Top Experimental Research Topic Ideas for Physics Thesis
Top Experimental Research Topic Ideas for Physics Thesis
For writing a dissertation for your degree in physics thesis, you have a broad spectrum of areas to choose from. Topics can be taken from following fields of physics:
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Biophysics,
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Nanoscience and Nanotechnology,
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Plasma Applications and Technology,
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Astrophysics, Quantum Science and Technology,
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Engineering in Physics,
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Atomic and Molecular Physics,
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Physics of Fluids,
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Environmental Physics,
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Fusion and Plasma Confinement,
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Topological and Structural Science,
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Materials Science and Engineering,
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Photonics,
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Lasers and Nonlinear Optics,
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Physics of the Nucleus,
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Theoretical Physics, etc.
If you are looking for writing a physics thesis paper on any of the above, here are top experimental dissertation topics on different fields of applied Physics:
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Use of micro-ring Lasers for integrated Silicon photonics.
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Explain how field deployable Laser can be stabilized with the help of digitally enhanced fibre Interferometers?
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How quantum entangled states of light can be stored?
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Explain usage of meta materials for Terahertz wave manipulation.
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Describe synthetic multi-dimensional photonics.
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What is the application of Whispering Gallery Mode Resonators for ultra-sensitive Magnetometry?
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Explain principle behind second Harmonic generation for Quantum optics applications.
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Explain how squeezed Laser sources can be developed for Quantum communication?
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How to perform probabilistic quantum cloning via noiseless linear amplifier?
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Machine learning technology for optics science. Explain its mode of controls as well.
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Suggest protocol for development of a quantum memory for the optical communication band.
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How to develop a planar waveguide photonic quantum processor?
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Explain the electromagnetic bound states in the continuum.
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Describe metaphotonics and metasurfaces. Compare and give contrasting details with Mie-resonant Nano particles.
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Explain topological photonics.
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What is meant by Gas sensing of Carbon dioxide gas?
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Explain need of optical sensors for Inertial navigation.
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How to study the three dimensional imaging of organic and inorganic materials?
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What are Nano wire photodetectors?
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What is the application of ultra compact Nano-wire lasers in Nano photonics?
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How to develop an advanced three dimensional volumetric imaging system?
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What are Quantum well Nano wire light emitting devices?
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Explain mid-Infrared Astro-photonic components. How are they utilized for the phenomenon of stellar nulling interferometry & planet hunting?
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Explain ultra fast Laser ablation for large infrastructure maintenance.
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Differentiate between meta surface polarization optics and quantum photonics.
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Compare and contrast between quantum photonics and meta surface polarization optics.
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Explain Bacteria turbulence. Explain phenomenon of self-organization and diffusion.
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Explain few vortex dynamics in super fluid mixtures.
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Explain how new super-heavy elements are created?
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Assess the process of energy dissipation and Quantum tunnelling in nuclear collisions.
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Talk about supernova signatures on the planet Earth.
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Describe Nucleosynthesis and its development in laboratory.
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Explain how elements are formed naturally in stars?
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Illustrate the important fundamental nuclear data for nuclear fission and nuclear fusion.
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Describe Hoyle state. Explain the phenomenon of pair conversion decay.
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How to develop new methods for nuclear lifetimes?
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Measure and device suitable model for free ion hyperfine fields.
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What is nuclear magnetism? Measurements and modelling of magnetic moments.
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Explain the theory of nuclear fission.
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Explain the theory of nuclear fusion. Compare with the theory of sub-zeptosecond breakup reactions.
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Demonstrate electric monopole transitions through high precision electron spectroscopy.
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Describe thoroughly the dark matter experiment.
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What were the radio impurities that were found in particle detectors during the dark matter studies?
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What is a Solenogam?
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Demonstrate gamma ray spectroscopy via a magnetic solenoid separator.
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Demonstrate electron spectroscopy.
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Give the measurements for high precision Electron-Gamma angular correlation.
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Give studies for the Proton-Gamma coincidences.
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Show how Electrons and X-ray emissions from nuclear decay can be used for medical isotopes.
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Give measurements for directional dark matter.
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In nuclear structure research, explain role of particle detection with exotic scintillators.
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What are the recent challenges in nuclear fission theory?
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How to create new super heavy elements?
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Explain Plasma-liquid interactions.
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How plasma nitrogen fixation at low-temperature helps in enhancement of plant growth?
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Hw to synthesize one-step plasma of high surface area nanostructures efficiently?
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Which Plasma thrusters are used for Spacecrafts?
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Analyse the system calculations for hunter killer satellites.
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Talk about the Computer simulations of expanding plasma.
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Give particle simulation of dual frequency processing plasma.
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Show how magnetic nozzles and plasmas are generated by a remote source?
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How Plasma surface interactions are impacted under extreme conditions?
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Describe Optical quantum memory.
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What is meant by Quantum tunnelling in many-body systems?
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What are the Quantum microscopes that are used for interdisciplinary science researches?
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What are the quantum defects that were found in Carbon materials?
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Explain the phenomenon of non-equilibrium quantum condensation.
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What are micro cavity exciton polaritons?
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Talk about Quantum tunnelling in nuclear collisions.
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Explain integrated quantum photonics.
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What is meant by Quantum squeezed states?
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How dual torsion pendulum can be used for quantum noise limited sensing?
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Show the fundamental tests of quantum mechanics with matter waves.
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Explain Diamond quantum analysis and communications.
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What are the criteria for a quantum system to be able to reach equilibrium?
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Explain how Laser levitation of a macroscopic mirror takes place?
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How to store quantum entangled states of light?
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Explain principle of synthetic multi-dimensional photonics.
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Describe the harmonic generation process for Quantum optics applications.
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What is the mechanism for the probabilistic quantum cloning?
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Illustrate an optical lattice.
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How to develop a photonic quantum processor?
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Usage of machine learning technique for beam matching.
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What are the multi-component quantum gases?
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Mention all the limits associated with ultra-cold atoms sensing.
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Give examples for Quantum super resolution.
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What are the latest accomplishments in Quantum device engineering?
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Testing signatures of Quantum gravity with low energy.
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How to explore physics with the help of neural networks?
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Explain Quantum communications that are space-based.
Pick one particular area of physics that interests you the most and start writing your thesis. Do take guidance from your mentors and external sources wherever and whenever needed.