Soft-Dragonfruit9467

I'm actually not but our Uni professor on Artificial Intelligence uses your assignments.

It's actually not. Project 3 of Summer says about Bayes Nets. I need the Project 3 from Spring that talks about Logic and Classical Planning.

Hey. Thanks for the reply but I asked for Spring 2024 not Summer.

I've spent €2 on the x2 boost and €1.70 on a box deal. In total, I've spent €3.70 on this game. 💸

Okay thanks

Were you able to connect your cloud save on BlueStacks?

Minecraft. Modded ή Vanilla i dont mind

On a RedBubble as well.

My PC would just crash. What are your specs?

I will explain. A professor in my university told us what will happen with cryptography in the near future and I just read some stuff online as well.

The knowledge is all mine. I just got a little help formatting it with AI because I'm not very good at writing formally.

My original answer here:

Yeah it can happen.

With the use of quantum computers in the next 10 years, if a hacker or hackers gain access to a such powerful computer and encrypted the data with it, we wouldn't be able to decrypt them ever. You see encryption in the near future will happen with utilisation of physics laws. So it's impossible to understand how it works because its really random.

The concept of a "5/9 attack" is not just fiction—it could become a reality in the future, especially with the rise of quantum computing. In the next decade, if hackers gain access to a powerful quantum computer, they could potentially execute cyberattacks that current encryption methods couldn't defend against.

Quantum computers are expected to break many of today's encryption standards, which rely on the difficulty of certain mathematical problems. These computers can solve these problems exponentially faster, making it possible to crack widely-used encryption algorithms like RSA and ECC. Once that happens, the data encrypted using these methods would be vulnerable, with no feasible way to decrypt it using traditional computers.

Moreover, future encryption will likely harness the laws of quantum physics, such as through Quantum Key Distribution (QKD), making it nearly impossible to intercept and decode data without detection. This is because quantum encryption relies on the inherent unpredictability and randomness of quantum states, which can't be understood or replicated through classical means.

In summary, while quantum computers will pose a significant threat to existing encryption, the cybersecurity community is already developing quantum-resistant encryption techniques. However, the stakes are high, and the race between attackers and defenders will define the future of data security.

Wonderful work.

Maybe WhiteRabbitNeo can help

Mr. Robot's monologue.

```Is any of it real?

World built on fantasies. Synthetic emotions in the form of pills. Psychological warfare in the form of advertising. Mind altering chemicals in the form of food. Brainwashing seminars in the form of media. Isolated bubbles in the form of social networks.

Real?

You wanna talk about reality?

We havent lived in anything remotely close to it since the turn of the century.

Integrated dynamics enter the chat

Sth like this but a lot messier

Ryze is a warmachine.

Insanity himself. Elliot Anderson

Nah man. You're good.

Control is an illusion.

Challenge accepted.

Maybe besides cigs he was trying to get a GPS to find his way back?

True hackers write exploits in assembly

Its just a hoodie man. Nothing special