A 20-second 3D printer breakthrough comes with exactly the kind of catch science loves

It’s Possible to 3D Print an Entire Outfit Now. ‘Should You?’ Is Another Question

One plucky YouTuber explores whether 3D printers might let us wrest back the means of production from Big Fashion.

Endometriosis can finally be diagnosed using a ‘game-changing’ non-invasive treatment

These two new technologies will be non-invasive and offer results very quickly.

The Hidden Reason Biotech Breakthroughs Keep Getting Delayed

The real drug development delay? Bad communication.

Physicists finally build a quantum material predicted more than a decade ago

Researchers have achieved a major milestone by creating a long-sought two-dimensional quantum material and confirming its unusual conducting edge states. The ability to control these states through strain could make the material a promising platform for future room-temperature quantum electronics.

Piramal Pharma's FY2026 Annual Report showcases global scale, innovation-led growth and sustainability milestones

Piramal Pharma's FY2026 Annual Report showcases global scale, innovation-led growth and sustainability milestones

A 250 Year Experiment in Excellence

Could the founders have even imagined?

Applied Materials: Chip Complexity Can Drive The Next Growth Phase

Applied Materials: Chip Complexity Can Drive The Next Growth Phase

Mars clues, supercomputers and 'spring-loaded' spiders: What science revealed in June

A roundup of this month's major scientific and technological discoveries

AI helped scientists discover two new superconductors, bringing them closer to a room-temperature breakthrough that could change electronics

Artificial intelligence is now speeding up the discovery of new superconductors. Scientists have identified two new superconducting materials using this advanced approach. This breakthrough brings researchers closer to achieving room-temperature superconductivity. Such a discovery could revolutionize energy transmission and electronics significantly. The international SuperC consortium aims for this goal within the next decade.

RocketLab Reveals New Breakthrough Innovation!

Investors can reasonably expect more innovation from RocketLab.

Bold move, Cotton: Trump administration tells American techies it expects US quantum computer by 2028

Ahem. National effort required to kick-start the era of quantum-enabled scientific discovery and keep America ahead of the game

Should You Buy Your Kid a 3D Printer? What to Know and Consider (2026)

Kids love 3D printers almost as much as K-Pop Demon Hunters. Just give in and get one.

Nothing Ear 3A and Phone 4B Set for Mutlicolored July 7 Launch

The design-forward startup looks like it's getting bolder and more colorful with every product.

10 Signs Your Oklahoma City Business Has Outgrown Basic IT Support

Every growing business eventually hits a wall with its technology. What worked when you had

In 1879 a scientist buried bottles filled with seeds. Every 20 years, one is dug up and studied.

This incredibly long-running experiment will come to an end around 2100. The post In 1879 a scientist buried bottles filled with seeds. Every 20 years, one is dug up and studied. appeared first on Upworthy.

Turning point: In Idaho, the next generation of US nuclear reactors nears reality

The push for small modular reactors in the US is accelerating due to the energy sector's challenges, with significant private and government investment fueling the new nuclear renaissance.

Digital Transformation Strategy for Businesses in 2026

The pace of innovation is rapid. What worked even two years ago might already feel obsolete. Being in the business of selling in this cutthroat market, it’s now imperative to reevaluate your digital transformation strategy. In the year 2026, businesses continue to make their way in the online space. They have started employing the use [] The post Digital Transformation Strategy for Businesses in 2026 appeared first on Fingent - Trusted AI Software Development Partner for Business Growth.

Commercialization Doesn’t Begin at Launch, It Begins with the Research Culture

Many breakthrough technologies never fail in the laboratory. They fail much earlier, before a startup is formed, before investors get involved, and before customers ever see a product. As governments continue investing heavily in research and innovation, a more difficult question is emerging. Are research systems preparing scientists to create commercial impact, or simply rewarding [] The post Commercialization Doesn’t Begin at Launch, It Begins with the Research Culture first appeared on KoreaTechDesk | Korean Startup and Technology News.

US government wants to have a useful quantum computer by 2028

The US government is trying to speed up the development of quantum computers so it can have one sooner

The Best Wine Glasses for Everyday Drinking and Special Occasion Bottles (2026)

From everyday universals to beautiful crystal for your fanciest pours, here’s the stemware you need—and the stemware you don’t.

Innovation Nation: From the Airplane to the Lightbulb — Big, Bright Ideas Have Always Thrived in the Land of the Free

Innovation Nation: From the Airplane to the Lightbulb — Big, Bright Ideas Have Always Thrived in the Land of the Free

At ‘Nuclear Woodstock,’ Developers Celebrate Rapid Advancements in Reactor Design

With third novel reactor set to achieve criticality and meet President Donald Trump's July 4 challenge, the future is now for the U.S. nuclear industry.

Why this 98-qubit quantum computer is a big deal

A new quantum computer sets a high watermark for accuracy. Are we on the verge of a big breakthrough?

How 'scentmaxxing' is changing the business of fragrance

CNN's Vanessa Yurkevich experiments with "scentmaxxing" to learn how Estée Lauder Companies is leaning into the Gen Z fragrance boom.

M&M’s without artificial dyes are coming, but two iconic colors will be left out for now

It's been almost 85 years since MM's were introduced. The brand is about to take a big step.

The tiny plastics we may already be living with

The tiny plastics we may already be living with