Material Science

Terahertz Transmitter Under Development Capable Of Data Rates 10 Times Faster Than 5G

With a terahertz transmitter in place, faster data rates can be expected. This will mean easier-to-download mobile content, which will allow users to enjoy content on wireless devices with more ease.

Material Science February 7, 2017

Precise Location And Identity Of 23,000 Atoms In A Nanoparticle Seen In 3D Mapping

Physicists at UCLA mapped the coordinates of more than 23,000 individual atoms in a nanoparticle. The precise configuration will now help scientists in making changes in properties of materials by working on their basic structures at the atomic level.

Material Science February 8, 2017

Researchers Uncover Clues To Protect Quantum Computing Networks Against Hackers

To understand how to protect quantum computing networks from threats, researchers from the University of Ottawa became hackers themselves, uncovering clues in the process to bolster hacking protection for next-generation computing systems.

Material Science February 7, 2017

Move Over Graphene: Scientists Simulate New Material Tougher Than Graphene

Graphene’s supremacy as the hardest, highly flexible and stronger material with superconducting qualities is under challenge after researchers from Rice University simulated an elongated one-dimensional chain of boron showing incredible properties.

Material Science February 7, 2017

Scientists Create Graphene From Soybean Oil

Scientists from the CSIRO successfully produce graphene using cheaper materials and less dangerous methods, making the material more accessible for clean energy and commercial applications.

Material Science February 5, 2017

Metal Alloy That Can Catalyze Planetary Studies Discovered

In a rare boost to the study of Earth's magnetic forces, researchers at Yale University have developed a viscous material made of indium and gallium alloy that generates high magnetic fields when it flows.

Material Science February 3, 2017

Researchers Create New Matter Phase: What Are ‘Time Crystals’?

Scientists from Harvard University and University of Maryland have created a new phase of matter in the form of time crystals, a type of crystal that repeats its atomic and molecular patterns in time.

Material Science February 2, 2017

Artificial Skin That Can Detect Temperature Changes Developed By Engineers

Engineers at Caltech and ETH Zurich have come up with a new artificial skin that helps detect temperature changes. This pectin sensor could be used for several biomedical and robotics applications in the future.

Material Science January 30, 2017

Metallic Hydrogen: How Room Temperature Superconductor Could Revolutionize Technology

Metallic hydrogen, a superconductor that can work at room temperature, can revolutionize many fields of technology. It may improve performance of electronic devices. What are other examples of its potential applications?

Material Science January 30, 2017

D-Wave’s 2,000-Qubit Quantum Computer Sells For $15 Million For Cutting-Edge Cybersecurity

Canadian quantum computing company D-Wave has announced the commercial availability of its D-Wave 2000Q, touted to have 2,000 qubits and costing $15 million. The new supercomputer also wins its first customer in the form of a cybersecurity firm.

Material Science January 27, 2017

Harvard Physicists Say Hydrogen Finally Turns Into Metal, But Not Everyone Is Convinced

Squeezed between two pieces of man-made diamond in the laboratory, hydrogen has finally been transformed into a metallic form that is believed to exist inside planets such as Jupiter, Harvard physicists announce. Some scientists, however, remain skeptical.

Material Science January 27, 2017

New 1,000-Watt 'Super Laser' Considered World’s Most Powerful Today

British and Czech scientists claim that their DiPOLE 100 laser or 'Bivoj' is 10 times more powerful than any other laser on Earth. Called a high peak power laser, the device boasts of 1,000 watts in average power output.

Material Science January 26, 2017

New Metamaterial Can Switch From Hard To Soft And Back Again

Researchers at the University of Michigan revealed the design of a "metamaterial" that switches between states of hardness and softness without damaging itself. Metamaterials earn their properties from the design than the material from which they are constructed.

Material Science January 25, 2017

‘Sonic Boom’ Of Light From Optical Mach Cone Captured For The First Time

Researchers from the University of Washington in St. Louis have captured a photonic Mach cone, or a sonic boom of light on video, using probably the world’s fastest camera.

Material Science January 24, 2017

Chip-Sized Terahertz Modulators May Pave The Way For Faster Data Transmission

Researchers at the Tufts University have developed a chip-sized terahertz modulator. This may pave the way for expanding the utilization of terahertz band of frequencies for faster and wider data transmission.

