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Documentation Academy Aims to Empower Open Source Newcomers
From ACM Careers Canonical's Open Documentation Academy aims to help newcomers participate in the open source community, offering mentorship and… BNN | February 28, 2024
Futuristic Components on Silicon Chips, Fabricated Successfully
From ACM Careers

Futuristic Components on Silicon Chips, Fabricated Successfully

IBM researchers develop a technique for integrating III-V materials onto silicon wafers, a development that may allow an extension to Moore's Law. American Institute of Physics
From ACM Careers | June 9, 2015
Carbon Nanotube Computing?
From ACM Careers

Carbon Nanotube Computing?

A group of researchers is exploring the use of single-walled carbon nanotube composites for use in unconventional computing based on the concept of evolvable hardware... American Institute of Physics
From ACM Careers | April 8, 2015
Future Electronics Based on Carbon Nanotubes
From ACM Careers

Future Electronics Based on Carbon Nanotubes

A research team has found a way to purify arrays of single-walled carbon nanotubes, possibly providing a step toward post-silicon circuits and devices. American Institute of Physics
From ACM Careers | April 8, 2015
Can 'Tandem' Photovoltaics Boost Solar Cell Efficiencies?
From ACM Careers

Can 'Tandem' Photovoltaics Boost Solar Cell Efficiencies?

By stacking perovskites atop conventional silicon solar cells, a team of researchers created "tandem" photovoltaics that may achieve significantly higher energy... American Institute of Physics
From ACM Careers | March 25, 2015
A New Spin on Spintronics
From ACM Careers

A New Spin on Spintronics

A team of researchers from the University of Michigan and Western Michigan University is exploring new materials that could yield higher computational speeds... American Institute of Physics
From ACM Careers | February 18, 2015
A Qubit Candidate Shines Brighter
From ACM Careers

A Qubit Candidate Shines Brighter

Precisely placing imperfections called "nitrogen vacancy centers" within nano-sized diamond structures can boost their fluorescence, a key step toward using the... American Institute of Physics
From ACM Careers | January 5, 2015
Nanoscale Resistors For Quantum Devices
From ACM Careers

Nanoscale Resistors For Quantum Devices

Researchers from the London Centre for Nanotechnology have made new thin-film chromium oxide resistors that could speed the development of quantum devices for computing... American Institute of Physics
From ACM Careers | December 12, 2014
Space: The Final Frontier in Silicon Chemistry
From ACM Careers

Space: The Final Frontier in Silicon Chemistry

Scientists from the University of Tokyo have determined the unique electromagnetic emission spectrums of two new, highly-reactive silicon compounds, which will... American Institute of Physics
From ACM Careers | November 12, 2014
The Future Face of Molecular Electronics
From ACM Careers

The Future Face of Molecular Electronics

Molecular electronics could enable the construction of tiny circuits in which individual molecules take on the roles currently played by wires, resistors, and... American Institute of Physics
From ACM Careers | September 17, 2014
Making Artificial Membranes on Silicon
From ACM Careers

Making Artificial Membranes on Silicon

Artificial membranes mimicking those found in living organisms have been developed by scientists in Chile through a "dry" process, marking the first time an artificial... American Institute of Physics
From ACM Careers | September 10, 2014
Diamond Defect Clears Path to Better Quantum Computers
From ACM Careers

Diamond Defect Clears Path to Better Quantum Computers

Planting imperfections called "NV centers" at specific spots within a diamond lattice could advance quantum computing and atomic-scale measurement. American Institute of Physics
From ACM Careers | August 6, 2014
Thermoelectric Material Converts Heat to Electricity with Greater Efficiency
From ACM Careers

Thermoelectric Material Converts Heat to Electricity with Greater Efficiency

A new study shows how porous substances can act as thermoelectric materials, pointing the way for using such materials in thermoelectric devices of the future... American Institute of Physics
From ACM Careers | July 15, 2014
­ltra-Thin Wires For Quantum Computing
From ACM Careers

­ltra-Thin Wires For Quantum Computing

Researchers at the Joint Quantum Institute at the University of Maryland have found a way to fabricate ultrahigh transmission optical nanofibers, a potential component... American Institute of Physics
From ACM Careers | June 18, 2014
Spintronics-Based Technology Could Enable 'Normally Off' Computers
From ACM Careers

Spintronics-Based Technology Could Enable 'Normally Off' Computers

Spintronics-based memory technology may replace volatile memory and enable extremely energy-efficient, hand-cranked or solar-powered next-generation electronic... American Institute of Physics
From ACM Careers | April 9, 2014
Graphene: Growing Giants
From ACM Careers

Graphene: Growing Giants

A research team at the U.S. National Institute of Standards and Technology may help bring graphene's promise closer to reality. American Institute of Physics
From ACM Careers | December 9, 2013
Thin-Film Diamonds May Enhance Electronics
From ACM Careers

Thin-Film Diamonds May Enhance Electronics

Applying thin-film diamond coatings at lower temperatures expands options for manufacturers and may allow them to enhance future electronic devices. American Institute of Physics
From ACM Careers | July 1, 2013
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