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Explore Matter Waves

Matter Waves
- Quantum Physicists
- Tutorials
Technologies
- Quantum computing
Simulations
Resources
Advances
- Events
Sitemap
About
Search for:

Advances

Advances in matter wave technology showcase the latest breakthroughs, from quantum sensors to interferometry. Explore innovative developments that push the limits of science, technology, and our understanding of the quantum world.

Illustration of surface acoustic waves controlling iron-57 nuclear transitions on a quartz chip using interdigitated transducers, based on a Mössbauer spectroscopy experiment in nuclear quantum physics.

Scientists Use Sound Waves to Dynamically Control Nuclear Transitions

Dr. Sushanta Barman / July 19, 2026 / Advances

Scientists Use Sound Waves to Dynamically Control Nuclear Transitions Read Post »

Glowing ion floating above a microfabricated trap chip with stylized microwave waves.

Sub-One-in-a-Million Error in Trapped-Ion Single-Qubit Gates

Dr. Sushanta Barman / June 15, 2025 / Advances

Sub-One-in-a-Million Error in Trapped-Ion Single-Qubit Gates Read Post »

Red laser beams crossing inside a glass rubidium vapor cell on an optical table, with a glowing turquoise wave pattern representing quantum entanglement.

ORNL–Yonsei Team’s Quantum Sensor Detects Phases 1.7 dB Below Noise

Dr. Sushanta Barman / June 13, 2025 / Advances

ORNL–Yonsei Team’s Quantum Sensor Detects Phases 1.7 dB Below Noise Read Post »

Glowing ion held between electrodes, magnets beside it, and an electric-field waveform icon on the opposite side. This illustrates the electrometry setup.

New Quantum Sensor Achieves Record-Breaking Electric Field Sensitivity

Dr. Sushanta Barman / June 12, 2025 / Advances

New Quantum Sensor Achieves Record-Breaking Electric Field Sensitivity Read Post »

Close-up of a gold-colored superconducting quantum chip mounted in a cryogenic refrigerator, with twisted coaxial cables attached and a blurred lab researcher in the background.

IBM Qubits Achieve Exponential Speedup on Simon’s Problem

Dr. Sushanta Barman / June 12, 2025 / Advances

IBM Qubits Achieve Exponential Speedup on Simon’s Problem Read Post »

A close-up of a stainless-steel vacuum chamber with two red laser beams crossing inside; at the crossing point, a small bright blue glow represents a Bose-Einstein condensate.

Physicists Achieve Record-High Bose-Einstein Condensate Production at 2 Hz Rate

Dr. Sushanta Barman / June 6, 2025 / Advances

Physicists Achieve Record-High Bose-Einstein Condensate Production at 2 Hz Rate Read Post »

Illustration showing a quantum dot inside a Fabry–Perot cavity emitting single photons, which travel through a fiber and free-space link to superconducting photon detectors. The image is generated by AI.

Single-Photon Emitters Unlock Next-Level Security in Quantum Communications

Dr. Sushanta Barman / June 5, 2025 / Advances

Single-Photon Emitters Unlock Next-Level Security in Quantum Communications Read Post »

Ball-and-stick model of a CH₂ molecule (black carbon, gray hydrogens)

Quantum Computers Tackle Radical Molecules for the First Time

Dr. Sushanta Barman / May 25, 2025 / Advances

Quantum Computers Tackle Radical Molecules for the First Time Read Post »

Abstract digital illustration of a glowing quantum chip connected to an ion trap and photonic waveguides by floating orb-like qubits.

Latest Quantum Computer Chips in 2025

Dr. Sushanta Barman / May 25, 2025 / Advances, Technologies

Latest Quantum Computer Chips in 2025 Read Post »

Multicolored nodes and lines on a dark chip outline representing a quantum error-correction network.

Scientists Develop Breakthrough Algorithm PLANAR for Perfect Quantum Error Correction

Dr. Sushanta Barman / May 22, 2025 / Advances

Scientists Develop Breakthrough Algorithm PLANAR for Perfect Quantum Error Correction Read Post »

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