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Physicists find a loophole in Heisenberg’s uncertainty principle without breaking it

By using something called a quantum grid, scientists have found a clever way to simultaneously measure momentum and position without violating Heisenberg's uncertainty principle.

How diamond fails under extreme electrical fields

A research team from the University of Chinese Academy of Sciences has revealed the failure mechanism of diamond under ...

Future-Ready Resumes: Data-Driven Tips to Help Job Seekers Get Hired Faster

In 2025, eighty-three percent of companies already use AI to review resumes. For candidates, that means a machine is almost always the first “reader” of their application. The good news is that those ...

IonQ: Near-Term Revenue Analysis, Long Runway For Price Increase

IonQ leads quantum computing, networking and sensing, with growth underestimated by guidance. Read here for more on IONQ ...

2 Quantum Computing Stocks Up Over 2,200% to Throw $200 At

In a J.P. Morgan report on quantum computing, analysts praised D-Wave's Advantage2 prototype, which has over 1,200 qubits ...
IEEE

Direct Error Observation Compensator for Visual Servo Tracking System With Image Sensor-Based Sparse Measurement

Abstract: For a visual servo tracking system, a direct error observation (DEOB) compensator strategy is proposed to break the bandwidth limitation caused by sparse ...
IEEE

Temperature-Dependent Local Electric Field Transient Analysis and Measurement in High-Voltage Power Module Packaging

Abstract: Electrical field (E-field) concentration in the high-voltage power module packaging, which is one of the main causes of packaging failure, is not only highly related to the dielectric ...