Skip to main content

Blueprint conference for clean, just and competitive European economies and societies



29 Jan 2026

President Von Der Leyen, Vice President Teresa Ribera , Director General Linsey McCallum and other dignitaries gathered together in Brussels to outline a clean, just and competitive vision for sustainable growth of the European economy.

Europe is one of the leaders when it comes to research on cutting edge technologies however transformation of that research into a marketable product doesn't always happen in the EU as most EU organisations prefer to set up business in the USA due to favorable policies and tolerance for failure. It's a problem because the EU is not able to profit from its own research investment. 

Since the establishment of the European single market in 1993, 27 EU nations have enjoyed free movement of goods,services and people. Despite this challenges remain in the form of slow bureaucratic processes and complex legislations. To make Europe competitive it will be essential to simplify the laws. 

Legal costs have become so high that many upstarts can't bear the fees of courts and lawyers. Policy makers could promote alternate dispute resolution mechanisms (arbitration, conciliation and mediation) to help give confidence to businesses. 

The EU has enforced its Antitrust laws quite resolutely and has famously fined  big tech companies billions of dollars for violating its policies, thus preventing emergence of monopolies ensuring that the EU remains a free and competitive marketplace. However despite this very few new EU startups have been successful. This is a cause of concern and despite the best intentions of policy makers it will lead to a slowdown in the long run. 

Industries today face additional pressure  of taking into account their CO2 footprint and whether or not they use sustainable sources of energy. In the short term this does create a bottleneck because energy being an infrastructure project requires investment from the government but if planned well it could lead to industrialisation. 

On the same day as the blueprint conference Hydrogen Europe organised its own event outlining the European Commission's Sustainable Transport Investment Plan (STIP) and its implications for decarbonizing the aviation and shipping sectors, focusing on green fuels and hydrogen. This is a sizable investment that is sure to boost the sustainable fuel industry but again it depends upon how effectively the EU is able to provide sustainable energy to its green fuel manufacturers. 

The EU emits ~3.5 Billion tonnes of CO2 annually. Developing nations have called for aid from the union to help them transition to a green economy. The EU has resisted these demands and insisted for a ‘shared responsibility’. However for true just development reconciliation for past actions needs to take place. EU industry was built on colonisation and slave trade from Africa. Despite several appeals for reparations none have been made so far. 

The Mattei plan to deepen economic, energy, infrastructure, and development cooperation with African countries was launched in 2022 but the progress has been slow. If the implementation continues to be delayed then the EU risks losing the opportunity to gain a foothold in Africa to other nations like the USA that are looking to increase engagement. 

It is important to note however that EUs partnership with Africa in clean energy did intensify with the launch of Salone Off-Grid Renewable Energy Acceleration (SOGREA) in partnership with EU and Denmark govt underlining EUs commitment to clean energy transition. 

Policy wise these are great decisions however renewable energy transition is not without its challenges. Whether it's material requirements or the sheer scale of infrastructure that needs to be built it will take an unprecedented coordination and superhuman effort to pull it off. 

However institutions that are responsible for driving change are not always consistent. VP Teresa Ribera was a fierce opponent of Nuclear to see through this transition to green energy . Policy decisions taken together with the world bank and IMF caused the funding to dry up for new nuclear plants. Presently however their stance has reversed. How far could we have been on the decarbonisation path had such foresightedness been shown earlier? 

Today solar panels and wind turbines have emerged as the most effective tools for driving clean energy change. But it's important to keep innovating in this space and discover new ways to harness,store and use energy. Devices that are versatile and can perform more than one type of task could have a far greater impact than appliances that are built for single specific use.  

Do you care about international relations? Would you like to be a part of a non profit that seeks to foster international collaboration? Partner with us & use your skills in Science/Engineering/Research/Team Building/Consulting/Administration/Law/PR/Comms/Business to shape the future. Let's do this.

ABOUT bhū 

bhū is a self funded non profit organisation dedicated to advancement of science and promotion of international relations.

We aim to promote international harmony through creation of specific councils and bodies for regulating and overseeing international issues and accelerate developments in nanotechnology, material science ,electrostatics, fluids, plasma science,thermodynamics and advanced manufacturing.

Let us work together

https://akshatjiwannotes.blogspot.com/p/bhu.html

Akshat Jiwan Sharma

Materials science/International relations/Partnerships 

Mobile/whatsapp:+919654119771 

email:getellobed@gmail.com

Comments

Popular posts from this blog

Why does collapsing a bubble with a sound wave produce light?

