PHYSICS & MATH

Novel Electronic Component Made of Germanium Bonded With Aluminum Could Be the Key to Quantum Technology

PHYSICS & MATH 10.12.2021 06:08 AM

Researchers from TU Wien in Vienna created a new nanostructure made of pure germanium bonded with aluminum that makes them best suited for complex applications in quantum technology.

Direct Communication Network Developed, Secure and Fast Data Transmission in 15 Users Possible with Quantum Technology

09.24.2021 00:32 AM

A new research developed quantum secure direct communication to provide transmission of data between 15 users.

New Gravitational Wave Detector Picks Up Mysterious Signals, A Never-Before-Seen Occurrence

09.21.2021 07:16 AM

A tabletop gravitational wave detector has recently recorded mysterious signals in, its over 150 days of operation. Two mysterious signals were specifically recorded by the device, a piece of ringing quartz.

Acoustic High-Frequency Antenna Developed to Detect Rare Short Gravitational Waves

09.18.2021 01:17 AM

A recent study developed a novel approach of detecting the rare short gravitational wave from space phenomenons such as black hole and nuetron star collapse and collissions.

'Goldilocks' Superconductors One Step Closer With New Cerium Superhydrides

09.15.2021 22:11 PM

Researchers from the Skolkovo Institute of Science and Technology (Skoltech), together with their colleagues from China, were able to experimentally demonstrate superconductivity in cerium superhydrides.

10-Year-Old Girl Exceeds Intelligent Quotient of Einstein and Hawking; Aiming for Mars Colonization

09.08.2021 21:10 PM

A 10-year-old girl from Mexico, recently landed the headlines after was reported to have exceeded the Intelligent Quotient or IQ of two geniuses Albert Einstein and Stephen Hawking.

Physics Behind Walking With Cup of Coffee on Hand Without Spillage; Can It Be Applied to Soft Robotics?

09.08.2021 00:50 AM

Unknown to many, there is a lot of physics behind walking with a cup of coffee on hand and preventing it from spilling. Now, scientists want to use the mechanism behind in various fields, like soft robotics.

Perfect Shape of Eggs and Its Universal Equation Identified for the First Time; Geometrical Feature Applicable to Food Industry and Other Scientific Disciplines

08.29.2021 21:55 PM

A new study developed the unviversal measurement of the shape of the eggs. Researchers aim the general equation of the 'perfect shape' to various scientific disciplines and the food industry.

International Study Develops Technique To Visualize Microscopic 3D Displacements, Suggests Potential Uses

08.27.2021 09:25 AM

An international project involving PSL University in France, Harvard University in the U.S., and the Central University of Punjab in India devised a new technique for visualizing microscopic 3D displacement of an object across a large surface.

Cambridge Researchers Develop Mathematical Model Predicting Optimum Exercise for Skeletal Muscle Buildup

08.24.2021 09:56 AM

Exercise helps build muscle, but research on the cellular mechanism behind muscle growth is rare. Researchers from the University of Cambridge developed a mathematical model that can tell how much exercise is needed to build muscles.

Infinitely Expanding Universe: How Science Attempts To Explain the Multiverse

08.24.2021 05:45 AM

One of the most exciting concepts right now is the existence of a multiverse - the notion that there are infinitely many universes. However, is this more than just sci-fi writing, and is science actually working to confirm it?

Largest Carbon Reservoir: New Study Estimates Deposit in Earth’s Outer Core

08.21.2021 02:01 AM

A new collaboration from Florida State University (FSU) and Rice University reveals just how much carbon is stored in the Earth's outer core, and it might be the largest carbon reservoir on the planet.

New Phase of Matter: 'Two Dimensional Supersolid' Discovered in Quantum Physics for the First Time

08.19.2021 02:15 AM

Quantum physicists discovered a new phase of matter that can move its own atom without exhibiting energy loss. The phase is called 'two-dimensional supersolid,' the first-ever supersolid matter that exhibits superfluidity, a frictionless feature similar to a liquid.

Experts Developed New Approach To Observe How Ions Get Missing Electrons During Solid Material Penetration

08.17.2021 03:32 AM

Experts at TU Wien developed a novel approach to study the ionic process as it passes through a solid material.

A Day in the Life of a Quantum Engineer: Scientist Explains Perspective on Weirdest Field of Science, Quantum Mechanics

08.17.2021 01:37 AM

Quantum Mechanics could be the most challenging field of science to understand for people outside the scientific field. Here is an account of the experiences of an expert explaining his life in his two separate roles under quantum physics and meteorology.

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