Episode 4: Exploring matter-antimatter asymmetry with LHCb

Why does our universe seem to be made almost entirely of matter, with barely any antimatter in sight?
Join us as we dive in this podcast episode of Early Morning Coffee at CERN (Emc2) into the fascinating world of LHCb, the LHC's beauty experiment, with two leading experimentalists, Yasmine Amhis and Patrick Koppenburg. We explore how the LHCb experiment is probing CP violation to studying hadrons containing b and c quarks and preparing for the High-Luminosity LHC era. Discover what makes LHCb unique-its asymmetric design and its remarkable success in identifying new hadrons.
Contributors:
Host: Steven Goldfarb
Executive Producer: Jacques Fichet
Director, Producer & Editor: Chetna Krishna
Production Assistant: Joni Pham
Guests: Yasmine Amhis and Patrick Koppenburg
Technical Lead: Ron Suykerbuyk
Sound Engineering: Piotr Traczyk
Original theme: Canettes Blues Band
#CERN #Podcast #Antimatter #LHC #Universe

[@ignacionasca6268]

I love Physics, Cern and Coffee, perfect video.

[@claudiaroy9455]

Just got my coffee, ready to watch this video

[@krishnabhutada3983]

Fabulous!

[@TehPwnerer]

'CP violations' the most unfortunate of crossover phrases

[@catmacopter8545]

Woo! Awesome video, cant wait for more :))))

[@jansenart0]

"Why does our universe seem to be made almost entirely of matter, with barely any antimatter in sight?" The most absurd thing about this question is that experienced, smart people seem to assume that the pre-big-bang universe had matter and antimatter distributed evenly. Why does that make sense to you? Our GALAXY certainly seems to be mostly matter. Probably because we were within a large pocket of matter during the big bang. Other galaxies may be matter OR antimatter and we'd have no way of knowing. But, that hypothesis can't really fill out a grant proposal, can it?

[@catmacopter8545]

1. We have to assume that where we are isnt special, because we dont have much else to go off of 2. If there were matter galaxies and antimatter galaxies, i think wed see the remnants of a collision by now!!

[@jansenart0]

@@catmacopter8545 How?

[@stfu_b4and0n]

*kisses you* I am a girl and u are hot

[@jaymanier7286]

@@jansenart0 um...annihilation explosions? What do you mean?

[@Immannieili]

They are summoning entities. They are transhumanists.

[@stfu_b4and0n]

someone has to do it

[@Immannieili]

@@stfu_b4and0n You and they are clueless. And there's no justification for this matter.There's always a comeback.

[@juanrodriguezsalazar]

There isn't asymmetry because matter is into a subspace and antimatter is into another subspace. Both subspaces are orthogonals between them. The universe is a composite universe! In high energy collisions, antimatter is extracted from its orthogonal subspace because speed of light is its limit or frontier. Its natural subspace is other than ours, both have "singular pressure" and then each particle belong each different subspace.

[@Michael-sg9rh]

Have you talked to demonic entities! Open that portal.

[@chimarron1986]

Ihr schafft es wollte euch mal besuchen kommen und alles was geht fotografieren, vor einigen jahren war eine vorführung in kasselers museumnacht im friedrichcianum ;) mag euch seit über 10 Jahren ❤

[@ca24tamie30]

👍We need to use the word " anticharge" instead of the " antimatter". The word antimatter confuses people.

[@chimarron1986]

Super Handy ❤

[@ARCHANGEL-q4o]

Point of Vive pozyton technology

[@Dayrum]

El psy kongroo

[@chimarron1986]

Kaffee ist ❤

[@chimarron1986]

Ich verstehe leider kaum englisch 😊

[@Interstellar00.00]

Ai to ai 🌍live note

[@publiusrunesteffensen5276]

Keep crashing, guys!

[@jansenart0]

So, how exactly are we certain that other galaxies aren't made of antimatter? (Think carefully now, it's a trick question.)

[@jochenstein4927]

Bullshit😂

[@Interstellar00.00]

This people fooling humanity report Violation to agi 🌍🦾live