SOCIAL POST ARCHIVE · 2026.05—09
Social Post Archive
A searchable collection of 184 published TAQCIT Facebook posts. This update adds three September 6–7 engineering and sensing posts to the May–August archive. It is a selected archive, not a complete live feed.
184Published posts
EDITORIAL DISCLOSURE
The public archive contains published material only
Every record has verified TAQCIT publication evidence. A direct Facebook link is provided when the exact URL is retained locally; records awaiting URL backfill disclose their verification basis instead. Use All archive to include records available only in Traditional Chinese. Editorial visuals follow the website image guidelines and are disclosed record by record; they are not original post attachments or documentary event photographs. Drafts and visual candidates remain internal.
173Published posts with source visuals10Published posts with editorial visuals1Published posts retained as text archives
Local archive compiled｜2026-09-10
Showing 24 of 37 posts
AI-Assisted Laser Control: QuEra's Engineering Experiment
Distinguish AI-assisted development from standalone control software, and read recovery results with their test conditions.
Recorded in the September 7 publication check, with the original post and Chinese text. Visuals are AI-assisted concept illustrations; full archive text is in Traditional Chinese.
Cold Atoms and Gravity: NASA's Quantum Sensor Pathfinder
An introduction to cold-atom interferometry, gravity gradients, and the engineering path toward a space instrument.
Recorded in the September 7 publication check, with the original post and Chinese text. Visuals are AI-assisted concept illustrations; full archive text is in Traditional Chinese.
Fast Circuits Need Fast Resets: IBM Nighthawk r2
Circuit throughput depends on preparation, computation, measurement, and reset—not just qubit count.
Recorded in the September 7 publication check, with the original post and Chinese text. Visuals are AI-assisted concept illustrations; full archive text is in Traditional Chinese.
Event Guide｜Q｜Five Key Terms to Know Before QTF 2026
A practical guide to Full Stack, Enabling Technology, FTQC, PQC/QKD, and Q4M3—and where each term sits across systems, manufacturing, security, and markets.
Verified against the official TAQCIT Facebook post URL, complete local text, and final editorial visual.
Quantum Industry｜Q4M3｜What Changes When a QPU Enters an AI Data Center? Quantinuum × Oracle
Quantinuum and Oracle plan to deploy Helios in an OCI AI data center. The larger question is how a QPU can enter enterprise governance, networking, storage, and hybrid workflows.
Publication was verified in the Meta calendar on August 26, 2026. The exact post URL is not yet in the local record; the complete text and final visual are archived.
Mathematics｜Q｜What Is the Difference Between Classical and Quantum Probability?
Two states can both produce a 50/50 measurement distribution while retaining different amplitudes and phases. The difference lies in the manipulable information structure before measurement.
Publication was verified in the Meta calendar on August 26, 2026. The exact post URL is not yet in the local record; the complete text and final visual are archived.
Program Share｜Q｜Is Quantum Computing Like Cooking Dumplings? Understanding Computation Through Everyday Analogies
Professor Chang Ching-Ray uses dumplings, harpoons, and fishing nets to explain quantum computing—while emphasizing that analogies cannot replace analysis of algorithms, error correction, and complete workloads.
Verified against the TAQCIT Facebook share and complete local text. The source image has no verifiable local copy, so the next day's separate editorial visual is not substituted; this remains a text archive.
Quantum Concepts｜Q｜Why Is Quantum Measurement More Than Taking a Look?
Quantum measurement is not a passive reading of a pre-existing answer. It couples a quantum state to a measurement apparatus and converts the result into recordable classical information, making basis choice, projection, probability, and post-measurement state essential parts of the story.
Verified against the official TAQCIT Facebook post, its original visual, and the complete local text archive.
Quantum Industry｜Q4M3｜HPC → AI → QPU: A New Workflow Is Emerging in Quantum Chemistry
The next step in quantum chemistry may be a hybrid workflow: HPC produces data, AI designs candidate circuits, and a QPU executes and verifies them. The result remains a proof of principle, but it makes the emerging division of labor concrete.
Verified against the official TAQCIT Facebook post, its original visual, and the complete local text archive.
Question Box｜?｜If You Could Ask a Quantum Engineer One Question, What Would It Be?
Public discussions often begin with what quantum computers can do. Engineering quickly makes the questions more concrete: how qubits are fabricated, how signals enter cryogenic systems, how errors are measured, and how systems can scale.
Verified against the official TAQCIT Facebook post, its original visual, and the complete local text archive.
Management Philosophy｜Φ｜The Hard Part of New Technology Is Building Judgment
When firms face emerging technologies such as quantum computing, the largest risk is often turning uncertainty into false certainty. What matters is organizational judgment: distinguishing signals, testing assumptions, and designing low-cost experiments.
