{"schema":"BUIDL","d":{"id":11633,"members":[],"pictures":["https://cdn.dorahacks.io/static/files/18f220e755a40fdcb1b5dfa414caa84e.jpeg"],"roundProjects":[],"hackathonProjects":[{"id":12313,"hackathon":{"id":392,"tabSet":[{"id":690,"name":"Submission Guide","slug":"submission","description":"# Getting Started [3-5 MIN]\n\n**1.** **You should submit your BUIDL via [DoraHacks.io](https://dorahacks.io/). Before that, make sure that you already have an account.**\n\nUse the **Sign in/up button** at the upper right corner of the page to access the sign-up options.\n\n

\n\n**Github, crypto wallet** and **email** are supported for creating an account. For BUIDLers, we recommend you to connect the account to your **github** to make more people know what you are building at any time.\n\n*You may be asked to receive a verification code via email. The email may take some time to arrive. No worries! The code will not expire in 10 minutes when you click “send code”.\n\n**2. Before the submission of deadline, please make sure you have added your Github link to the project. You can submit the project first, edit it later before the deadline.**\n\nClick “ Register As Hacker”-“Submit BUIDL”.\n\n

\n\n> **→ If you already have a BUIDL on DoraHacks**\n\nChoose your BUIDL project from **\"Apply with Existing BUIDL\"** and identify the track you want to join.\n\n> **→ If you want to submit a new BUIDL project**\n\nClick **“Create a new BUIDL”** and fill in the form as required. You'll be directed to \"Apply for AztecHacks 2024: Implement & Innovate with Classiq\" page after the new BUIDL setup.\n\nFill in the form to offer the information about your project. Note that for demo, demo link and social media, please offer **URLs (with http/https://)**.\n\n

\n\nDon't forget to check \"I agree to the User Agreement\".\n\n

\n\nBack to Application window. Choose your BUIDL project from **\"Apply with Existing BUIDL\"** and identify the track you want to join.\n\nWhen submission succeeds, you'll see this notification.\n\n

\n\n# Project Verification\n\nAfter verification by the hackathon organizer through the manager portal, your project will be displayed in the [BUIDLs gallery](https://dorahacks.io/hackathon/aztechacks2024/buidl).\n\n# Want to make some changes to your BUIDL?\n\nClick [Avatar] -> [Profile] to enter the Account Center, and click the \"Edit\" button on the top right of the BUIDL to update the BUIDL information.\n\n

\n\n
\n\n

"},{"id":698,"name":"Results","slug":"results","description":"# Presenting the Final Results of AztecHacks2024\n\nAztecHacks2024, the inaugural hackathon hosted by the Quantum Computing Club at San Diego State University, has reached its conclusion. This event aims to unite quantum computing enthusiasts from across the United States in a collaborative and innovative environment. Participants will tackle 10 progressively difficult quantum computing challenges using the Classiq SDK and platform, demonstrating their skills in creativity and effective problem-solving. Without delay, let's take a look at the final results!\n\n# 🥇1st Place\n\n## Ian Hock and David Kaauwai\n\n[BUIDL](https://dorahacks.io/buidl/11633)\n\nSpecified quantum problems and TANH()\n\nimplements the specified quantum algorithms in Classiq and also implements the first two terms of hyperbolic tangent using quantum bits and Classiq.\n\n# 🥈2nd Place\n\n## Yasir Mansour\n\n[BUIDL](https://dorahacks.io/buidl/11715)\n\n3-qubit implementation of GHZ states\n\nGHZ What it computes: Computes GHZ state for 3 qubits; Mathematical description: for 3 qubits generates state 111 (2^3 -1 =7) or state 000; Parameters: none; Result: should be 7 (for 111) or 0 (for 000).\n\n# 🥉3rd Place\n\n## Hisham Mansour\n\n[BUIDL](https://dorahacks.io/buidl/11717)\n\nWerner state W3 in Classiq SDK\n\nThis notebook (algorithms) implements the W3 Werner state. It is a superposition of all states that have only 1 qubit set to 1 with the rest being 0. It uses a decomposed Toffoli gate in form of a sequence of CNOTs. It yields the states '001', 010' and '100' in superposition.\n\nThe notebook \"functions\" implements largely arithmetic functions using the Classiq SDK."}],"skills":null,"applied":false,"isCurrentHackerRegistered":false,"buidlsCount":3,"applicationsCount":7,"organization":{"id":2147,"name":"Quantum Computing Club at SDSU","logo":"https://cdn.dorahacks.io/static/files/18efd7d3fe4d0283fb968ec4675ada12.png"},"description":"# AztecHacks 2024\nThe SDSU Quantum Computing Club will be hosting a virtual hackathon beginning April 24th. The submission window will be open from 7:00 PM Wednesday, April 24th until 11:59 PM Sunday, April 28th (PDT). We will be announcing the winners on our [website](https://aztecquantum.org/) at the end of the event. We are offering cash prizes for the 1st ($125), 2nd ($100), and 3rd ($75) place teams. The challenge is designed for undergraduate students in the U.S.A and Western Europe. \n\n# **About QCC at SDSU**\n\nThe purpose of our organization is to foster curiosity, promote learning, and facilitate collaboration in quantum computing. Our mission is to build a vibrant community that explores the potential of this cutting-edge technology while honing software engineering skills. Through workshops, projects, and research, we aim to empower diverse members with experience in both quantum computing and software engineering, inspiring a passion for continuous exploration and innovation within an inclusive and supportive environment.\n\n[Our Website](https://aztecquantum.org)\n\n# **The Classiq Challenge**\n\nThe challenge will consist of 10 progressively difficult quantum functions that you need to implement based on their description using the Classiq SDK and platform([Getting Started with Classiq](https://docs.classiq.io/latest/getting-started/)). If you finish all 10 functions, there will be an open ended portion to submit a quantum algorithm implementation of your choice, with a writeup summarizing the algorithm and its applications. To determine a winner, submissions will be evaluated based on their effectiveness and creativeness.\n\n\nCollaboration is encouraged! Submissions can be individual or group, and only 1 group member needs to register. Groups may be as large as 6 members.\nSpread the word, tell your friends, and good luck!\n\nFor San Diego locals, the club will be meeting on campus the evening of Wednesday April 24th to kick off the challenge.\n\n# **Developer Resources**\n\n- [Classiq Platform](https://platform.classiq.io)\n\n- [Classiq User Guide](https://docs.classiq.io/latest/user-guide/)\n\n- [Classiq Reference Manual](https://docs.classiq.io/latest/reference-manual/)\n\n\n# **Agenda**\n\n- 04/24/24 7PM PST - Hacking Begins\n- 04/28/24 12PM PST - Hacking Ends\n- 04/28/24 12:30PM PST - Judging Begins\n- 04/28/24 6PM PST - Winners Announced\n\n# **Prize Pool**\n- 1st Place - $125\n- 2nd Place - $100\n- 3rd Place - $75\n\n# **Judging Criteria**\n1. 1 point for each quantum function implemented, team with most points wins.\n2. In event of a tie, judges will grade your quantum algorithm implementation. Judging criteria will be based off of the accuracy and readability of your team's implementation. 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