Why std::memory_order_relaxed is preferred at CAS loop when failing?...

volatile with release/acquire semantics...

What is thread synchronization and how does it differ form atomicity?...

Can std::atomic memory barriers be used to transfer non-atomic data between threads?...

Thread synchronization: How to guarantee visibility of writes...

The strong-ness of x86 store instruction wrt. SC-DRF?...

Memory fences: acquire/load and release/store...

Reordering External Operations in Java Memory Model...

How are memory_order_seq_cst fences useful anymore in C++20?...

C++ How is release-and-acquire achieved on x86 only using MOV?...

Can multiple readers synchronize with the same writers with acquire/release ordering?...

Do I understand the semantics of std::memory_order correctly?...

Does C have an equivalent of std::less from C++?...

Reason for the name of the "store buffer" litmus test on x86 TSO memory model...

Acquire/Release versus Sequentially Consistent memory order...

Is it a data race if I enforce 'happens before' relation between conflicting expressions at ...

Java - is volatile required with synchronized?...

What is memory location modification in C++?...

How to understand the channel communication rules in golang memory model?...

What does "store-buffer forwarding" mean in the Intel developer's manual?...

How to understand the kth receive on a channel with capacity C happens before the k+Cth send from th...

Acquire/Release VS Sequential Consistency in C++11？...

How to understand RELAXED ORDERING in std::memory_order (C++)...

Regarding instruction ordering in executions of cache-miss loads before cache-hit stores on x86...

How do I synchronize a store before a load in multiple threads?...

What is the (slight) difference on the relaxing atomic rules?...

Is the transformation of fetch_add(0, memory_order_relaxed/release) to mfence + mov legal?...

Why not use std::memory_order_acq_rel...

Are object changes inside async await methods visible after completion in any case?...

Why can't you use relaxed atomic operations to synchronize memory, if there is a thread join in ...