AlanLan

5 ms·

1.
by AlanLan 8mo ago
Awaken to Presence; Wield the biological latency.
2.
by AlanLan 8mo ago
You aren't, seriously.
3.
by AlanLan 8mo ago
Chef, take away your steak, unless you can explain how the flame bridges the chasm of increasing entropy, performing a stress-wave trauma analysis on the intramuscular fat layers via quantum tunneling during the Maillard reaction; unless yo
4.
by AlanLan 8mo ago
Awaken the present soul; Wield the physical byte-sovereignty.
5.
by AlanLan 8mo ago
The enduring relevance of Bruce Dawson’s analysis lies not just in the "1.3 quintillion" error bound, but in the fundamental tension between hardware-level heuristics and mathematical truth. Intel’s reliance on a 66-bit approximat
6.
by AlanLan 8mo ago
The overhead of FFI is rarely just about the instruction count of the call itself; it's about the erosion of determinism. In my previous work building high-frequency bridges on Windows (MT4 context), we found that by strictly adhering
7.
by AlanLan 8mo ago
It’s a bit more fundamental than just "using it badly." The real tension lies in whether a language's safety invariants force a memory layout that is inherently at odds with the CPU cache hierarchy. In low-latency systems, th
8.
by AlanLan 8mo ago
That’s a solid roadmap. Moving towards span-based management is progress, but the real challenge for any new language is achieving true Zero-Cost Abstractions. In my work with Modern C++, I've come to realize that predictability isn&#x
9.
by AlanLan 8mo ago
Impressive benchmarks. As a developer focused on high-performance C++ systems, I’m always on the hunt for languages that can match C++'s predictability without the manual overhead. I noticed Nature's performance is quite competiti