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Quantum Computing and AI @quantumcompAI
Joined October 2024
  • Tweets 72
  • Following 934
  • Followers 609
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For those aiming for "IBM Certified Quantum Computation using Qiskit v2.X", I have created practice exams on the Udemy platform! The explanations are crafted to be as clear as possible. udemy.com/course/ibm-certifi… #Qiskit #QuantumComputing
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Quantum Computing and AI retweeted
Quantum Computing and AI@quantumcompAI
Apr 24
For those aiming for "IBM Certified Quantum Computation using Qiskit v2.X", I have created practice exams on the Udemy platform! The explanations are crafted to be as clear as possible. udemy.com/course/ibm-certifi… #Qiskit #QuantumComputing
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I passed the IBM Quantum Developer Exam (Qiskit v2.X) 🎉 I wrote a detailed guide on: • What the exam is really like • What to study If you're planning to take it, this should save you a lot of time 👇 schrodinteq.github.io/ibm-ce… #Qiskit #QuantumComputing

Passing the IBM Quantum Developer v2.x Exam: My Experience and Study Tips

I passed the latest quantum computing exam, Exam C1000-179: Fundamentals of Quantum Computing Using Qiskit v2.X Developer. By passing this exam, you can earn the IBM Certified Quantum Computation...

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Explained IBM’s sample test for Quantum Developer Certification v2.X on my blog — broken down step by step. schrodinteq.github.io/ibmcer… schrodinteq.github.io/ibmcer… #QuantumComputing #Qiskit

IBM Quantum Developer Certification v2.X Sample Test Explanation Part 1

In 2025, a new certification aligned with the latest Qiskit version, “IBM Certified Quantum Computation using Qiskit v2.X Developer - Associate”, has been released. By obtaining this certification,...

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I’ve just published a blog post explaining the 2025 Nobel Prize in Physics, which was announced today. #NobelPrize #QuantumComputing schrodinteq.github.io/nobelp…

A simple explanation of the 2025 Nobel Prize in Physics

The winners of the 2025 Nobel Prize in Physics have been announced: John Clarke, Michel H. Devoret, and John M. Martinis! Their achievement lies in demonstrating quantum tunnelling and quantised...

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I’ve just published a blog post explaining the 2025 Nobel Prize in Physics, which was announced today. #QuantumComputing schrodinteq.github.io/nobelp…

A simple explanation of the 2025 Nobel Prize in Physics

The winners of the 2025 Nobel Prize in Physics have been announced: John Clarke, Michel H. Devoret, and John M. Martinis! Their achievement lies in demonstrating quantum tunnelling and quantised...

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An article on Shor’s algorithm — known for its potential to break RSA encryption and ECDSA used in cryptocurrency transactions — has been published. schrodinteq.github.io/awsbra… #QuantumComputing #AWS #AmazonBraket

Shor's Algorithm with AWS Amazon Braket

In the previous articles, we covered the following topics: Understanding Quantum Fourier Transform Through Concrete Examples Inverse Quantum Fourier Transform with Qiskit 2.0 Inverse Quantum Fourier...

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Quantum Computing and AI retweeted
Quantum Computing and AI@quantumcompAI
21 Apr 2025
🚀Learn Amazon Braket, AWS’s quantum computing service, in the course below!🚀 No experience needed — perfect for beginners. By the end, you'll even understand quantum machine learning! udemy.com/course/quantum-com… #QuantumComputing #AWS #AmazonBraket
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Just published a blog post on how to run Quantum Phase Estimation using Qiskit 2.0. schrodinteq.github.io/qiskit… #QuantumComputing #Qiskit

Quantum Phase Estimation with Qiskit v2.x

In the previous articles, we covered the following topics: Understanding Quantum Fourier Transform Through Concrete Examples Inverse Quantum Fourier Transform with Qiskit 2.0 Inverse Quantum Fourier...

schrodinteq.github.io
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Just published a blog post on how to run Quantum Phase Estimation using Amazon Braket SDK. schrodinteq.github.io/awsbra… #AWS #QuantumComputing #AmazonBraket

Quantum Phase Estimation with AWS Amazon Braket

In the previous articles, we covered the following topics: Understanding Quantum Fourier Transform Through Concrete Examples Inverse Quantum Fourier Transform with Qiskit 2.0 Inverse Quantum Fourier...

schrodinteq.github.io
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Just published a blog post on how to run Quantum Fourier Transform using Amazon Braket SDK. schrodinteq.github.io/awsbra… #AWS #QuantumComputing #AmazonBraket

Inverse Quantum Fourier Transform on AWS Amazon Braket

In the previous article, we implemented the Inverse Quantum Fourier Transform using Qiskit 2.0 and verify that the original quantum state can be correctly identified. In this article, we will...

