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Fix the waste and danger issues, and nuclear power is our most proven, cost-effective technology for satisfying the world’s growing energy demands.

Higher throughput, more durability, and easier to manufacture than traditional filtration membranes.

A 1M neuron neuromorphic chip means true AI vision processing may come sooner than we think.

Plastic is so abundant that companies are paid to collect and dispose of it. So much free material, why not turn it into something useful?

“Pollution is nothing but resources we are not harvesting. We allow them to disperse because we’ve been ignorant of their value.” – Buckminster Fuller

Batteries just became way more efficient, and companies don’t even need to re-tool to make them.

These nuclear power modules rely on physics to power off and cool down – no electricity or operator action required.

What if instead of throwing out our food scraps, we used them to create heat and electricity?

Testing nano particle’s toxicity and drug delivery effectiveness, then custom manufacturing candidate particles for applications in targeted medicine therapies.

Readcoor uses a light-based imaging technique (FISSEQ) to map cells’ gene expression without destroying their spatial orientation – at 3000x the resolution of research standard technologies.

Nebula Genomics wants to sequence your DNA, and then help you get paid for it.

Carbon’s equipment can pull a production-grade 3D printed part out of a pool of liquid plastic.

Citrine Informatics is changing the culture around making new materials by integrating AI into the materials design process to drastically cut development time.

Imagine interacting with the digital world using only your thoughts – no surgery required.

Pireta can add conductive patterns directly onto fabric without changing the clothes’ performance – and they can do it at any stage in the manufacturing process.

Spee3D has created the world’s fastest metal 3D printer, capable of building production quality metal parts in literally minutes – as compared to 3D printing front-runners whose parts take hours to print.

Browse

Fix the waste and danger issues, and nuclear power is our most proven, cost-effective technology for satisfying the world’s growing energy demands.

Higher throughput, more durability, and easier to manufacture than traditional filtration membranes.

A 1M neuron neuromorphic chip means true AI vision processing may come sooner than we think.

Plastic is so abundant that companies are paid to collect and dispose of it. So much free material, why not turn it into something useful?

“Pollution is nothing but resources we are not harvesting. We allow them to disperse because we’ve been ignorant of their value.” – Buckminster Fuller

Batteries just became way more efficient, and companies don’t even need to re-tool to make them.

These nuclear power modules rely on physics to power off and cool down – no electricity or operator action required.

What if instead of throwing out our food scraps, we used them to create heat and electricity?

Testing nano particle’s toxicity and drug delivery effectiveness, then custom manufacturing candidate particles for applications in targeted medicine therapies.

Readcoor uses a light-based imaging technique (FISSEQ) to map cells’ gene expression without destroying their spatial orientation – at 3000x the resolution of research standard technologies.

Nebula Genomics wants to sequence your DNA, and then help you get paid for it.

Carbon’s equipment can pull a production-grade 3D printed part out of a pool of liquid plastic.

Citrine Informatics is changing the culture around making new materials by integrating AI into the materials design process to drastically cut development time.

Imagine interacting with the digital world using only your thoughts – no surgery required.

Pireta can add conductive patterns directly onto fabric without changing the clothes’ performance – and they can do it at any stage in the manufacturing process.

Spee3D has created the world’s fastest metal 3D printer, capable of building production quality metal parts in literally minutes – as compared to 3D printing front-runners whose parts take hours to print.

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