In this episode, we take a closer look at ParaStrust, an Austrian deep tech startup, using their innovative process to reactive mineral binders and binding systems  from waste streams from construction and wood industries, and more.   

Episode Highlights:

Learn more about with Parastruct 

https://www.parastruct.org/ 

Connect with them on LinkedIN

https://at.linkedin.com/company/parastruct-org 

Learn more about INAM, the organisation behind this podcast

www.inam.berlin 

In this episode, we delve into the innovative work of Planck Technologies, a Norwegian startup revolutionising long-duration energy storage (LDES) through advanced materials and AI-driven solutions.

Episode Highlights:

Learn more about Planck Technologies

https://planck-tech.no/

Connect with the Maryam, Founder and CEO

https://no.linkedin.com/in/maryam-ghadrdan-phd-18a7a310 

Learn more about INAM, the organization behind this podcast

www.inam.berlin 

Track: Coastline — Ason ID [Audio Library Release]

We are pleased to present another intelligent conversation on our podcast with Barbara Bachus, the Co-founder and COO of Exomatter. They have developed a powerful platform that is AI-Powered bringing a whole new meaning to materials research and development.

Episode Highlights:

Connect with ExoMatter

For more information about Exomatter and their incredible platform:

https://www.exomatter.ai/ 

https://www.linkedin.com/company/exomatter/posts/?feedView=all

Questions or Suggestions? 

Then email us at [email protected]. Know someone who should be on our deep tech podcast? Reach out, we welcome your suggestions! Don't forget to subscribe and leave a review!

Track: Coastline — Ason ID [Audio Library Release]

Music provided by Audio Library Plus

We are pleased to present another enlightening conversation on our podcast with Maddy Maxey, the Founder and CEO of Loomia. Loomia has redefined the meaning of flexible electronics to produce the ‘Loomia Electronic Layer’ which is a mesh-based alternative to flex PCBs, printed ink on TPU and traditional e-textiles.

Episode Highlights:

• Product-First Approach: Hear how Maddy’s journey started with a focus on product development from day one.

Connect with Loomia 

For more information about Loomia and their cutting-edge technology visit their website:https://www.loomia.com/

Then email us at [email protected]. Know someone who should be on our deep tech podcast? Reach out, we welcome your suggestions!

We're excited to bring you an insightful conversation on our deep tech podcast with Alex Blum, the Founder and CEO of Applied Bioplastics. Applied Bioplastics are replacing oil-based plastics with economically sustainable plant-based plastic alternatives

• Find out how Alex is creating alternative and sustainable solutions for existing machines and practices used to produce oil-based plastics.

Connect with Applied Bioplastics

We're excited to bring you an insightful conversation on our deep tech podcast with Ryan Guterman, the Founder and CEO of FaradaIC Sensors. FaradaIC Sensors are developing the world's smallest electrochemical gas sensor

• World’s Smallest Electrochemical Gas Sensor: Discover how FaradaIC Sensors' MECS Technology™ revolutionises gas sensing technology with miniaturised, scalable solutions.

For more information about FaradaIC Sensors and their cutting-edge technology visit their website: https://www.faradaic.io/index.html

Then email us at [email protected]. Know someone who should be on our deep tech podcast? Reach out, we welcome your suggestions! Don't forget to subscribe and leave a review!

Track: Coastline — Ason ID [Audio Library Release]

Welcome to "Start Up the Science," by INAM. Hosted by Taha Adnan, this podcast explores the intersection of science, innovation, and entrepreneurship.

In today's episode, we're joined by David Giltner, the founder of TurningScience, a company that helps scientists and engineers transition from academia to industry. David shares his insights on the importance of understanding the business context, building a professional network, and developing a clear value proposition for your skills and expertise. We also explore some common misconceptions that scientists and engineers have about the industry and how to overcome them.

Whether you're a graduate student, postdoc, or early-career scientist, this episode is full of helpful tips and actionable advice for anyone looking to make the leap from academia to industry.

So sit back, relax, and join us as we dive into the exciting world of science entrepreneurship with David Giltner on "Start Up the Science."

On this episode of Start Up The Science, Ferdinand Rudolph Bartels, General Manager at SPECS Surface Analysis and Chairman of the INAM Board! Ferdinand has turned around multiple high tech ventures after coming on as a general manager and will discuss the ins and outs of the process with us. This episode was hosted by INAM's Managing Director, Oliver Hasse.

WATCH THE PODCAST ON YOUTUBE: https://youtu.be/otUss67ZVWY

On this episode of Start Up The Science, we talk to Jasper Van Hoorik, CEO and founder of BIO INX! BIO INX is developing the materials required to make bioprinting a reality! The long term goal of bioprinting is to fully 3D print organs and replace transplants. Through the use of their innovative materials, BIO INX helps keep the cells alive during and after printing. You can learn more about BIO INX here: www.bioinx.com

WATCH THE VIDEO VERSION OF THIS PODCAST ON YOUTUBE: https://youtu.be/He8H-6oX428

Mimotype is a developer and vendor of bio-inspired performance materials.

Our core skills: Initiating and steering end-to-end innovation cycles in the domain of bio-inspired materials research. The bioeconomy is about realigning production methods and supply chains with the vision of an ecologically seamless world economy. A deepened understanding of biology at the nanoscale will allow first-movers to become the technology leaders of the 21st century.

We have a prime candidate for a materials blockbuster in our material pipeline. Our focus is on a peptide – i.e. a mini-protein – that acts as the luminescent agent for the light-emission of marine life, a phenomenon known as "bioluminescence". We extract the genetic blueprint of said target molecule and then have genetically programmed bacteria produce the substance for us. The material obtained in this way is to be used for OLED displays and adjacent applications. In this industrial sector, there is a lack of high-performance emitter materials for the blue colour spectrum. If our stratagem works out, we will become the market leader in supplying a critical component for the display industry.

Moreover, in the long term, our approach can bring about a profound reshaping of the OLED technology mix. This will result in our materials IP becoming increasingly embedded in the value network of the target market.

Thanks to enormous advances in gene sequencing, exponentially increasing computing power and new gene-editing tools, humans have become core developers in the source code of life. As an investment thesis, Mimotype is a bet on an unconventional German biotech that reverse-engineers high-performance materials from nature's open source code.

Find out more about Mimotype Technologies by visiting Mimotype LinkedIn