PHYSICS & MATH

Physicists Copy Some Properties of the Sun in a Ball

ENERGY 08.01.2019 10:30 AM

Plasma physicists copy the solar wind from the sun in a 3-meter diameter aluminum ball. In 1958, solar physicist Eugene Parker predicted the existence of the solar wind, which is a constant stream of charged particles ejected by the sun from its corona.

Permanent Liquid Magnets to Take Stage in the Lab

07.23.2019 09:12 AM

Scientists have concocted permanent liquid magnets that may be used in assisted drug delivery in the human body and in other applications.

Peptides Can Form Without Amino Acids

07.16.2019 11:12 AM

The results of the study may also be useful to the field of synthetic chemistry, as amide bond formation is essential for many commercially critical synthetic materials, bioactive compounds, and pharmaceuticals

Tracking the Separation of Atoms with Lasers

07.15.2019 08:49 AM

All paths lead to the electron settling on either iodine or bromine and the two atoms flying apart. Ultraviolet light fragments the links between atoms within the DNA of skin cells, undoubtedly inflicting cancer on the human body.

Was Human Evolution Inevitable or a Chance Occurrence?

07.15.2019 08:24 AM

Human evolution is believed to be a one time chance occurence that would not ever happen again. What would happen if the hands of time were turned back to an arbitrary moment in our history of human evolution, and what if we restarted the clock? American scientist Stephen J.

Scientists Created a Pair of Autofocal Lenses to Correct Vision of People with Presbyopia

07.10.2019 08:59 AM

The prototype from the Stanford works much like the lens of the eye, with fluid-filled lenses that bulge and thin as the field of vision changes

Vitamin C is Vital to Protection of Exciting New Nanomaterial

07.10.2019 08:59 AM

Self-stable MXenes become possible, and engineering-grade MXene-based materials can become a practical reality

A Unique Way to Make Complex Structures in Thin Films

07.06.2019 10:21 AM

The new technique had two different, inconsistent patterns with one forming a set of posts or lines etched on a substrate material, and the other is an inherent pattern that is created by the self-assembling copolymer

Quantum Computing Made Easier Through New Debugging Tools

07.04.2019 08:51 AM

Study aids quantum computing Princeton University researchers developed debugging tools based on statistical tests for helping programmers in building correct quantum programs for near-term quantum computers.

Black (Nano) Gold Combat Climate Change

07.04.2019 08:36 AM

By utilizing the methods of nanotechnology, the researchers transformed golden gold to black gold by changing the size and gaps between gold nanoparticles

Scientists Unlock the Organizational Structure of DNA

07.02.2019 10:17 AM

Study reveals how DNA is organize in cells. University of California researchers ventured into finding out the organization of DNA inside the living cell.

Synthesizing Chemical-Sensing Cells from Scratch

07.02.2019 09:48 AM

Researchers have discovered a way to make artificial cells interact with a wide range of chemicals It might be hard for so many to bake a cake from scratch, and another far-reaching story is constructing an artificial cell-like system from scratch.

Physicists Enable Ultrafast Quantum Computing Using Light Waves to Accelerate Supercurrents

07.02.2019 09:45 AM

Light can be used to control some of the essential quantum properties of superconducting states, including macroscopic supercurrent flowing, broken symmetry and accessing individual high-frequency quantum oscillations believed to be forbidden by symmetry

Traditional Fluid Flow Observations May Miss the Big Picture

06.27.2019 18:43 PM

The researchers investigated how a solution of dissolved polymers changed after the addition of Fe3+ solution

Measuring an Atom's Electric Potential Possible Through New Quantum Dot Microscope

06.18.2019 09:30 AM

Scientists reveal new method in measuring electric potential of atoms at the nanoscale Collaborators from Julich and the University of Magdeburg have developed a new method that quantitatively measures the sample's electric potentials at atomic accuracy.

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