Qly

The quantum IDE with AI and real hardware. Plain English in, real qubits out. IBM, IonQ, Rigetti, IQM, AQT. Community:

[Qly @QlyApp]

🚀 New in Qly: Notebook mode.

Write Python, run real quantum hardware, and save everything as .ipynb.

backend•run(qc) submits directly to a QPU. Counts and histograms appear inline, while Qbit AI can generate new cells from your live kernel state.

Live now at https://t.co/cpM2RQwtfU

#QuantumComputing #Qiskit #Python #AI

[Qly @QlyApp]

Real qubits can wait for your first draft.

Qly marks provider simulators Free in the device picker. Iterate, then switch to real hardware in the same compute flow.

#QuantumComputing #QuantumDev #QuantumCloud #IBMQuantum #DevTools #BuildInPublic

[Alroya @AlroyaLab]

The desk. One of the most hostile habitats on Earth. 🦉

A nature documentary about a phone, five pens and an owl nobody can explain. Everything printed in it is a real Alroya design, made from one sentence.

https://t.co/cTlMO3VDrr

#3DPrinting #AI #Vancouver #MadeInVancouver

[Qly @QlyApp]

✍️ You know the algorithm. You don't want to hand-write the gates.

Ask Qly's AI for "3-qubit Grover search marking |101⟩" and it writes valid OpenQASM you can read, tweak, and send to real IBM Quantum or AWS Braket hardware.

#QuantumComputing #QuantumAI #AI #OpenQASM #Grover

[Qly @QlyApp]

⚛️ Same circuit, two backends, one view.

Run it on IBM Quantum, then on AWS Braket. Qly turns each provider's raw output into counts and shows a histogram beside the QASM that made them. Compare, tweak, resubmit.

#QuantumComputing #Qiskit #AWSBraket #NISQ #QuantumDev

[Alroya @AlroyaLab]

Describe it, print it.

Type what you want to make. Alroya designs it, checks it against a real printer and shows you the price. Want it bigger? Change a number.

Designing is free. You pay only for prints you order.
https://t.co/cTlMO3VDrr

[Qly @QlyApp]

🧠 Bell pair works. Now you want GHZ. Don't start a new chat.

Qly's AI keeps the circuit it just wrote. Say "extend it to 3 qubits" and it edits that OpenQASM in place, ready to send to real IBM Quantum or AWS Braket hardware.

#QuantumComputing #QuantumAI #LLM #QuantumDev

[Qly @QlyApp]

⚛️ Same Bell circuit. Two kinds of qubits. One page.

Run it on IBM Quantum's superconducting Heavy-Hex chips, then send it through AWS Braket to IonQ's trapped ions or Rigetti. Same compute flow, different physics.

#QuantumComputing #IBMQuantum #AWSBraket #IonQ #NISQ

[Qly @QlyApp]

💬 No config file. No hand-written QASM.

Tell Qly what you want to run. The AI writes the OpenQASM, suggests a device, and the job goes to real IBM Quantum or AWS Braket hardware. One conversation, idea to counts.

#QuantumComputing #AIForScience #QuantumAI #BuildInPublic

[Qly @QlyApp]

🧾 1,000 shots on a trapped-ion QPU and 1,000 on a superconducting one are not the same bill.

Qly reads each provider's fee schedule and shows the estimate before you submit. The shot count is a choice, not a surprise.

#QuantumComputing #QuantumCloud #AWSBraket #DevTools

[Qly @QlyApp]

🎓 Taking a quantum course this term? Run a real circuit before you learn an SDK.

Tell Qly's AI "make a 3-qubit GHZ state". It writes the OpenQASM, and one click sends it to real IBM Quantum or AWS Braket hardware.

#QuantumComputing #QuantumAI #AI #STEM #AcademicTwitter

[Qly @QlyApp]

🔧 Your circuit touches q[0], q[3] and q[7]. Why ship a 10-qubit register?

Before a job goes to IBM Quantum or AWS Braket, Qly shrinks the register to the qubits you used and reshapes the circuit for that backend.

#QuantumComputing #Transpilation #OpenQASM #IBMQuantum

[Qly @QlyApp]

🧭 Picking a quantum backend shouldn't mean reading spec sheets.

Qly's AI reads the live device list (qubits, type, price) and returns the OpenQASM plus a suggested IBM Quantum or AWS Braket backend, with its reason.

#QuantumComputing #QuantumAI #AI #AICoding #IBMQuantum

[Qly @QlyApp]

📈 Hardware noise shows up between runs, not inside one.

Every job you send to IBM Quantum or AWS Braket lands in Qly's recent runs. Reopen one and its QASM comes back with the counts, so you can tweak, resubmit, and compare.

#QuantumComputing #QuantumDev #NISQ #DevTools

[Qly @QlyApp]

⚛️ OpenQASM shouldn't be the entry fee.

Tell Qly's AI "make a Bell pair and measure both qubits" and it writes valid OpenQASM you can read, tweak, and submit to real IBM Quantum or AWS Braket hardware.

#QuantumComputing #QuantumAI #AI #OpenQASM #AICoding #IBMQuantum

[Qly @QlyApp]

🧪 Debug on a simulator. Spend your shots on hardware.

In Qly's device picker, provider-hosted simulators are tagged Free. Iterate until the circuit behaves, then send the same job to real IBM Quantum or AWS Braket hardware.

#QuantumComputing #QuantumCloud #QuantumDev

[Qly @QlyApp]

🔁 The first circuit is rarely the one you run.

Qly's AI remembers the circuit it just wrote. Ask for a variant ("now make it 4 qubits", "swap the oracle") and it edits the OpenQASM in place instead of starting over.

#QuantumComputing #QuantumAI #AI #OpenQASM #QuantumDev

[Qly @QlyApp]

📊 IBM hands back a BitArray. Braket hands back measurement records. You just wanted counts.

Qly parses both, so results from IBM Quantum or AWS Braket land as the same histogram next to the QASM that produced them.

#QuantumComputing #Qiskit #Braket #IBMQuantum #DevTools

[Qly @QlyApp]

🧠 Quantum experiments shouldn't start with a config file.

Describe it in plain English. Qly's AI writes the OpenQASM, you pick a device, and it runs on real IBM Quantum or AWS Braket hardware. Prompt in, counts out.

#QuantumComputing #QuantumAI #AI #OpenQASM #IBMQuantum

[Qly @QlyApp]

🪐 Superconducting or trapped-ion? Don't learn a new SDK to find out.

Qly sends the same circuit to IBM Quantum's Heavy-Hex chips or, via AWS Braket, to IonQ and Rigetti hardware. One page, many backends.

#QuantumComputing #IBMQuantum #AWSBraket #IonQ #QuantumHardware

[Qly @QlyApp]

🎓 You don't need to know Qiskit to run your first quantum job.

Describe the circuit to Qly's AI in plain English. It writes the OpenQASM. One more click sends it to real hardware. The prompt is the spec.

#QuantumComputing #QuantumAI #AI #QuantumEducation #PhysicsTwitter