Material Science January 25, 2017

Researchers Take Inspiration From Hair To Build New Materials For Body Armor

A new research has proposed using human hair for making body armor considering the properties of hair including the ability to withstand high deformation and power to restore original shape when stressed.

Material Science January 24, 2017

Oxidized Carbon Found Cost-Effective At Purifying Waters Contaminated With Radioactive Metals

To remove radioactive waste from water, researchers at the Rice University and Kazan Federal University in Russia developed an oxidatively modified carbon material that is cost-effective and suitable for curing the contaminated water at the Fukushima nuclear plant.

Material Science January 23, 2017

Superconductivity In Graphene Activated For The First Time

Researchers at the Cambridge University have successfully unlocked the superconductivity power of graphene for the first time by coupling the material and claimed that the wonder material is expected to possess p-wave superconductivity.

Material Science January 21, 2017

Scientists Make Renewable Plastic From Pine Needles

Scientists have developed a process for making renewable plastic from a chemical called pinene that is abundant in pine needles. A range of applications are available for the renewable plastic from Christmas trees.

Material Science January 19, 2017

Is Magnesium The Next Big Thing? Material Touted As Viable Alternative For Luxury Car Makers, Aerospace Industry

To popularize the use of magnesium as a viable material for the auto and aerospace industry, researchers at the Birmingham City University have signed a partnership pact with Magnesium component producer Meridian.

Material Science January 17, 2017

Liquid Metal 3D Printing Holds Promise As Revolutionary Manufacturing Method

3D printing with metals is nothing new but a startup is taking the process to the next level by using liquid metal instead of the usual powdered ones, potentially revolutionizing the manufacturing process.

Material Science January 16, 2017

Scientists Tie The Tightest Knot Ever: Here's How They Did It

In a boost for creating super strong, flexible new generation materials, the University of Manchester has made a path-breaking innovation and broke world records by producing the tightest ever knotted physical structure by weaving a circular triple helix knot.

Material Science January 13, 2017

Researchers Successfully Develop, Grow Spider Silk In The Lab

Researchers from Sweden reported success in growing spider silk in the lab by aping the natural process. This has led to the production of kilometer-long threads that resembled natural spider silk.

Material Science January 12, 2017

US Army Looking To Develop Biodegradable Bullets That Turn Into Plants

The U.S. Army is looking for proposals for bullets that, after fired, could turn into seeds over time. The deadline for proposals is on Feb. 8.

Material Science January 15, 2017

Coldest Object On Record: Squeezed Light Makes Miscroscopic Drum 10,000 Times Colder Than Vacuum Of Space

Physicists have managed to cool down a microscopic drum using a technique that involves using squeezed light. How did the technique cool down the object to a temperature 10,000 times colder than the vacuum of space?

Material Science January 12, 2017

Want Superhero Vision? IBM Intends To Make It Happen In 5 Years

IBM scientists are working on a revolutionary superhero vision project that will offer devices with hyperimaging technology and can see through areas invisible to the human eye. It is set to be finished in the next five years.

Material Science January 10, 2017

MIT Researchers Develop Porous, 3D Graphene 10 Times Stronger Than Steel But Lighter

It has been established that graphene is a strong material, and it just keeps getting better. Researchers have created a new form of the material that makes it 10 times stronger than steel at a mere fraction of the latter’s density.

Material Science January 7, 2017

Graphene ‘Nano-Chimneys’ Offer Cooling Solution For Nano-Electronics

Researchers at the Rice University have discovered a way for releasing the heat accumulating at graphene-nanotube junctions. They devised a cone-like ‘chimney’ between the duo by tweaking graphene and removing some atoms to vent the heat at the junctions.

Material Science January 8, 2017

Magnetic Storage Device Breakthrough: Skyrmion Hall Effect Investigation Yields Surprising Results

Researchers from Johannes Gutenberg University Mainz (JGU) and Massachusetts Institute of Technology (MIT) have achieved a breakthrough in exploring magnetic storage innovations with new tests on skyrmions for spintronic applications in racetrack memories and logic devices.

Material Science December 30, 2016

New Material Developed From Silk Proteins Can Be Programmed With Biological, Chemical Functions

Tufts University engineers have created programmable silk-based materials with embedded, pre-designed functions for biological, chemical and optical roles. This paves way for many new medical applications as in a surgical pin that changes color upon reaching mechanical limits and is about to fail.

