|
|
|
|
|
|
Comments: Israel commandos were on the ground inside the Islamic Republic communicating with Israeli Air Force and Mossad, during the 12 days airstrikes
Comments: Zinsky do u think it will go up to $19? That would be amazing!
Comments: What the hell is "stablecoin"? Crypto?
Comments: ![[MU0VUhC]](https://i.imgur.com/MU0VUhC.jpeg)
Comments: No Maghsoud. When did you tell us about CRCL? What do they do?
Comments: شکست پدافند تلآویو در برابر حملات ایران بنا به اعلام نیروی هوایی تلآویو، سرتیپ (ج) بعد از چهار سال جای خود را به عنوان فرمانده پدافند هوایی به سرتیپ (ک) میدهد
Comments: This attack on Syria might mean that YAboo is not happy with Trump! He was blowing sunshine up his ass big time.
Comments: Have u guys checked CRCL? I told u guys about this a few weeks back 🤑
Comments: Do you think Syrians wish they were still part of the Iranian resistance? https://www.cnn.com/2025/07/16/middleeast/damascus-syria-airstrikes-intl
Comments: Zinsky, Reza, the wars he has started are the only thing preventing him from going to jail. As soon as all dusts are settled around Israel, he will be headed to jail. He is just delaying the inevitable by killing more people.
It would be interesting to see him going through the same court system as the heads of the Nazis 🤔🙄
Comments: I’m not sure about QC model fitting SIMD or MIMD in a traditional sense. So you’re conclusions are not really supported here. Although original or even latest GPU based designs are mostly SIMT as in thread but Nvidia is also offering additional instructions/warps to support limited MIMT models. However, a synopsis would be GPU based geared towards SIMD/SIMT. QC geared towards parallel computing in true sense where a probabilistic model is preferred. I can give you examples but a quick chatGPT search can help you far better. For example a probabilistic search for an NP complete type problem like traveling salesman can be solved in three different fashions. 1) sequential- find all Hamiltonian paths and write down their cost, travel expense. Sort them low to high 2) using a SIMD model fire off N number of path searches simultaneously and record each cost, so you’re N times faster than 1. In case of NVDIA 2048 times faster for example. 3) use qbits for each node or city to be visited and discover all paths simultaneously now you’re almost infinitely faster. That third case is where QC shines but obviously I have selected a biased algorithm/problem set to demonstrate the power of QC. Long story short, certain problem sets in mathematics can only be solved by QC in reasonable time. Hope this helps
Comments: Zinsky,t his was all planned Yaboo wants Golan Heights and parts of Syria known as Somira or whatever its biblical fuckin name is
Comments: Next level to watch is $19
Comments: So, on #1, QC does not have any more hurdles than GPU does. It may even be more flexible. On #2, we will have to see. I have no idea how QC will pan out. If they develop the software to split the exploration of billions of possibilities across tasks, then QC will become the holy grail of computing. It will become super cheap. But I am sure that software development for QC is far behind. We are right now only celebrating the hardware. So, there is some ways to go.
Comments: I think like the GPU systems, it all comes down to 1) how well applications map to the hardware, and 2) the cost of teh hardware. #1 is by far the biggest thing. What QC has going for it is that any application that maps to GPUs will also map to QC. They are both SIMD (Single Instruction Multiple Data) systems. These are great for linear algebra and matrix operations. Gaming, videos, and optimization tasks (AI) in general map well to SIMD platforms. The only difference between a GPU system and QC system is that GPU can do multiple data at the scale of thousands and QC does that at the scale of billions concurrently.
Comments: My son did a thorough research on Quantum computing (his company is trying to invest in a startup in the space) and concluded that QC is mainly a hype which will not live up to expectations. Despite all the hype, there will be no mass commercial use for QC to justify the higher multiple
Comments: Yaboo LOVES wars! The Israel Defense Forces (IDF) are sending additional troops to southern Syria, including personnel currently operating in the Gaza Strip, amid an intensification of Israeli strikes that mark the latest escalation in a multifront war that has ravaged the region for more than 21 months. The developments come as Israeli officials continue to accuse the Syrian Interim Government of committing human rights violations against the country's Druze minority and threatening Israeli security. The allegations have been rejected by authorities in Damascus, where the Syrian military headquarters was targeted by the IDF on Wednesday amid rising tensions. "We are reinforcing forces in the Golan Heights and along the border, ready for a multitude of scenarios," an Israeli military official told reporters on background Wednesday. "We're staying vigilant, reinforcing troops on the border, alongside the border police and our different groups." Some of the forces set to be deployed on this front include those "currently in Gaza," where the IDF has been at war with the Palestinian Hamas movement since the militant group's October 2023 attack that sparked the regional conflict.
Comments: I may be misunderstanding QC but I think the major hurdle is to build a system with large number of Qbits that has low rate of error. RGTI has a modular system, allowing a large system to be built with several smaller modules, each of which is only subject to low error rate of only 36 qbits, avoiding the high error rates of large qbit systems. Am I misunderstanding?
Comments: Now up to 28%! Wish I had bought more!
Comments: Rigetti Computing RGTI +26.57% ▲ surged more than 22% on Wednesday morning after disclosing a major technical milestone. Its new 36-qubit modular quantum system achieved a 99.5% median two-qubit gate fidelity. This represents a twofold improvement in error rate compared to its previous best performance on the 84-qubit Ankaa-3 chip. |
| < Previous 20 | Next 20 > |