mxk, to random
@mxk@hachyderm.io avatar

We could all stop writing C/C++ code. But for those of us who don't, we now at least get our buffer overflows visualized as ASCII-art by our compiler.
https://www.phoronix.com/news/GCC-14-fanalyzer-Enhancements

dheadshot,
@dheadshot@mastodon.social avatar

@mxk
"For one, GCC 14 gains a new "-Wanalyzer-infinite-loop" option to try to detect simple cases of infinite loops occurring" - isn't this the halting problem? Have they solved it somehow? Does run on ?

itsfoss, (edited ) to random
@itsfoss@mastodon.social avatar
YourAnonRiots, to random Japanese

Core cryptographic algorithms can stand up to evolving cyberattacks right now, but for how much longer?

In the first part of our post-quantum series, we look at contemporary cryptography and how could change it all: ⬇️
https://www.trendmicro.com/vinfo/us/security/news/security-technology/diving-deep-into-quantum-computing-modern-cryptography?utm_source=trendmicroresearch&utm_medium=smk&utm_campaign=0923_quantumcrypto1

thenewoil, to Cybersecurity
thejapantimes, to business
@thejapantimes@mastodon.social avatar

Fujitsu and research institute Riken announced Thursday the successful development of Japan's second quantum computer, as part of research efforts around the world to make the nascent technology practical. https://www.japantimes.co.jp/business/2023/10/05/tech/fujitsu-riken-quantum-computer/?utm_content=buffer0b514&utm_medium=social&utm_source=mastodon&utm_campaign=bffmstdn

YourAnonRiots, to random Japanese

Core cryptographic algorithms can stand up to evolving cyberattacks right now, but for how much longer?

In the first part of our post-quantum series, we look at contemporary cryptography and how could change it all: https://www.trendmicro.com/vinfo/us/security/news/security-technology/diving-deep-into-quantum-computing-modern-cryptography?utm_source=trendmicroresearch&utm_medium=smk&utm_campaign=0923_quantumcrypto1

YourAnonRiots, to random Japanese

Core cryptographic algorithms can stand up to evolving cyberattacks right now, but for how much longer?

In the first part of our post-quantum series, we look at contemporary cryptography and how could change it all: ⬇️
https://www.trendmicro.com/vinfo/us/security/news/security-technology/diving-deep-into-quantum-computing-modern-cryptography?utm_source=trendmicroresearch&utm_medium=smk&utm_campaign=0923_quantumcrypto1&s=09

gmate8, to science
chemoelectric, to quantumcomputing
@chemoelectric@masto.ai avatar
chemoelectric, to physics
@chemoelectric@masto.ai avatar

Here is the first real draft of my new #HiddenVariables simulation of an EPR-B experiment:

https://pastebin.com/VHQ6fnGt

This version does NOT ‘swap channels’, as have my earlier versions, and therefore is unobjectionable in that regard.

(Channel-swapping is mathematically equivalent, ‘in the limit as n->infinity’. Nonetheless it did not give strictly correct statistics for the simulation. It gave merely a less accurate approximation.)

#Quantum #Physics #QuantumComputers #Ada #Simulation

gmate8, to ArtificialIntelligence
itnewsbot, to science

IBM compensates for errors, gets usable results out of quantum processor - Enlarge / IBM's Eagle processor has reached Rev3, which means lower noi... - https://arstechnica.com/?p=1947845

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