- WHAT??? You can do that too?
Posted: Thu Feb 13, 2025 3:27 am
— Not me. Technology. He's lucky he uses such a smartphone. Oh, by the way, we've recreated his portrait. Of course, there may be some errors. I think we'll give you his photo in an hour or two. He couldn't help but take pictures of himself. And we'll give you his social media profile. Right? Are you interested in his assessment by psychologists?
- Alas, we can do a lot. So should we or shouldn't we?
- Yes, I must! Thank you very much! I feel like it's time for me to retire. Like many operational staff.
Science fiction? Alas, no. With the advent of thQuantum computing is dangerous for cryptography and cryptocurrencies
Sean Michael Koerner | 09/18/2017
The coming era of quantum computing will require new technologies and approaches to maintain the security of cryptography.
One of the main reasons computers were created in the first place was to develop and break codes, according to Konstantinos Karagiannis, chief technology officer at security consultancy BT Americas. Today, the desire to break modern codes is driving research and development in quantum computing, he said at the Open Source Summit in Los Angeles.
Quantum computing is very different from modern silicon-based forms of computing. Its appeal is that it can exploit quantum states of matter, including entanglement and the superposition of subatomic particles, to generate enormous computing power.
“Imagine a world where you can read anyone’s encrypted romania whatsapp data in real time. That’s what a quantum computer promises,” Karagiannis said.
The basis for measuring the power of quantum computing is the concept of a qubit (quantum bit). Unlike a bit in the world of classical silicon computers, which is a choice between zero and one, a qubit can be zero, one, or a superposition of both.
- Alas, we can do a lot. So should we or shouldn't we?
- Yes, I must! Thank you very much! I feel like it's time for me to retire. Like many operational staff.
Science fiction? Alas, no. With the advent of thQuantum computing is dangerous for cryptography and cryptocurrencies
Sean Michael Koerner | 09/18/2017
The coming era of quantum computing will require new technologies and approaches to maintain the security of cryptography.
One of the main reasons computers were created in the first place was to develop and break codes, according to Konstantinos Karagiannis, chief technology officer at security consultancy BT Americas. Today, the desire to break modern codes is driving research and development in quantum computing, he said at the Open Source Summit in Los Angeles.
Quantum computing is very different from modern silicon-based forms of computing. Its appeal is that it can exploit quantum states of matter, including entanglement and the superposition of subatomic particles, to generate enormous computing power.
“Imagine a world where you can read anyone’s encrypted romania whatsapp data in real time. That’s what a quantum computer promises,” Karagiannis said.
The basis for measuring the power of quantum computing is the concept of a qubit (quantum bit). Unlike a bit in the world of classical silicon computers, which is a choice between zero and one, a qubit can be zero, one, or a superposition of both.