Amara McCune

PhD student in particle theory @BerkeleyLab and @UCSBPhysics. Formerly Physics and Mathematics @Stanford and research @CERN. Writer for @ParticleBites.

[Amara McCune @AmaraMcCune]

Great read from @OzAmram!

[Oz Amram @OzAmram]

I wrote a new @ParticleBites about all the drama regarding the latest LHCb lepton flavor universality results announced before the holidays

Give it a read if you are curious why everyone in particle physics was a bit bummed during the holidays

https://t.co/W71Cfz5JlU

[Amara McCune @AmaraMcCune]

2022 was a busy year in the world of particle physics!: https://t.co/A6nKgJbedX

a goal for 2023: write shorter articles 😀

[Amara McCune @AmaraMcCune]

Follow me over at @ResearcHersCode this week as I document my life as a PhD researcher! Come for the physics, stay for the dog photos 🐶

[Flip Tanedo @FlipTanedo]

A @ParticleBites reunion across generations at the @KITP_UCSB @theoryfrontier conference! Here with @PhysicsColumbia postdoc & @APS_DPF executive committee member @JuliaGonski and @UCSBPhysics PhD student @AmaraMcCune.

[Amara McCune @AmaraMcCune]

@softcollinear @ParticleBites Great piece!! Welcome to the team :)

[Amara McCune @AmaraMcCune]

@EveVavagiakis @Cornell @Princeton Congratulations, Eve!! This is so awesome!

[Amara McCune @AmaraMcCune]

Quarks and gluons are notoriously hard to simulate - are quantum computers up to the task? Check out this piece @QuantumMarks and I wrote to find out!

[Physics World @PhysicsWorld]

New on the list of things that noisy, intermediate-scale quantum (NISQ) computers can do: simulate the behaviour of quarks. https://t.co/AGibEKEMgV

[Amara McCune @AmaraMcCune]

@QuantumMarks @PhysicsWorld @GoogleQuantumAI @Stanford @DrMLHarris @StockdaleOliver What a great article!!! Amazing job

[Amara McCune @AmaraMcCune]

@QuantumMarks wrote this incredible piece on quantum computer simulations of time crystals for @PhysicsWorld!!! I learned so much reading this - check it out!

[Physics World @PhysicsWorld]

Researchers @GoogleQuantumAI and @Stanford constructed a time crystal on Google’s Sycamore quantum processor, demonstrating that these exotic objects constitute a distinct phase of matter.
https://t.co/cVklywZjd1

[Amara McCune @AmaraMcCune]

Mystified by the @Microboone results? Check out my latest @ParticleBites piece to get the background on the theory and what to make of the findings of this incredibly impressive experiment!
https://t.co/C9yXcm7btL

[Oz Amram @OzAmram]

Did you hear about the recent exciting @Microboone results and want more info about whats going on? I tried to break it down in my latest @ParticleBites!
https://t.co/puWlIkWI5q

[ParticleBites @ParticleBites]

Our writer @AmaraMccune is now on Twitter. Welcome Amara!

[Physics World @PhysicsWorld]

Black holes are nature’s fastest data-scramblers, and secrets thrown into them may be more secure than previously thought: even if the information later emerges as Hawking radiation, a quantum machine learning algorithm won't be able to unscramble it. https://t.co/lndyPDZ8cx