Quantum information science has become the epicenter of global tech competition. In 2025 alone, Google unveiled its breakthrough “Willow” quantum chip, IBM rolled out a 2,000-qubit processor, and China’s “Zuchongzhi-3” quantum computer hit new milestones. Among all platforms, atom-based quantum computing—ion traps, neutral atoms, NV centers—is now the strategic focus of IBM, Google, IonQ, and others because of its long coherence times and record-high fidelities, positioning it as a front-runner for large-scale quantum processors.
Yet as experiments scale up in size and complexity, researchers confront a fresh set of hurdles. Laser-frequency drift, timing misalignment, and inter-device desynchronization are eroding precision and slowing progress. Integrating multiple instruments into a single, perfectly synchronized control layer has become the critical bottleneck.
On Thursday, 24 July, 19:30 (UTC+8), Liquid Instruments lifts the curtain on Moku:Delta. Tune in for a live demonstration of how one compact instrument can replace an entire rack, delivering parallel multi-channel control with sub-picosecond timing accuracy—solving the coordination puzzle once and for all.
Live Event Details
Date & Time: Thursday, 24 July, 19:30 (UTC+8)
Topic: How Multi-Instrument Synergy Accelerates Cutting-Edge Quantum Research
Speakers:
• Binke Xia, Applications Engineer, Liquid Instruments
• Bin Lu, Technical Sales Engineer, Liquid Instruments

Register to watch：https://iertuhvzb.vzan.com/live/page/392892724?shauid=SmsIZ0OMK9vdN8dPIgoS7Q**&vprid=0&sharetstamp=1752031792591


Liquid Instruments’ First-Ever Livecast Dedicated to Quantum Experiments Agenda

Quantum Information 101: Inside ion traps, neutral atoms, NV centers, and more
Deep dive: Moku:Delta’s multi-channel sync, sub-ps resolution, ultra-low-noise lock-in amplification
Demo: Laser locking, power stabilization, 2-D atom-array addressing in neutral-atom setups
Exclusive look at Moku:Delta’s Multi-Instrument Mode—run eight instruments in parallel, mix-and-match from more than 2 billion possible configurations, deploy AWG, PID, LIA, and more simultaneously
Who Should Attend?
Researchers, faculty, and students in quantum information, atomic systems, cold-atom physics, optoelectronics, electrical engineering, optical communications, and optical sensing—plus anyone building or applying next-gen quantum technologies.
Livestream Poster & Giveaways
Gift: Cable-organizer travel pouch
How to claim: Follow “MokuLab” on WeChat, repost the event poster to your Moments, then send a screenshot + shipping info to the MokuLab account before 12:00 (UTC+8), 24 July.
Raffle: One Moku:Go Basic Bundle (worth ¥5,000) for live Q&A participants.

Register to watch：https://iertuhvzb.vzan.com/live/page/392892724?shauid=SmsIZ0OMK9vdN8dPIgoS7Q**&vprid=0&sharetstamp=1752031792591