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Microsoft Quantum is making fault-tolerant quantum computing real. ・New 4D error-correcting codes need fewer qubits ・1,000x error rate reduction ・Logical qubits with long coherence all-to-all connectivity The path to quantum advantage is accelerating. ⚛️ #QuantumComputing
Satya Nadella
@satyanadella
19 Jun 2025
Reliable quantum computing requires progress across the full stack, from error correction to hardware. With new 4D codes reducing error rates 1,000x, and our co-designed quantum system with @Atom_Computing, we’re bringing utility-scale quantum closer than ever.
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Just published a blog post on how to run Quantum Fourier Transform using Qiskit 2.0. schrodinteq.github.io/qiskit… #QuantumComputing #Qiskit

Inverse Quantum Fourier Transform in Qiskit v2.x

In the previous article, we explored concrete examples and advantages of the Quantum Fourier Transform. In this article, we will implement the Inverse Quantum Fourier Transform using Qiskit v2.x and...

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Just published the following blog post to help beginners intuitively understand the Quantum Fourier Transform. schrodinteq.github.io/learnq… #QuantumComputing

Make the Quantum Fourier Transform easy to understand with simple examples

This article helps build an intuitive understanding of the Quantum Fourier Transform through concrete examples. Amazon Braket Learning Course You can efficiently learn the basic knowledge of quantum...

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Just published a blog post on how to run Quantum Machine Learning on Amazon Braket Notebook. schrodinteq.github.io/awsqua… #QuantumComputing #QuantumMachineLearning #AWS #AmazonBraket

Quantum Machine Learning on AWS Amazon Braket: QCBM

As described in another article, Amazon Braket, AWS’s quantum computing service, allows users to easily access various features through the Amazon Braket SDK, a software development kit for quantum...

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Just published a blog post on how to run simple quantum circuits with qiskit 2.0. schrodinteq.github.io/qiskit… #QuantumComputing #qiskit

Install Qiskit 2.0 and run a simple quantum circuit

Qiskit 2.0 has been released. In this article, we will explain how to run a simple quantum circuit using Qiskit 2.0.1. IBM Certified Quantum Computation Practice Exams Practice exams aligned with the...

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Just published a blog post on how to use qiskit on Amazon Braket Notebook. schrodinteq.github.io/awsbra… #QuantumComputing #AWS #AmazonBraket #qiskit

Using Qiskit on Amazon Braket

This article explains how to use Qiskit from an Amazon Braket notebook, one of the quantum computing services provided by AWS. Amazon Braket Learning Course A course on Amazon Braket, AWS’s quantum...

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Just published a blog post on running into an out-of-memory error while using the local simulator in Amazon Braket. schrodinteq.github.io/braket… #QuantumComputing

Error due to insufficient memory in Amazon Braket

Amazon Braket Learning Course I have created a learning course on Amazon Braket, AWS’s quantum computing service. Quantum Computing on AWS for Beginners: Amazon Braket This course is designed for...

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I’ve written an article outlining the basics of Amazon Braket. Check it out if you're interested in quantum computing on AWS! schrodinteq.github.io/whatis… #QuantumComputing #AmazonBraket #AWS

What is Amazon Braket?

In this article, I will explain the overview of Amazon Braket, a quantum computing service provided by AWS, while also mentioning the personal benefits I feel. Amazon Braket Learning Course A course...

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The idea of connecting multiple quantum computers through quantum networking is truly exciting. Distributed quantum algorithms designed for this architecture are equally fascinating. #QuantumComputing #QuantumNetwork #DistributedQuantum
Vijoy Pandey@vijoy
6 May 2025
While many are building bigger quantum computers, we're connecting them. Today we unveiled the @Cisco quantum network entanglement chip and officially opened our Santa Monica Quantum Labs. This could cut the timeline for practical quantum computing by 5-10 years. How? By networking processors into quantum data centers. Our chip: 200M entangled pairs/sec in chip, room temp, works with existing fiber. Real applications today. Details: blogs.cisco.com/news/quantum… #QuantumNetworking #Quantum
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