Verified against the official TAQCIT Facebook post, its original visual, and the complete local text archive.
Quantum Engineering｜Q｜How Can Reusable Neutral Atoms Raise Circuit Sampling to 101 Hz?
A 10-qubit neutral-atom preprint combines nondestructive readout with atom reuse to reach a raw quantum circuit iteration rate of 101 Hz. The result must still be read alongside fidelity, atom retention, and post-selection costs.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Quantum Computing｜Q｜Does High Model Accuracy Prove Quantum Advantage?
High quantum-model accuracy does not by itself prove quantum advantage. Credible evaluation needs the same data and feature budget, well-tuned classical baselines, and attribution tests that identify whether any gain comes from the quantum circuit or preprocessing choices.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Science & Culture｜ΦQ｜Why Is the Quantum World Always Drawn in Blue and Purple?
Quantum states do not have a fixed brand color. Blue and purple are primarily visual conventions; when color encodes amplitude, phase, or another quantity in scientific graphics, the mapping still needs a clear legend.
The local draft was officially published by TAQCIT on August 22, 2026; this record preserves its source visual, original-post link, and complete text.
Quantum Computing｜Q｜Is a Quantum Program an Experiment or a Solution to a Need?
TAQCIT frames quantum-software development as a requirements outer loop connected to an experimental inner loop: the outer loop defines value and delivery conditions, while the inner loop tests whether the quantum method is credible through simulation, compilation, hardware runs, and classical comparison.
This locally archived candidate visual is now paired with the complete text and verified Facebook publication record.
Quantum Reading Room｜Q｜Linear Algebra First, or Quantum Mechanics First?
You do not need to finish all of linear algebra before beginning quantum mechanics. A practical route is to build a minimal toolkit of complex numbers, vectors, matrices, bases, eigenvalues, and tensor products, then let concrete quantum problems guide further study.
The local draft was officially published by TAQCIT on August 21, 2026; this record preserves its source visual, original-post link, and complete text.
Quantum Engineering｜Q｜Can a QEC Compiler Adapt to Each Qubit's Noise?
The Chameleon QEC compiler uses hardware calibration data to select local Clifford deformations for qubits with different X/Z noise biases. Its reported improvements are preprint simulation results, not yet long-running logical-error measurements on a real QPU.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Quantum Industry｜Q4M3｜Why Must the Cryogenic System Scale with the Quantum Chip?
Scaling a quantum computer means more than adding QPUs. As systems connect multiple processors, cryogenic space, dense control and readout wiring, interconnects, thermal stability, serviceability, and modular upgrades all become part of the engineering problem.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Science & Culture｜Q｜From Everyday Technology to National Competitiveness: What Comes Next for Quantum and Nanotechnology
Quantum technology is often imagined as a future still to come, yet smartphones, medical imaging, and global communications already rest on decades of quantum physics and nanoscale engineering. This post highlights Academician Nai-Chang Yeh’s newly released lecture, tracing the transformation of modern physics and the roles of quantum and nanotechnology in economic development, national security, global competition, and artificial intelligence.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Technology & Industry｜Q4M3｜From the Most Powerful Model to the Lowest Usable Cost
Technology industries easily become absorbed by one question: who is strongest? The largest model, highest benchmark, fastest hardware, or most qubits make intuitive rankings. But once a technology begins to see widespread use, businesses usually ask a different question: what is the lowest cost at which it becomes genuinely usable?
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Event Guide｜Q4M3｜Will Quantum Computers Break Cryptocurrency?
If quantum computers become powerful enough, will the cryptographic systems protecting financial transactions and digital assets remain secure? In the first TAQCIT Quantum Finance Salon, Chairperson Ching-Ray Chang begins with Shor’s algorithm to clarify the real relationship among quantum computing, public-key cryptography, and cryptocurrency.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Detecting Eavesdropping Without Revealing Part of the Key? A Quantum SWITCH Experiment
This official TAQCIT Facebook post was originally published in Traditional Chinese on 2026-08-16. Open the original post or the complete archived text.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Quanta × Quantinuum: Taiwan’s Manufacturing Capabilities Enter Quantum Systems Engineering
This official TAQCIT Facebook post was originally published in Traditional Chinese on 2026-08-15. Open the original post or the complete archived text.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.
Which Existing Taiwanese Industries Are Closest to Quantum?
Published Facebook post preserved from the local TAQCIT social archive. The complete original Traditional Chinese text is available below.
This record includes the original visual from the official TAQCIT Facebook post, together with the original-post link and complete archived text.