00:28:44	Saheed Oyeniran:	Hello everyone.

My name is Saheeed A. Oyeniran.

A graduate student of ICTP-EAIFR, High Energy Physics Unit
00:54:32	Saheed Oyeniran:	Because of the strong force
00:54:37	Nkeiru Ubadike:	It raises the energy
01:05:03	Saheed Oyeniran:	Is(are) there really  difference(s) between the two terms  *Hadronization of Quarks* and *Confinement of Quarks* you've used , please ?
01:07:29	Mary Bishai:	Hi Saheed, I will ask your question after this section of the talk.
01:23:58	Saheed Oyeniran:	we see neutron decaying to proton (evident from the example you gave earlier), is the reverse possible ?

If not, what's responsible for that, please ?
01:24:31	Saheed Oyeniran:	Between the time when Higgs was theorized and when it was discovered, were the SM particles taken to be massive or massless, please ?
01:25:51	Mary Bishai:	The proton mass is slightly less than the neutron so the law of conservation of mass and energy means that the proton cannot decay to a neutron, but the proton is predicted to decay in the Standard Model but with a very very long lifetime - almost the age of the Universe.
01:26:35	Saheed Oyeniran:	Many thanks
01:32:29	Saheed Oyeniran:	kindly read them, please
01:39:44	Saheed Oyeniran:	Any explanation as to why Photon is massless, please ?
01:40:35	Nkeiru Ubadike:	Could we look at the "Significance of muon" graph again?
01:42:09	Saheed Oyeniran:	answer gotten already.

thanks
01:43:17	Mary Bishai:	Nkeiru - can you unmute and ask your question yourself or do you want me to read it out?
01:43:36	Nkeiru Ubadike:	I can unmute!
01:46:50	QuarkNet Notre Dame:	Need to go. Thanks for the talk!!
01:48:59	Nkeiru Ubadike:	Sorry was muted. Thank you for explaining that!
01:49:20	Mary Bishai:	Hooman has to leave in 5 minutes, but I and we have other scientists from BNL are on the zoom and we can continue for some more discussion if needed.
02:08:22	Mary Bishai:	mbishai@bnl.gov
02:09:14	Joyful Mdhluli:	thank you for this. I look forward to the rest of the lectures :)
02:10:10	padams:	Thank you!