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This technology requires only a small quantity of materials from Earth, meaning it could become a key component of interstellar real estate.

The team developed a method to bind regolith - the loose rocks, sand, and dust found on the surface of Mars and the Moon - using carbon nanotubes.

Sand found on the surface of Mars and the Moon can be converted into solid bricks which could be used to build future settlements in space.

Researchers have discovered a way of converting loose soil and rock found on the surface of Mars and the moon into construction blocks that could be used to build future settlements.

Researchers at Trinity College Dublin have discovered a way of converting loose soil and rocks found on the surface of Mars and the moon into construction blocks.

Sand found on the surface of Mars and the Moon can be converted into solid bricks which could be used to build future settlements in space.

Global innovation network Crowdhelix has launched an initiative designed to encourage expert collaboration across multiple manufacturing fields.

Crowdhelix's Manufacturing Helix responds to the objectives of the European Union's New European Innovation Agenda.

The Manufacturing Helix is a key outcome to emerge from the €5.6 million Horizon Europe-funded CREDIT project.

The Manufacturing Helix responds to the objectives of the European Union's New European Innovation Agenda by enabling the circular remanufacturing of components.

Crowdhelix’s Circular Industry Helix seeks to bring experts from materials science, process engineering, mineral waste recycling and industrial innovation together.

Crowdhelix's ambition to make it easier for universities, businesses and researchers to connect, collaborate and exploit technologies is embedded throughout our website.

Horizon Europe Funded REFORM Project devices are specifically designed to store high-voltage pulse electricity efficiently.

Researchers from an EU project have deployed two sensors that test water for microplastics at an Irish Marine Institute site in Galway.

Researchers working on the Horizon Europe-funded REFORM project have constructed high-rate metal-free micro-supercapacitor arrays using highly conductive organic inks.

The microplastic sensors employ cutting-edge digital technologies such as photonics, computer vision and AI.

Researchers have developed cutting-edge technology to detect and differentiate microscopically sized plastics from other naturally occurring particles at aquaculture sites.

Researchers working on the ASTRAL project have developed and deployed two different sensors to test for microplastics in aquaculture sites.

Spanish mining company CLC has unveiled plans to trial new technologies for the extraction of critical raw materials from mine waste.

Horizon Europe funded RAWMINA project to test new technologies designed to extract cobalt, tungsten, gold, and silver from mine waste.

RAWMINA will test a pioneering bioleaching innovation to extract critical raw materials required for the energy transition from mine waste.

The EU-funded RAWMINA project aims to provide crucial raw materials needed to develop renewable energy and energy storage systems.

Spanish mining company, Cobre Las Cruces, will test new technologies to extract cobalt, tungsten, gold, and silver from mine waste.

Research institutions can leverage citizen science to advance innovation and to better address societal issues, but more needs to be done.

A European-wide survey has found that over 70% of respondents have never encountered any information relating to the recycling of printed electronics.

An EU-wide survey has found that over 70% of respondents have never encountered any information relating to recycling printed electronics.

The Pancreatic Cancer Helix has been designed to disseminate international collaboration opportunities, research outcomes and key results.

Credit has received Horizon Europe funding to target remanufacturing in white goods, automotive, telecommunications, and aerospace.

CREDIT is a €5.6 million project, funded by the EU’s Horizon Europe programme, which aims to ‘revolutionise industrial processes’.

Crowdhelix, a global innovation platform designed to foster collaboration among expert researchers, business leaders and investors has launched its latest Helix, the Mission Oceans Helix.

The Mission Oceans Helix aims to accelerate innovation by supporting sustainable economic growth throughout Europe’s blue economy.

The Mission Oceans Helix has been specifically designed to accelerate innovation throughout the blue economy by instigating collaboration.

CREDIT aims to enable the remanufacturing of components across industries, including white goods, automotives, telecomms, and aerospace.

The €5.6 million European Union (EU)-funded Credit project will promote the remanufacturing of components and products throughout Europe.

The €1.4 million EU-funded TIME4CS project has developed a framework to accelerate the adoption of citizen science in universities.

Government bodies and funding agencies must support Europe’s research management community if they want to accelerate innovation and growth.

Solar Helix’s key project has developed a solar technology that promises to lower production costs and carbon emissions across different industries

The SunDial, as the technology is called, promises to lower production costs and carbon emissions across different industries and latitudes.

The simultaneous production of green hydrogen and valuable C2+ chemicals, such as acetaldehyde, can offset the cost of producing GH2.

The EU-funded GH2 Project is making strides in the realm of sustainable energy with its innovative approach to green hydrogen production.

The GH2 Project estimated that generating of one kilogram of green hydrogen from 87 litres of ethanol can also yield 72 litres of acetal.

