Employment opportunities for the neutrino!

With the discovery of (a possible case of) superluminary travel, physics is surely set to change. At the same time, the volume of physical information we are capable of perceiving and interacting with can't change. Our communication systems will continue to be modeled with photonic properties in mind. Time machines will continue to languish in the cells of science fiction because of the elusive nature of the neutrino. What I'm really excited about are:

1. The "tweaks" that will be made to the Standard Model to accommodate this para-relativity phenomenon,


2. Possible new explanations for the information paradox associated with black holes,


3. The resurgence of and boost for neutrino telescopy


4. Detectors based on superluminary sensors, and


5. The rise of the string theorist!

Employment opportunities for the neutrino!

With the discovery of (a possible case of) superluminary travel, physics is surely set to change. At the same time, the volume of physical information we are capable of perceiving and interacting with can't change. Our communication systems will continue to be modeled with photonic properties in mind. Time machines will continue to languish in the cells of science fiction because of the elusive nature of the neutrino. What I'm really excited about are:

1. The "tweaks" that will be made to the Standard Model to accommodate this para-relativity phenomenon,


2. Possible new explanations for the information paradox associated with black holes,


3. The resurgence of and boost for neutrino telescopy


4. Detectors based on superluminary sensors, and


5. The rise of the string theorist!