- Dec 18, 2001
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http://www.wired.com/wiredscience/2013/06/four-quark-particle/
When Y(4260) is created, the decay can be delayed by suspending it within a near vacuum enclosed in an EM field, directed EMP cause a controlled reaction that can be focused. The extra gluon's charge amplifies and resonates similar to that with lasers and photons.
Scientists discover that depending on how the field's flux is manipulated, the Y(4260) mass can exhibit repulsion against larger normal mass (anti-gravity), or, simultaneously compress and stretch space along the lasers axis (warp field).
More about the phenomenon and videos of working proof of concept can be found:
here
This is just fiction.
When Y(4260) is created, the decay can be delayed by suspending it within a near vacuum enclosed in an EM field, directed EMP cause a controlled reaction that can be focused. The extra gluon's charge amplifies and resonates similar to that with lasers and photons.
Scientists discover that depending on how the field's flux is manipulated, the Y(4260) mass can exhibit repulsion against larger normal mass (anti-gravity), or, simultaneously compress and stretch space along the lasers axis (warp field).
More about the phenomenon and videos of working proof of concept can be found:
here
This is just fiction.
