How to Find a Good Thesis Topic on Quantum Theory

Quantum Physics have been rapidly developing as a science during the late XX century and up until now. Advances in this field can open unbelievable landscapes of opportunity for mankind, while the majority of it remains to be discovered yet. If a scholar wants to come up with a good topic for a thesis in quantum theory-related fields, first of all they need to do some preliminary research of the current state of the fields in question and of all the recent advances in those areas.

To find any topics in the given direction, you could simply search for recent discoveries and the most outstanding problems in branches you have chosen to pursue. Address commercial manufacturing of the newest hi-tech products to get a picture of what is trending in the field today.

If you are considering a narrower branch or direction, search for advances in specific fields, or in related areas of science such as, for example, nanotechnologies, medicine or foods manufacturing to find important connections to some of the branches of the Quantum Theory you are specifically interested in.

You can always consider just surfing the web for keyword entries of exact questions you are would like to research in hopes to find the blank areas you need. If you are looking for an edgy topic that will tackle some of the most popular questions in Quantum Physics today, read some recent issues of scientific magazines dedicated to one or another topic, or visit online coverings of recent scientific conferences focused around Quantum Physics.

You could even get a few ideas from science documentaries on TV, if you are fresh out of new sources for inquiry.

These are suggestions of several thesis topic ideas in directions that happen to have a lot of space for improvement and real potential for discovery:

  1. Using nanoelectrical devices to perform miniature-scale operations, sensory scans and information storage.
  2. Inducing superconductivity into graphene.
  3. The Bose-Einstein condensate and atom lasers in future electronics and ultra-sensitive navigation devices.
  4. The possibility of dissipating black holes in relation to the production of thermal radiation.
  5. The existence of singularities on the event horizon and its effects on physical prediction.
  6. Understanding chaotic inflation of the universe through the problem of quantum-mechanical fluctuations.
  7. Building quantum models of macro-scale networks and systems using the inherent similarities between them.
  8. Using ion trapping to understand the behavior of photons in close proximity to a black hole.
  9. Controversies between the multiverse theory and the laws of relativity.
  10. Geometric metastability, energy storage and predictive theories.

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