DiCiM is developing a highly dynamic system that is capable of detecting, sorting and classifying electrical and automotive waste.

CREDIT, a project funded to the tune of €5.6 Million by the European Union’s Horizon Europe programme, seeks to revolutionise industrial practices by promoting sustainable and resilient manufacturing processes.

Italian innovation company K2 has developed an AI-powered solution that detects distractions such as phone use to improve driver safety.

SunDial harvests sunlight using a rotary system. If trialled successfully, SunDial will lower operational costs for dairy manufacturers.

The ASTEP project has developed solar heating and cooling technology to reduce dairy industry production costs and lower carbon emissions.

Members of the Helix will have access to a global network of experts, funding opportunities, and the chance to collaborate on projects.

SunDial will lower operational costs for dairy manufacturers while also decarbonising the production process through solar technologies.

Crowdhelix, an open innovation platform designed to foster collaboration among expert researchers, business leaders and investors has launched its latest Helix, the Smart Medtech Helix.

The Smart Medtech Helix has been designed to foster synergies between leading experts, researchers, business leaders and investors.

Crowdhelix’s team of recognised scientists and innovation experts consider how Santa might visit every home on the planet in just one night.

Designed to create synergies among stakeholders across disciplines the CO2 Removal Helix will bridge the gap between research and industry.

The CO2 Removal Helix will foreground impact and bridge the gap between research, industry and investors to fast-track innovation.

Hosted by Crowdhelix, the CO2 Removal Helix will bring together industry experts, academics, SMEs and investors focused on carbon removal.

At the COP28 Summit, collaboration platform, Crowdhelix announced the launch of a new EU-backed programme, dubbed the CO2 Removal Helix.

The low-cost system harnesses AI to indicate the presence of organic matter that poses a risk to water quality in aquaculture sites.

ASTRAL has developed an AI-powered sensor to assess water quality in aquaculture sites and promote the growth and health of aquatic species.

The GH2 project could reduce the carbon emissions generated by the hydrogen industry, which produces 830 million tons of CO2 per year.

Researchers working on the EU-funded ASTRAL project have developed an AI-powered sensor to assess water quality at aquaculture sites.

Researchers working on the €7.93 million EU-funded ASTRAL project have developed seven new technologies to to monitor environmental risks

The Printed Electronics Helix will create synergies between industry professionals, academic experts, high-tech SMEs and policymakers.

H2 production generates more than 800,000 million tonnes of CO2 - ‘If we can green that, we can prevent an enormous amount of emissions’

The Printed Electronics Helix will bring together global experts who seek to develop solutions that will mainstream printed electronics.

The low-cost system harnesses AI to detect the presence of organic matter that poses a risk to water quality in aquaculture sites.

The Hydrogen Helix brings together experts from across the hydrogen value chain, including researchers, industry leaders and policymakers.

Hydrogen could help green economies worldwide because it generates almost no greenhouse gases and can power hard-to-decarbonize industries.

The Printed Electronics Helix will create synergies between industry professionals, academic experts, high-tech SMEs and policymakers.

As Europe turns increasingly to clean sources of energy, the GH2 Project seeks to produce green hydrogen from solar rays and heat.

The REFORM project aims to develop metal-free electronic components from biobased adhesives, conductive inks, and flexible substrates.

The Reform project aims to develop metal-free electronic components from bio-derived adhesives, conductive inks, and flexible substrates.

Crowdhelix, a global innovation network, has launched its new Hydrogen Helix to help accelerate innovation in hydrogen technologies.

The Cell & Gene Therapy Helix will enable collaboration between academic researchers, R&D organisations, manufacturers and CDMO companies.

The Digital Helix provides members with access to a global network of experts, funding calls, and opportunities to collaborate on projects.

The CGT Helix will act as a platform to enable collaboration between researchers, R&D organisations, manufacturers and CDMO companies.

Crowdhelix members can rapidly disseminate key exploitable results across value chains and stakeholder networks using our Results feature.

The Research Management Helix will act as a networking and collaboration hub for research management professionals to share new ideas.

The Research Management Helix will establish a community of best practices and provide training and accreditation for research managers.

REFORM has received €4.99 million from UKRI and the EU’s Horizon Europe funding programme to replace metal wiring in electronic devices.

The EU-funded REFORM project seeks to replace metal wiring with bio-based conductive inks that can be printed onto recyclable materials.

Crowdhelix has enhanced its recommender engine by 50%, making it easier for users to collaborate with academic experts, SMEs and investors.

The TARA project aims to treat chronic migraine using an implantable device that discharges electronic signals to disrupt pain signals.

The TARA project aims to treat chronic migraine by developing a medical device that discharges electronic signals to disrupt pain signals.

Globally renowned scientists are collaborating on a research project to generate green hydrogen by exclusively harvesting solar energy.