My thoughts on a reddit discussion  https://www.reddit.com/r/AskPhysics/comments/1lwxxc3/comment/n2jx8gp/?utm_source=share&utm_medium=mweb3x&utm_name=mweb3xcss&utm_term=1&utm_content=share_button The collapsing of a bubble with sound wave leads to the emission of light in a phenomenon known as sonoluminescnce.  The bubble collapse is rapid and the gas inside the core doesn't have time to exchange heat with the surroundings as it's compressed rapidly leading to what is known as adiabatic compression.  This compression heats up the gas to very high temp. The exact temperatures are inferred from the spectrum of emission which is thought to be a blackbody. But some sophisticated models have also been developed that put the temp in the range 5000k-20000k some even higher.  There's also debate on whether the bubble emission spectrum is truly a blackbody or is it line emission or bremsstrahlung? Personally I think its a mix of all three. The pressures create...

WeWork India Sustainability Summit 2025 Tackling Technical Challenges in Green Building Innovation

I thank we work India for organising sustainability summit 2025 to help drive real change towards decarbonising the commercial real estate sector. I gained valuable insights from the esteemed speakers especially around policy and regulation in this space.  My own thoughts kept pulling me towards some of the more technical challenges which are quite significant.  The current strategy of making buildings sustainable focuses on reducing the carbon footprint of a building during its operation and construction. In the operational stage the challenge is to ensure that the building can run on green energy. Heating and cooling are the heaviest users of energy and thus obvious targets for decarbonisation.  Since buildings these days scale vertically it's impossible to cover the energy requirements from rooftop solar panels. Unless solar panels can be installed vertically along the facade, the surface area would be too limited to generate any significant power. The idea has been tr...

Can you compress water and turn it solid?

A question asked on reddit https://www.reddit.com/r/askscience/comments/1n02vlg/ Yes and this has been experimentally confirmed. Shock compression of water has produced different forms of ice crystals.  SOME REFERENCES Experimental evidence for superionic water ice using shock compression https://www.nature.com/articles/s41567-017-0017-4 This particular form of ice melted at 5000K at 200Gpa.  https://www.llnl.gov/article/44081/first-experimental-evidence-superionic-ice An interesting tidbit from the research is in this paragraph  >Using diamond anvil cells (DAC), the team applied 2.5 GPa of pressure (25 thousand atmospheres) to pre-compress water into the room-temperature ice VII, a cubic crystalline form that is different from "ice-cube" hexagonal ice, in addition to being 60 percent denser than water at ambient pressure and temperature.  I'm not really sure at what temp this compression was performed but ice vii is known to exist at room temp at high enough pre...

What IMC 2025 Revealed About the State of Telecom

IMC 2025 lived up to its reputation as India's most anticipated communication event attracting big industry players—Intel,Qualcomm,Mediatek,Ericsson,Nokia along with research institutions and startups. All the 7 layers of the networking stack from the PHY to APPLICATION were well represented by various organisations.  Mobile operators serve as the face of the network but we often forget that they are powered by a long list of manufacturers and service providers. IMC gave them a platform to showcase their products and directly engage with customers.  5G is already here and very predictably there were talks around whether it has delivered on the promises it made. Speakers shared their thoughts and while the general consensus was that 5G did bring about somewhat faster speeds and a bit of lower latency the massive promises that it made especially around remote healthcare AR,VR and smart cities have all been forgotten.  mmwave is no where to be seen or even heard of. It's qui...

Steel composites integrating diamonds and carbon nanotubes

Incorporating hard materials like diamond or carbon nanotubes (CNTs) into steel presents unique challenges, particularly when using traditional melt processing techniques. Diamond, for example, is extremely difficult to integrate into steel via melting due to its thermal instability. However, diamond is routinely embedded in steel surfaces for cutting applications. In the electronics industry, steel wires coated with diamond are used to slice silicon crystals into thin wafers. Two main techniques are commonly employed for embedding diamond in metals: 1. Electroplating: Diamond powder is suspended in a metal ion electrolyte, usually nickel. When an electric current is applied, nickel deposits on the metal wire, trapping the diamond particles in place. 2. Sintering: For more demanding cutting tools, diamond can be embedded on metal surfaces using sintering, which fuses the particles to the substrate at high temperatures without melting the metal. Similar challenges exist when attempting ...

