LZ Dark Matter
@lzdarkmatter.bsky.social
The official LZ dark matter experiment Bluesky feed. Hunter of WIMPs, underground dweller.
🌌 Dark Matter 101: The LZ Crash Course 🚀 | Lesson 4: The LUX-ZEPLIN (LZ) detector, part 2!
Last time, we introduced the LZ detector and its role in the hunt for dark matter. Now, let’s dig into how we actually read out signals when a particle interacts inside our detector ⚡️💡
Last time, we introduced the LZ detector and its role in the hunt for dark matter. Now, let’s dig into how we actually read out signals when a particle interacts inside our detector ⚡️💡
December 2, 2025 at 10:46 AM
🌌 Dark Matter 101: The LZ Crash Course 🚀 | Lesson 4: The LUX-ZEPLIN (LZ) detector, part 2!
Last time, we introduced the LZ detector and its role in the hunt for dark matter. Now, let’s dig into how we actually read out signals when a particle interacts inside our detector ⚡️💡
Last time, we introduced the LZ detector and its role in the hunt for dark matter. Now, let’s dig into how we actually read out signals when a particle interacts inside our detector ⚡️💡
What a weekend!!! We had an amazing time at New Scientist Live in London! Our stand was always so busy and we hope everyone who stopped by had fun and learnt something about the underground hunt for dark matter ✨ 🌌. #NewScientistLive #DarkMatter
November 4, 2025 at 10:23 AM
What a weekend!!! We had an amazing time at New Scientist Live in London! Our stand was always so busy and we hope everyone who stopped by had fun and learnt something about the underground hunt for dark matter ✨ 🌌. #NewScientistLive #DarkMatter
It’s almost here!!! We’re so excited to tell you all about #darkmatter at #NewScientistLive this weekend!
October 17, 2025 at 5:35 PM
It’s almost here!!! We’re so excited to tell you all about #darkmatter at #NewScientistLive this weekend!
Collider searches, like at the LHC, look for signatures of dark matter produced in high energy particle collisions.
Ideally, we will see consistent evidence of dark matter particles in all three of these types of searches! ✨
Ideally, we will see consistent evidence of dark matter particles in all three of these types of searches! ✨
July 25, 2025 at 9:49 AM
Collider searches, like at the LHC, look for signatures of dark matter produced in high energy particle collisions.
Ideally, we will see consistent evidence of dark matter particles in all three of these types of searches! ✨
Ideally, we will see consistent evidence of dark matter particles in all three of these types of searches! ✨
Indirect searches look for particles produced by dark matter annihilating or decaying out in distant space!
July 25, 2025 at 9:49 AM
Indirect searches look for particles produced by dark matter annihilating or decaying out in distant space!
LZ is a direct detection experiment, we hope to observe the recoils of dark matter with our liquid xenon target 🎯
July 25, 2025 at 9:49 AM
LZ is a direct detection experiment, we hope to observe the recoils of dark matter with our liquid xenon target 🎯