9 Ways You Can Use Your Devices for Advanced Scientific Research
9 Ways You Can Use Your Devices for Advanced Scientific Research
9 Ways You Can Use Your Devices for Advanced Scientific Research
India Announces EOI For 10 Gigawatt Floating Solar Power Program
China’s Shenzhen city electrifies all 16,359 of its public buses
This prison is using VR to teach inmates how to live on the outside
Canadian Nuclear Station Using 3D Printing and Virtual Reality to Save Money and Promote Innovation
Hebei University team 3D prints highly accurate, patient-specific liver model for under $90
Neurologists May Have Discovered a Key Ally in the Fight Against Brain Aging
2018 Is Going To Be A Massive Year For Blockchains, The Tech Behind Bitcoins
DHL electric trucks to filter air for brake/tire dust emissions too
Elon Musk promises to make a pickup truck ‘right after Model Y’
[VIDEO] Microsoft Is Using AI to Help Farmers Fight Climate Change. Will It Be Enough?
3D Printing Saves Time and Money in Urban Farming Product Design and Prototyping
A New Trial in Scotland May Bring Universal Basic Income to Life
A New Implant Heals Broken Legs by Transforming into Real Bone
Motion-controlled robot performs delicate microsurgery
Australia’s Tesla battery responded to power failure in 140 milliseconds and prevented 10-30 minute blackout
Medical industry advances towards more efficient, customized 3D printed vaccinations
Toyota reveals roadmap to 5.5 million electrified cars per year by 2030
How a Machine That Can Make Anything Would Change Everything
Scientists discover a way to prevent stem cell loss and improve tissue regeneration
World’s Largest Spark Plug Manufacturer Shifting Focus To Solid-State EV Batteries
Solar Panels Are Replacing Diesel Fuel in Canada’s Far North
Wyss Institute Researchers Continue to Advance Organ Engineering Through 3D Bioprinting
Diagnosing early-stage cervical cancer using artificial intelligence
[VIDEO] The Future Of Roads Could Mean Cars Not Having To Stop At Intersections
China’s First Solar Highway is Nearly Complete, May Soon Be Able to Charge Electric Cars
Top 7 Breakthroughs of 2017 That Prove We’re Living in the Future
Scientists Are Engineering Carbon-Storing Plants to Fight Climate Change
CRISPR extends lifespan of Lou Gehrigs disease mice by 25%
The Power to Give Anyone, Anywhere the Skills They Need Is Within Reach
China putting controlling financial risk, reducing poverty and curbing pollution over GDP growth
Students Learn Engineering by 3D Printing Functional Jet Engine Model
Singapore Launches Electric Carsharing — 1,000 Electric Cars Eventually
Floating Solar Rigs Split Seawater to Make Hydrogen Fuel
Reproducing Higher-Order Embryonic Kidney Structures Using Pluripotent Stem Cells
This Self-Driving AI Is Learning to Drive Almost Entirely in a Virtual World
How AI, Machine Learning and Automation will Impact Business in 2018 and Beyond
Volkswagen plans 2,800 EV charging stations in the US by 2019
Robotic wheelchair gives you a piggyback ride
Lytro is Positioning Its Light Field Tech as VR’s Master Capture Format
The First CRISPR Clinical Trial Could Begin in 2018
Motherboard & VICE Are Building a Community Internet Network
Blockchain Visionary Sandra Ro Envisions a Future of Human-Focused Corporations
India will deploy two thousand Google laser internet links for highspeed network backbone
China three year nationwide AI action plan – smart cars, factories, robots, drones, homes and more
Microsoft is Expanding “AI for Earth” Program to Fight Climate Change
This Farming Company Hopes to Tackle World Hunger With Indoor Agriculture
MIT just created living plants that glow like a lamp, and could grow glowing trees to replace streetlights
World-first solar train now leaving the platform in Byron Bay with zero emissions