Classically Conformal B-L Extended Standard Model: Radiative Symmetry Breaking
The study introduces the classically conformal B-L extended standard model, exploring the implications of radiative symmetry breaking due to the absence of the Higgs mass term. The proposal addresses the instability caused by the heavy top quark and presents the Classically Conformal Minimal B-L Extended Model. Various aspects such as collider physics, thermal leptogenesis, neutrino oscillation data, and resonant leptogenesis are discussed in this comprehensive analysis.
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Presentation Transcript
This is 1 minecraft block it is 1 unit long and 1 unit wide. 1 block has an area of 1 square meter. 1 meter 1x1=1 1 meter
T This is your plot of land to build your house on. It is 10 meters long and 10 meters wide. How many square meters is the area? 10 meters 10x10=100 10 meters
T Now build a room on your property. How many square meters is your 1st room? 8 meters 8x5=40 Area 1=40 5 meters
T Now build a room on your property. How many square meters is your 2nd room? 5 meters 3x5=15 3 meters Area 2=15
T Now build a room on your property. How many square meters is your 2nd room? 15 m^2 40 m^2 40x15=55 Area=55 A=55
T What is the perimeter of your walls? 8m 5m 8 m 8+8+5+5+3+3=32 3m Perimeter=32 P=32 3m 5m
The Big Idea Math is needed to construct all buildings and measuring the area and perimeter of shapes are its tools.