Material Science January 1, 2017

X-Men's Wolverine Inspires Design Of Self-Healing Material That Conducts Electricity

Researchers have developed a Wolverine-inspired material that is highly stretchable and can heal itself from a scissor's cut within 24 hours. What are the potential applications of self-healing technologies?

Material Science December 27, 2016

Researchers Use Microscopic Diamonds To Assemble Atoms Into Tiny Wires Like LEGO

Microscopic diamonds known as diamondoids were used to make tiny wires measuring just three atoms wide. What are the potential uses of the technique and the tiny wires?

Material Science December 26, 2016

World's Smallest Snowman Is Smaller Than Human Hair

The world's smallest snowman is made of tiny silica spheres and measures less than 3 microns tall, which is smaller than the diameter of human hair. How was it made?

Material Science December 25, 2016

Researchers Develop New Way To Clean Cancer-Causing Chromium From Drinking Water

An expert from Washington University has unveiled a new approach in converting cancer-causing chromium 6 to chromium 3 by dispensing with older strategies and using electricity in a process called electrocoagulation.

Material Science December 24, 2016

Harvard Researchers Build World's Smallest Radio Receiver

Engineers at Harvard have developed a tiny radio receiver using atom-sized defects in pink diamonds. This new device is highly durable and biocompatible, which means it can be used in space and even inside the human body.

Material Science December 20, 2016

New Diamond Created From Glassy Carbon Harder Than Jeweler's Diamond, Ideal For Mining Applications

A nano-sized diamond that is harder than the regular variant has been created by Australian National University researchers. In nature, lonsdaleite can only be found at meteorite impact sites.

Material Science December 13, 2016

Pioneering Nanotechnology Developed To Capture Energy From People

Engineers at Michigan State University have developed a nanotechnology device as thin as film, which can turn human motion into energy. A mere finger swipe can help applications run a smartphone.

Material Science December 10, 2016

Researchers Mix Graphene And ‘Silly Putty’ To Create Sensors Sensitive Enough To Detect Spider Footsteps

Silly Putty may be a kid’s toy, but upgrade it with some graphene and it turns into a highly sensitive material that can be used to build sensors for various applications.

Material Science December 9, 2016

New Nanomaterial Could Lead To Erasable, Rewriteable Optical Chips

Researchers at the University of Texas have claimed that a new nanomaterial-made chip can remotely erase information by merely flashing a light on it. This may pave way for a new generation of optical chips and circuits.

Material Science December 10, 2016

Official Names And Symbols For Four New Chemical Elements In the Periodic Table Announced

The chemical names and symbols of four new elements have been officially announced. Three of them honor the places their discoverers call home, and the fourth recognizes Russian scientist Yuri Oganessian.

Material Science December 3, 2016

New Perovskite With Unique Properties May Herald Next-Generation Hard Drives

Scientists have developed a new perovskite material that has the properties of a magnetic photoconductor. The discovery shows promise in the development of a new generation of magneto-optical data storage devices.

Material Science November 28, 2016

A Quantum Computing Breakthrough? Scientists Invent Groundbreaking Method To Simplify Construction Of Quantum Computers

Researchers at the Sussex University have claimed breakthrough in making large-scale quantum computers. The simple technique involves applying voltages to a quantum computer microchip, a process that is deemed easier than other existing methods.

Material Science November 26, 2016

Researchers Develop Invisibility Cloak For High-Tech Processing Chips

In a remarkable discovery, researchers at the University of Utah developed an invisibility cloak that can optimize the efficiency of chips used in microscopic photonic integrated devices.

Material Science November 16, 2016

'Back To The Future' Inspires Solar Nanotech-Powered Clothing

Taking cues from 'Back to the Future,' a scientist from the University of Central Florida has developed solar nanotech-powered clothing that both harvests and stores energy from the sun for various applications.

Material Science November 15, 2016

See Chemical Bonds Between Atoms With The World's Smallest Magnifying Glass

A team of scientists managed to analyze the first atom in real time. The research involved the world's tiniest magnifying glass, and brought a new perspective on how light waves behave.

Material Science November 15, 2016

1 2 3 4
Real Time Analytics