Quantum

• Breadcrumb MIT News Why some quantum materials stall while others scale Why some quantum materials stall while others scale Press Contact: Previous imageNext image Audio People t

• What is a Good Quantum Encoding? • Part 1 Over the past couple of years, I’ve been learning a little about the world of quantum machine learning (QML) and the sorts of things peo

• Official websites use .govA.govwebsite belongs to an official government organization in the United States. • Secure .gov websites use HTTPSAlock(LockA locked padlock) orhttps://

• Breadcrumb MIT News Lincoln Laboratory technologies win seven R&D 100 Awards for 2025 Lincoln Laboratory technologies win seven R&D 100 Awards for 2025 Press Contact: Previous im

• Breadcrumb Home News DARPA, State of New Mexico Establish Framework To Advance Quantum Computing DARPA, State of New Mexico establish framework to advance quantum computing Agree

• The macroscopic realm, which consists of everything from falling balls to orbiting planets, can be explained by the laws of classical mechanics. • When nature reaches the smalles

• MIT proposes theory‑guided framework to measure previously invisible material properties. • Focus on electron‑phonon coupling, key to electrical, thermal, optical behavior. • Tra

• BASE collaboration trapped an antiproton, oscillating between two quantum states for nearly a minute. • First demonstration of an antimatter qubit, opening doors for precise matt

• Daniel Kleppner, MIT professor emeritus, passed away at 92, leaving legacy in atomic physics. • Co‑invented hydrogen maser atomic clock, advancing precision timekeeping and GPS t

• Breadcrumb MIT News The high-tech wizardry of integrated photonics The high-tech wizardry of integrated photonics Press Contact: Media Download *Terms of Use: Images for download

• Breadcrumb MIT News New 3D chips could make electronics faster and more energy-efficient New 3D chips could make electronics faster and more energy-efficient Press Contact: Media

• Data centers use 4.4% of US energy, with 57% consumed by CPUs and GPUs. • Rising energy demands make energy‑efficient computing essential for future high‑performance systems. • S

• MIT engineers push quantum computing toward fault tolerance by enhancing photon-atom coupling. • Stronger coupling speeds up readout, critical for rapid error correction before d

• MIT researchers created a superconducting interconnect enabling direct communication among multiple quantum processors. • The device supports scalable all‑to‑all connectivity, el

• MIT and UniFe researchers develop framework using non‑Gaussian quantum states for sensing and communication. • Non‑Gaussian states overcome Gaussian limitations, unlocking full q

• Superfluid stiffness quantifies how easily electron pairs flow without resistance. • MIT and Harvard scientists directly measured this property in magic‑angle graphene. • Magic‑a

• MIT team develops two fast control techniques for fluxonium qubit. • Achieves world-record single-qubit fidelity of 99.998%, surpassing previous benchmarks in quantum computing.

• Launch of new video podcast ‘fAQ’ featuring casual chats on quantum physics and AI. • Co-hosts: author and Adam Green, a biologist and former Khan Academy academic director. • Ta

• Superposition is simply a linear combination of states, like adding vectors in linear algebra. • The concept can be visualized without math using everyday analogies, such as over

• Introduces quantum-inspired methods for modeling sequential data via tensor networks. • Uses bipartite graph representations of matrices to visualize linear maps. • Applies quant

• SVD decomposes any matrix M into UDV†, revealing singular values and vectors. • Singular values, arranged in D, indicate the importance of each concept in M. • Left and right sin