▮ SYSTEM BOOT / RESEARCH ENVIRONMENT

[ INDEPENDENT RESEARCH NODE : 001 ]

QVIDIA
QUANTUM_

root@qvidia:~$ initialize --frontier --hybrid

Exploring the quantum computing stack.
Powered by curiosity. Grounded in source code.

A live public research interface for the NVIDIA quantum ecosystem. Inspect open-source signals, explore GPU ↔ QPU architectures, and execute real mathematical simulations in your browser.

> INITIALIZE TERMINAL ↗VIEW LIVE SIGNALS ↓

BROWSER LAB READYPUBLIC API / GITHUBNOT A LIVE QPU

root@qvidia: ~/visualizer/qpu

[ RENDERING ]

FIG 001 // STATE SPACE

CONCEPT MODEL

GPU CLASSICAL

QPU QUANTUM

GPU <—> QPU / TOPOLOGYILLUSTRATION ONLY ◆

SYS_READY / PUBLIC INTELLIGENCE STREAM

NO HYPE. ONLY SIGNAL.

PROCEED TO SHELL ↓

01 // INTERACTIVE SHELL /bin/quantum

SESSION TYPE: CLIENT / NO AUTH REQUIRED

> COMMAND_CENTER_

Run commands. Query documented technologies. Launch a quantum simulation. All instructions execute locally in your browser.

TERMINAL EMULATOR
QVIDIA v0.3

qvidia://home/usr/research/terminal.sh

╔══════════════════ QVIDIA / BOOT TERMINAL ══════════════════╗

QVIDIA / RESEARCH TERMINAL 003

──────────────────────────────────────────────────────

[ OK ] LOCAL QUANTUM CIRCUIT ENGINE ........... ONLINE

[ OK ] CUDA-Q / CUQUANTUM DOCUMENTATION ...... INDEXED

[ ?? ] PUBLIC GITHUB TELEMETRY ............... FETCHING

[ INFO ] TYPE 'help' TO DISPLAY AVAILABLE COMMANDS_

QUICK_EXEC //TIP: PRESS / TO FOCUS

02 // LIVE_REPOSITORY_SIGNALS /data/github

SOURCE: GITHUB REST API

> TELEMETRY_

Actual public repository metadata. Not NVIDIA GPU utilisation, QPU performance or proprietary system telemetry.

CONNECTING TO GITHUB

[ 01 ] NVIDIA / CUDA-QUANTUM○ SIGNAL

—

GITHUB STARGAZERS ↗

▁▃▅▂▆▇▄▅▃AWAITING SOURCE

[ 02 ] NVIDIA / CUQUANTUM○ SIGNAL

—

GITHUB STARGAZERS ↗

▁▅▃▆▃▆▇▄▆AWAITING SOURCE

[ 03 ] UPSTREAM ACTIVITY↗ LATEST

—

MOST RECENT PUBLIC COMMIT DATE

▂▄▆▃▄▆▆█▅AWAITING SOURCE

LIVE: GitHub public API DIAGRAMS: conceptual SIMULATIONS: local CPUDATA REQUEST / NOT YET FETCHED

03 // HYBRID_COMPUTE_STACK /etc/architectures

DOCUMENTED / NOT REAL-TIME HARDWARE

> GPU ↔ QPU_

// TECHNICAL ARCHITECTURE EXPLORER

Explore the technology stack that connects accelerated classical computing to emerging quantum workloads.

PROGRAMMING PLATFORM / HYBRID WORKFLOWS VERIFIED DOCUMENTATION

One model for many processors.

CUDA-Q is NVIDIA’s open-source platform for programming hybrid quantum–classical applications across CPUs, GPUs and QPUs.

INPUTCIRCUIT

ORCHESTRATIONCUDA-Q

BACKENDCPU / GPU / QPU

NVQLINK / PUBLISHED SPECSSTATIC REFERENCE, NOT LIVE METRICS

400 Gb/sMAX GPU–QPU THROUGHPUT

<4.0 µsMIN FPGA → GPU → FPGA LATENCY

OFFICIAL NVIDIA SPECIFICATION ↗

04 // STATEVECTOR_LAB /usr/local/simulate

CLIENT-SIDE CLASSICAL ENGINE

> QUANTUM_LAB_

// BUILD A CIRCUIT. RUN THE MATH.

Configure quantum gates, calculate a statevector and measure sampled probabilities using a working JavaScript simulator.

LOCAL SIMULATION ONLY // NO GPU / QPU ACCESS

qvidia@local: ~/circuit-builder

STATEVECTOR / v1

[01] REGISTER_CONFIG

circuit.qasm ▮

QUBITS

// QUBIT REGISTER02 GATES

|0⟩ INITIAL STATEMEASURE ALL →

// APPEND_GATE + CUSTOM COMMAND

GATETARGET

SHOTS

qvidia@local: ~/measurement-output

[ READY ]

[02] MEASUREMENT_RESULTS

probability.out_

Run a circuit to calculate the theoretical statevector and sample measurements.

∿∿∿

// AWAITING SIMULATION

READY TO COMPUTE LOCALLY

NORM ∑ |α|²—

GATES APPLIED—

SHOTS SAMPLED—

Local results are mathematical simulations, not measurements from a quantum computer or NVIDIA GPU.

05 // RESEARCH_DIRECTORY /mnt/source/docs

PRIMARY SOURCES ONLY

> SOURCE_FILES_

// VERIFY THE CODE. FOLLOW THE DATA.

Documents, references and commit-level evidence. No manufactured hardware benchmarks or invented data feeds.

./nvidia/cuda-quantum↗

{ CQ }

CUDA-Q

Open-source quantum programming platform for hybrid classical and quantum workloads.

GITHUB / SOURCEOPEN FILE ↗

./nvidia/cuquantum↗

{ GPU }

cuQuantum

Accelerated simulation libraries for statevector and tensor-network computations.

NVIDIA / DOCSOPEN FILE ↗

./nvidia/nvqlink↗

{ LINK }

NVQLink

Architecture connecting classical acceleration and quantum processors.

NVIDIA / DOCSOPEN FILE ↗

// GIT LOG --ONELINE --DATE=UTC

Recent public commits_

LIVE WHEN AVAILABLE / GITHUB

Connecting to public repository activity... ↗

Repository commit activity reflects public software development. It is not a measure of quantum-hardware performance or utilization.

TRANSMISSION_COMPLETE / 0xFF[ SESSION REMAINS OPEN ]

THE NEXT ERA
IS STILL LOADING_

> RETURN TO TERMINAL ↗

EOF / END OF PUBLIC TRANSMISSIONOBSERVE. COMPUTE. VERIFY.

QVIDIAQUANTUM_