Research Topics in Physics, Math & Engineering

In summary, the conversation discusses interesting research topics in the fields of physics, applied math, and engineering that involve math and technology and are applied in nature. Some potential topics mentioned include quantum computing/information, observational astronomy/astrophysics/cosmology, experimental particle physics, theoretical particle physics, condensed matter, and quantum/classical optics.
  • #1
gmchamp2007
3
0
Hey,

I just wanted to know what people think are currently interesting research topics being investigated in the fields of physics, applied math , or engineering which involves math (obviously), new technology, and is very much applied in nature?

Thanks.
 
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  • #2
Welcome to PF :smile:

there are just so many questions in physics remained unanswered! interesting ones? that's depends on your perspective and taste. Some examples (choose you own favorites):

quantum computing/information (theory, algothrim development, fault tolerant, error-correction, encryption, measurement, entanglement...)
quantum computing/information (material science: silicon, diamond for solid state QC, spin-readouts, single-electron transistors, quantum optical system...)
observational astronomy/astrophysics/cosmology (quasars evolutions, pulsars EM fields, pulsars Gravitational waves, LIGO, reionisation epoch, drawf galaxies, gravitational lensing, gamma ray burst, dark matter halo...)
Experimental particle physics (LHC, ATLAS, Belle labs: search for supersymmetric particles, Higgs bosons, extra-dimensions, 5D black holes, neutrino mixing angles, CKM matrix parameters, dark matter candidates, collider technologies, sychrotron technologies, grid computing, B physics, CP violation)
Theoretical particle physics (strings theory, branesworlds, grand unified theories, flavor symmetries, supersymmetry, supergravity, quantum loop gravity, lattice gauge theory, QCD, unparticle physics/scale invariant models, , B physics, CP violation, dark matter annihilation, mini-black holes, topological defects, early universe: Baryo/leptogenesis, inflation, quantum gravity, dark energy...)
condensed matter (superconductivity, phase imaging/inverse scattering problem, nonlocality in scattering, microanalysis, Bose-Einstein condensates, breakdown of the integer quantum Hall effect, many body problem, electron microscopy, disordered systems, statistical mechanics, ...)
quantum/classical optics (phase microscopy, X-ray optics, atom optics, ultracold plasma, laser interferometry, instrumentation and technology, optical fibres, precision test of QED, synchrotron beamline developments, X-ray crystallography, ...)
also nuclear physics, other material physics, mathematical physics, plasma physics, nuclear fusion... this's just a small sample (biased by what I and what ppl around me here do)... the list is endless ... :eek:
 
  • #3
Welcome gmchamp2007!

You may be interested in reading the "Recent Noteworthy Physics Papers" Thread in General Physics.
 

1. What is the importance of research in physics, math, and engineering?

Research in physics, math, and engineering is crucial for advancing our understanding of the natural world and developing new technologies. It allows us to make new discoveries, solve complex problems, and improve existing systems. Additionally, research in these fields often leads to practical applications that benefit society.

2. How do researchers choose their research topics in physics, math, and engineering?

Researchers often choose their topics based on their personal interests, current trends and developments in their field, and funding opportunities. They may also collaborate with other scientists and engineers to identify new research areas or build upon existing research.

3. What are some recent breakthroughs in research topics in physics, math, and engineering?

Recent breakthroughs in these fields include the discovery of the Higgs boson particle, the development of quantum computers, and advancements in renewable energy technologies. Other notable breakthroughs include the development of new materials such as graphene, and the use of artificial intelligence in various fields.

4. How is research in physics, math, and engineering conducted?

Research in these fields typically involves a combination of theoretical and experimental work. Theoretical research involves using mathematical models and simulations to understand and predict phenomena, while experimental research involves designing and conducting experiments to test hypotheses and collect data. Collaborations and use of advanced technologies are also common in these fields.

5. How does research in physics, math, and engineering contribute to society?

Research in these fields has a significant impact on society by improving our understanding of the natural world, developing new technologies, and solving real-world problems. It has led to advancements in medicine, communication, transportation, and many other areas that have greatly improved our quality of life. Additionally, research in these fields often leads to new industries and job opportunities, contributing to economic growth.

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