Reviewer

Entrepreneur ,

CEO

[Reviewer @reviewer108]

@FundedHive Argentina (2 )vs Spain (1)

[🇮🇷مِلی‌شونم @me1ikax]

💩 Vs 💎

#PKMKB

[Gulf News @gulf_news]

India’s PFBR fast breeder reactor reaches criticality, marking a major nuclear milestone and boosting the country’s long-term clean energy security plans.
https://t.co/dCx1U1FJhB

[Richard Rossow @RichardRossow]

India takes a step closer to its thorium-based nuclear power goal, as the Kalpakkam reactor reaches criticality. Step 2 in the 3-step process to scaling thorium.

https://t.co/9dfxLkhCet

[India in Egypt @indembcairo]

Can a power plant create more fuel than it consumes? Sounds impossible, right?
Well, India just did that impossible.
India’s 500 MWe Prototype Fast Breeder Reactor at Kalpakkam has achieved first criticality after decades of work.
With this, India became the 2nd country with a commercially operating fast breeder reactor.
And this is why it matters for the whole world.

النص 1: ��ل يمكن لمحطة طاقة أن تُنتج وقودًا أكثر مما تستهلكه؟ قد يبدو هذا الطرح مستحيلاً، أليس كذلك؟
لكن الهند نجحت بالفعل في تحقيق هذا "المستحيل"
لقد وصل مفاعل التوليد السريع النموذجي بقدرة 500 ميجاوات في كالباكام إلى مرحلة التشغيل الحرجة لأول مرة بعد عقود من العمل.
وبذلك أصبحت الهند ثاني دولة تمتلك مفاعل التوليد السريع والذي يعمل على المستوى التجاري.
وهذا هو السبب في أن الأمر مهم للعالم بأسره.

[idrw @idrwalerts]

With Fast Breeder Reactor, India will be able to produce 35 Nuclear Warheads from each reactor: Pakistani Analyst

https://t.co/MSqOCgaVCY

[India in Russia @IndEmbMoscow]

India marks a significant milestone in advanced nuclear energy.

The Prototype Fast Breeder Reactor (PFBR) at Kalpakkam has successfully achieved first criticality, reflecting decades of sustained scientific and engineering effort.

The 500 MWe PFBR represents a major step in India’s three-stage nuclear power programme, aimed at ensuring long-term energy security through efficient fuel utilization. This development is particularly important for leveraging India’s substantial thorium reserves, strengthening the foundation for a resilient and self-reliant energy future.

India’s progress contributes meaningfully to the global effort towards sustainable and secure energy systems.

#CleanEnergy #AatmanirbharBharat
@PMOIndia @MEAIndia @DrSJaishankar @DAEIndia @NpcilOfficial @PIB_India @vkumar1969

[India at UN, Geneva @IndiaUNGeneva]

Decisive milestone in India’s three-stage nuclear power programme ✨

India’s 500 MWe Prototype Fast Breeder Reactor (PFBR) at Kalpakkam has achieved criticality, paving the way to harness the country’s vast thorium reserves.

A testament to India’s advanced nuclear science and technological capabilities, this development marks a significant step towards a secure, self-reliant energy future and #AtmanirbharBharat.

[Ole Asbjørn Ness @OleAsbjoernNess]

India er mer avansert enn Norge.
https://t.co/YGFhlKb2a3

[Operador Nuclear @OperadorNuclear]

India ha alcanzado la primera criticidad del Prototype Fast Breeder Reactor (PFBR) en Kalpakkam, un reactor rápido de 500 MW eléctricos que llevaba más de 20 años en construcción. La criticidad marca el inicio de una reacción nuclear autosostenida. Aún no produce electricidad, pero abre la fase en la que se comprueba si el diseño funciona en condiciones reales.

Se trata de un reactor reproductor, una tecnología capaz de generar más combustible del que utiliza, cambiando por completo la forma en que se aprovecha la energía nuclear.

La importancia del PFBR no está en su potencia, sino en cómo cambia el uso del combustible nuclear. En un reactor convencional, solo una pequeña fracción del uranio se aprovecha realmente para causar fisiones que emiten energía, el uranio-235. La mayor parte, el uranio-238, queda prácticamente sin utilizar.

Un reactor reproductor está diseñado para darle la vuelta a esa limitación. Trabaja con neutrones rápidos, lo que permite transformar ese uranio-238 en plutonio-239, un material fisible que sí puede usarse como combustible. Es decir, convierte lo que en otros reactores queda como residuo en nuevo combustible utilizable.

El mismo recurso puede reutilizarse varias veces, multiplicando de forma drástica el aprovechamiento energético del uranio y reduciendo la cantidad y la vida de los residuos finales.

