ABOUT LIFE TIMES OF ELEMENTARY PARTICLS

ABOUT LIFE TIMES OF  ELEMENTARY PARTICLS
NAME OF THEORETICAL PARTICLE ASTROPHYSICIST : MUNISHKUMAR.B.CHINNAKAR.

PLACE OF INVENTIONS: MUNISHKUMAR.B.C’S FIRST FLOOR BUILDING NEAR BHAIRI WELL BOYER STREET,SHORAPUR,PIN:585224 DIST:YADAGEER,KARNATAKA STATE INDIA.


CO-WORKERS:NO CO-WORKERS.


DATE OF ENTRY OF INVENTIONS:OCT,06,2013.

DATE  OF INVENTION: OCT,06,2013.
     From the Paper Reality of Life times of Elementary Particles,It was clarified that life times can be explained using single relation[1].From the life time of Neutron in free space as 1000 sec and its life time in gravity space as 960sec,it was understood that gravity plays an extra role in determining age of Particles.In certain situation decaying particles attain more life time when they are bound by certain structures.These life times of stability can be explained using reciprocal values with correction to free space as non existence of nothing.
      Then I obtain certain times which shows stable life times for unstable life time particles at lowest temperatures and Dark energy.Such types of life times are as follows.
(01)If Life time of Muon= T_min=1.1x2 x 10^-5x10^-1,then its stable time =4.545 x10^6sec.
(02)Life time of Tauon= T_min=10^-12=1,then its stable time=10^13secs.
(03)Life time of Neutral Pion= T_min=0.8x10^-16,then its stable time=1.25 x 10^17sec.
(04)Life time of Charged Pion= T_min=2.6x10^-8sec,then its stable time=0.38 x 10^9sec
 (05)Life time of charged Kaon= T_min=1.2x10^-8=1, then its stable time=0.833 x 10^9sec
 (06)Life time of Neutral Kaon,K_s= T_min=0.9x10^-10, then its stable time=1.11 x 10^11sec
 (07)Life time of Neutral Pion,K_L= T_min=5.4x10^-8, then its stable time=0.18518 x 10^9sec
 (08)Life time of Eta meson= T_min=10^-17, then its stable time= 10^18sec.
(09)For  particle whose life time is greater than 1secs,like  Life time of Neutron= T_min=1000sec,then its unstable life time=10^-4secs.
(10) For  particle whose life time is greater than 1secs,like  Life time of Proton= T_min=3.155 x10^19secs ,then its unstable time=0.316 x 10^-20secs
(11) For  particle whose life time is greater than 1secs,like  Life time of Electron= T_min=3.155 x10^19secs ,then its unstable time=0.316 x 10^-20secs

(12)If Life time of Muon= T_min=1.1x2 x 10^-5x10^-1,then its stable time =4.545 x10^6sec.
(13)Life time of Lamda hyperon= T_min=2.5x 10^-10,then its stable time=0.4 10^11secs.
(14)Life time of positive sigma hyperon= T_min=0.8x10^-10,then its stable time=1.25 x 10^11sec.
(15)Life time of negative sigma hyperon= T_min=21.5 x10^-10sec,then its stable time=0.66 x 10^11sec
 (16)Life time of neutral hyperon= T_min=10^-14=1, then its stable time=10^15sec
 (17)Life time of neutral Xi hyperon, T_min=3.5 x10^-10, then its stable time=0.2857 x 10^11sec
 (18) Life time of charged Xi hyperon, T_min=1.7 x10^-10, then its stable time=0.588 x 10^11sec
 (19) Life time of charged omega hyperon, T_min=1.3 x10^-10, then its stable time=0.7692 x 10^11sec

(20) Life time of positively charged W particle, T_min=10^-25, then its stable time=1.174 x 10^26sec
(21) Life time of negatively charged W particle, T_min=10^-25, then its stable time=1.174 x 10^26sec
(22) Life time of neutral charged Z particle, T_min=10^-25, then its stable time=1.174 x 10^26sec.
    From this Paper one may say that Particle's whose life time is greater than or equal to 1sec can be considered as stable particle with certain life time.But particle's whose life time is less tan 1secs then it can be considered as unstable particle.If particle's life time is less than 0.316 x 10^-20secs then it can be considered as Virtually charged or virtually neutral particle like Charged W and Neutral W,Z particle.  





REFERENCE:
 [1], Reality of Life times of Elementary Particles BY MUNISHKUMAR.B.C PUBLISHED IN HIS ONLINE JOURNAL PARTICLE ASTROPHYSICS/BLOGGER/SITE IN GOOGLE DATED05/10/2013.