and whether there is as much potential for advancement in this field compared to biotech. They also mention feeling jaded by the idea that all of physics has been figured out, citing the discovery of radioactivity and the possibility of a theory of everything. The speaker concludes by mentioning the ongoing mysteries in physics, such as the properties of water.
  • #1
Fizziks_Fan
6
0
I love physics more than any other science because it is so fundamental and true. However, it seems as though much of physics has already been discovered and all that remains is to apply those principles in engineering and such. On the other hand, I can see a lot of potential in biology as there is a lot of research still able to be done in genetics, finding a cure to cancer, etc.

So I guess my question comes down to this:

-What research is currently going on for physicists?
-Do you see as much potential in advancement of physics compared to other sciences like biotech?

Thanks for taking the time to address a high school kid's questions. :-p
 
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  • #2
Fizziks_Fan said:
it seems as though much of physics has already been discovered and all that remains is to apply those principles in engineering and such.

That's what people were saying in the late 1800s, before radioactivity was discovered.
 
  • #3
Fizziks_Fan said:
I love physics more than any other science because it is so fundamental and true. However, it seems as though much of physics has already been discovered and all that remains is to apply those principles in engineering and such.

You have got to be kidding me!

Zz.
 
  • #4
I think it's all that unfortunate "we might be close to a theory of everything" stuff.

Fizziks, I understand. When I was in high school, jaded by the utter worthlessness of my "advanced" physics course, I read a new book written by Brian Greene called "The Elegant Universe." To my amazement, it seemed physicists had cracked all the forces of the universe and all the constituents of matter and energy, except for this one last thing that would bring it all together called string theory. I also read books by the likes of Paul Davies about "the end of physics," and in my high school honors class we debated "the end of science," as much as could be done by such an amateurish group.

Back then, it honestly seemed like physical science didn't need me. Why else, especially, would the classes be so boring, if it hadn't all been figured out?

We still don't even understand some of the properties of water.
 
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FAQ: Future of Physics: Exploring Research & Potential

What current research is being done in the field of physics?

There are many areas of research currently being explored in physics, including quantum mechanics, cosmology, astrophysics, particle physics, and condensed matter physics. Scientists are also studying topics such as dark matter, black holes, and the origins of the universe.

What advancements can we expect to see in the future of physics?

The potential advancements in physics are vast and exciting. Some possibilities include developing quantum computers, discovering new subatomic particles, understanding the nature of dark energy and dark matter, and making progress towards a unified theory of physics.

How does physics research impact our daily lives?

Physics research has a significant impact on our daily lives, from the technology we use, such as smartphones and GPS, to medical advancements like MRI machines and radiation therapy. Understanding the laws of physics also helps us better understand the natural world and shape our understanding of the universe.

What are some challenges in the field of physics research?

One challenge in physics research is the need for expensive equipment and resources, as well as the complexity of experiments and theories. Another challenge is the constant need for collaboration and interdisciplinary work, as many physics problems require knowledge from other fields such as mathematics and engineering.

How can individuals get involved in physics research?

Individuals can get involved in physics research by pursuing a degree in physics or a related field, participating in internships or research programs, and joining professional organizations. Citizen science projects also allow individuals to contribute to research by analyzing data or participating in online experiments.

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