Esta tecnología no parte de cero. Rusia lleva años operando reactores rápidos como el BN-600 y el BN-800 (en operación comercial desde 2019), demostrando que estos sistemas pueden funcionar a escala industrial. India da ahora un paso clave para entrar en ese grupo, aunque todavía en fase prototipo.

Todo esto forma parte de una estrategia muy definida en tres etapas. Primero, reactores de agua pesada que utilizan uranio natural. Después, reactores rápidos como este, que generan plutonio. Y finalmente, el objetivo: reactores basados en torio, un recurso mucho más abundante en India que el uranio.

Los reactores rápidos son el puente imprescindible hacia ese tercer paso, porque permiten generar el material fisible necesario para arrancar el ciclo del torio. Sin ellos, esa estrategia no es viable.

La dificultad técnica es muy elevada y explica los retrasos acumulados. La prueba real empieza ahora. Si este reactor opera de forma estable y puede replicarse, el impacto en el uso del combustible nuclear será enorme.

https://t.co/qmA5WgAvsn

[India in China @EOIBeijing]

Can a power plant create more fuel than it consumes? Sounds impossible, right? Well, India just did that.

India’s 500 MWe Prototype Fast Breeder Reactor at Kalpakkam has achieved first criticality after decades of work. With this, India became the 2nd country with a commercially operating fast breeder reactor.

@MEAIndia

@PIB_India

@IndianDiplomacy

[Erik Townsend 🛢️ @ErikSTownsend]

The importance of India and China's advances on breeder reactor technology cannot be overstated.

If we could simply find a way to use modern mass manufacturing technology to make economic the rollout of a massive fleet of breeder reactors, it would literally change the course of human history.

A few pioneer companies like @AaloAtomics are working in that *direction*, but they're not building breeders yet because current supply chains, regulatory frameworks, and technology stability are not yet in place to allow this. China and India are making it a NATIONAL PRIORITY to develop this technology because they know that whoever truly solves energy transition away from fossil fuels with ECONOMIC, scalable, safe nuclear energy will dominate the global economy for the next 100+ years.

USA is *finally* making progress under the leadership of @SecretaryWright at DOE, but NRC has been standing in the way of such progress for decades and we've lost our technology leadership edge over the rest of the world.

Question for Dr. Nick: Imagine someone magically inventing a way for Traveling Wave style breeders fueled by DU to be mass-produced at scale, so we have 10TW(e) of deployed breeder capacity globally. How long could we run the ENTIRE global economy on that reactor base using only LEFTOVER DU that was discarded as "waste" from the enrichment cycle, without having to mine a single pound of U3O8 because all the fuel we needed could be found in leftover U238 in DU? (Assume the need for kickstarter fuel is covered by MOX made from reprocessing existing spent fuel waste).

[International Energy Agency @IEA]

Congratulations to India, to Prime Minister @nardendramodi and to the scientists & engineers on this important technological achievement after many years of development

This reactor will use much less nuclear fuel than other reactors and lay a pathway towards a closed fuel cycle

[Rafael Mariano Grossi @rafaelmgrossi]

Impressive progress by India in achieving criticality of the Prototype Fast Breeder Reactor at Kalpakkam, a key step forward in fuel sustainability and the future of nuclear energy.

The @IAEAorg will continue supporting the safe and secure development of 🇮🇳’s nuclear programme. Congratulations, Prime Minister @narendramodi!

@DAEIndia @PMOIndia

[FundedHive @FundedHive]

🐝🎉 FUNDEDHIVE IS OFFICIALLY 1 YEAR OLD 🎉🐝

Today marks 1 official year of FundedHive since our launch in 1 April 2025 🚀
From our beta launch in February 2025 to today, the love and support from this community has been truly unbelievable.

In just one year, together we have built something special:

🔥 33,021 traders joined FundedHive
🏆 2,955 traders got funded
💸 Zero payouts denied
⚡ Every payout processed within 60 seconds
💬 20,000 traders now in our Discord community

This milestone is not just ours — it belongs to every single trader who trusted Hive, supported us, and became part of this journey ❤️

We are beyond grateful for the support you have shown us from day one.
What started as a vision has now grown into one of the strongest communities in the industry, and this is only the beginning 👀🔥

🎁 Anniversary Month Surprise
To celebrate this huge milestone, we have a lot of surprises planned for the entire month 🎉
Get ready for special announcements, celebrations, and exciting things coming your way.
A Big Giveaway
New Dashboard Updates
New partnerships
& A lot more .............

Thank you for believing in Hive.
Thank you for growing with us. 🐝💛

HAPPY 1 YEAR ANNIVERSARY, HIVE COMMUNITY! 🚀🔥

[Shivam🖤 @memes_from_mars]

Holi is incomplete without this video😭