Is there a future for materials science students in tribology?

My comments on a reddit discussion https://www.reddit.com/r/materials/comments/1nmooy5/comment/nfg6vub/ Tribology is a very important subfield of Mat sci and highly relevant anywhere there are moving parts. Like many other materials science domains its cross disciplinary and overlaps with automotive , aerospace ,manufacturing and even nano systems. I think its definitely worth studying and one should atleast  know about core concepts. From a purely research point of view the field is quite deep especially as it is being developed for nano systems and other emerging areas like triboluminescence. It does have a future. Wear is one of the major failure mechanism in materials and lots of resources are allocated to minimise it. Turbines,engine components, tyres ,cutting tools all suffer from wear and constant monitoring and refinement of process parameters is necessary.Many coatings are designed to reduce friction and wear Diamond like carbon films are cutting edge if you can build some...

Perspective from EU Research & Innovation (R&I) Days 2025

I thank the European Commission for organising European Research & Innovation (R&I) Days 2025 and giving me a chance to participate in the event discussing the future of European research. Europe has had a long and storied tradition of science with philosophers like Locke,Hobbes,Descartes,Spinoza laying the groundwork for a scientific revolution producing the finest scientists who pushed the boundaries of human knowledge ,ushered the industrial revolution and birthed the modern world. Yet today the EU finds itself at crossroads struggling to retain talent and capitalise on its inventions. Horizon Europe defines key enabling technologies that could propel the EU far ahead of its competitors. Past Records show that Europe has the capability to do it. Its achievements in electronics,semiconductors,wind energy and development of advanced composites like GLARE are a testament to its enterprising citizens. Europe has made strong contributions in open source software and while some of...

Remarks on the space policy conference 2025

  Happy to have participated in the space policy conference, 2025 held in New Delhi. The discussion revolved around spectrum allocation and the use of satellites in meeting the communication needs of tomorrow. The view among the speakers was pragmatic emphasising that while satellite communication will play an important part in the future of networking the role of terrestrial telecommunication will not be diminished especially as new advancements in fiber optics are happening rapidly. I concurred. While wireless communication remains the most important application of space technology I wondered if there is more to it? Can space policy look beyond weather,defense & telecommunication? Not too long ago NASA was doing just that. There was a period of rapid development in materials science ,cryogenics & electronics that influenced industries beyond the space sector. That era was characterised by industrial cross collaboration. New composites were developed ,new synthesis techniq...

The Promise of Physical AI

11 Mar 2026 Yesterday at the 60th Edition of Cobotalks organised by I-Hub Foundation for Cobotics Technology Innovation Hub of IIT Delhi, I had a chance to attend a talk on physical AI by Dr Santanu Chaudhary, Former Professor, Department of Electrical Engineering, IIT Delhi. This talk came just weeks after the India AI impact summit but I was excited nonetheless to learn more about some of the academic aspects of AI.  Dr. Santanu emphasized that while chatbots have taken over the mindspace there is more to AI than just interactions with a server on the cloud. The chatbots represent a more general-purpose intelligence, they are quietly disrupting several industries in the ‘knowledge-work’ space but physical AI is narrow task specific intelligence that has applications in industrial automation and handling tasks that are either too dangerous for humans or too much of a chore.  Autonomous vehicles are a great example of physical AI. They have demonstrated that it is...

A Celebration of India's Electronic Component Manufacturing Scheme milestones: Pairing policy incentives with turbulent Innovation

A Celebration of India's Electronic Component Manufacturing Scheme milestones: Pairing policy incentives with turbulent Innovation 17 Nov 2025 After the incredible success of semicon India this September, India cellular and electronics association organised a lunch celebrating the success of Electronic components and manufacturing scheme at the Taj in New Delhi.  Minister for Electronics & IT Ashwini Vaishnaw, was joined by Minister of State for Electronics & IT Jitin Prasad , Secretary S Krishnan, Secretary Sushil Pal and various industry leaders who are helping to build a semiconductor manufacturing ecosystem in India. It was a unique opportunity for me to observe the collective decision making that goes into developing policies shaping the industry. Through exchange of ideas the policy makers have mapped in great detail the components that need to be in place for the initiative to succeed. The list was quite comprehensive including PCBs, oscillators, lith...