An AI-powered monitoring system developed by a team of Chinese researchers has been put into operation in biomanufacturing companies.

The system can accurately predict and control the fermentation process, promoting the transformation of the biological fermentation industry.

Previously, engineers had to monitor production lines 24 hours a day. Now, AI model will analyze the data, to ensure that the fermentation process is always in the best state.

pubmed.ncbi.nlm.nih.gov/401703…

#china #technology

The war without end in Gaza #Palestine mondoweiss.net/2025/08/the-war…

MSF statement on GHF's massacres of aid seekers #Palestine tiktokgenocide.com/uploads/msf…

#gaza #ethniccleansing
#IsraeliLies
@palestine

"The lies Israel and its supporters have to pretend to believe are getting so ridiculous that supporting Israel is now an act of public humiliation and self-debasement"
"...anyone who says the expulsion of Palestinians from Gaza would be “voluntary” is lying"
"This whole genocide is powered by lies"
Like Gaza is razed to the ground because "Gaza was booby trapped with explosives by Hamas" really

caitlinjohnstone.com.au/2025/0…

A red meat allergy from tick bites is spreading – lone star tick isn’t the only carrier to worry about tucsonsentinel.com/nationworld…
An allergic reaction called alpha-gal syndrome - commonly called the “red meat allergy,” though that is misleading, because alpha-gal syndrome can cause strong reactions to many products - is rapidly spreading in the U.S. and around the globe, due to tick bites.
#Tucson #Arizona

Food Poutine Mary Browns MB Chicken

Sensitive content

Πλεμπαίοι, οι εφοπλιστές δεν μασάνε. #LiveYourMythInGreece

Πάνω από 100 επιβάτες που δεν ταξίδεψαν χθες εξαιτίας του απαγορευτικού ενημερώθηκαν σήμερα πως δεν μπορούν να αλλάξουν τα εισιτήριά τους. Αντιδρώντας, ανέβηκαν στον καταπέλτη του πλοίου εμποδίζοντας τον απόπλου, με την ένταση να κορυφώνεται όταν στο σημείο κατέφθασε το Λιμενικό.

koutipandoras.gr/article/entas…

Μια μέρα πριν τις μαζικές συγκεντρώσεις σε 100+ μέρη στην Ελλάδα, ο Μητσοτάκης θυμήθηκε ότι υπάρχει "ανθρωπιστική κρίση" στην Γάζα και θα στείλει βοήθεια. Για την γενοκτονία του φίλου του Μπίμπι, ούτε κουβέντα. #ΝΔ_καθάρματα

Roma traditoribus non praemiat

huffingtonpost.es/global/el-du…

GÉOPOLITIQUE ET ÉCONOMIE : Une année de crises en 40 minutes


▷ CETTE CHAÎNE A VRAIMENT BESOIN DE VOUS POUR CONTINUER À VIVRE ! Abonnez vous ici 👉 elucid.media/offres/

🟢 NOUVEAU : INSTALLEZ L’APPLICATION MOBILE ÉLUCID DÈS AUJOURD’HUI :
Apple : https://apps.apple.com/fr/app/élucid-média-indépendant/id6502544441
Android : play.google.com/store/apps/det…

▶ L'été est là, et dans l'attente de nous retrouver avec plein de nouvelles interviews à la rentrée, voici une première compilation dans laquelle vous retrouverez quelques moments forts des entretiens de cette année ! Histoire de découvrir (ou redécouvrir) les intervenants exceptionnels et inspirants qui ont fait confiance à Élucid !
Merci à tous pour votre soutien indéfectible tout au long de cette année, on vous prépare plein de belles choses pour la rentrée !

00:18 - Emmanuel Todd
02:24 - Jacques Sapir
04:35 - Camille Adam
07:08 - Yánis Varoufákis
08:39 - Agnès Levallois
10:44 - Bertrand Badie
14:01 - Ali Laïdi
15:58 - Thierry Coville
18:10 - Jean-Baptiste Fressoz
20:40 - Philippe Bihouix
22:00 - Emmanuel Todd
23:07 - Agnès Levallois
24:41 - Karim-Émile Bitar
26:58 - Jacques Sapir
29:22 - Thomas Porcher
31:22 - Emmanuel Todd
33:14 - Jean-Baptiste Fressoz
36:20 - Anne-Cécile Robert
38:04 - Benoît Pelopidas
38:59 - Bertrand Badie

⚠️ La zone commentaire doit rester un espace respectueux, de débat ouvert et constructif. Les rares attaques et/ou injures envers les invités qui acceptent bénévolement nos invitations ne seront pas acceptés. Merci pour votre compréhension.

Présentateur : Olivier Berruyer, Carla Costantini
Productrice : Carla Costantini
Monteur : Xavier de Capèle

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This entry was edited (1 month ago)

Super capacitor idea:

Supercapacitors cannot store as much energy as batteries per unit of weight, but they can be made from very cheap components, so it is possible that in the right circumstances, they might be able to store energy more cheaply.

A lifepo4 battery (the cheapest energy storage you'll find) retails at about 70€ for 1kWh of storage. This is incredibly hard to beat, but, capacitors can be made from charcoal and sand...

One of the major limitations of capacitors historically has been the need for layering, each layer requires a plate to inject and remove the power. What's between two plates is called a cell, and each cell is limited to about 1-3 volts.

Plates are typically made out of activated carbon, this is charcoal that has been chemically altered to increase it's surface area. Charcoal is full of small internal passageways from what were once the grains of the tree, the activation process opens these up more. Activated charcoal can reach surface areas as high as 2000 square meters per gram.

The reason why this area is important is because in an electrolytic capacitor, the electrolyte liquid acts as both an electrode and an insulator.

At it's most fundamental, a capacitor is just two electrodes, one positive, one negative, and an insulating material between them. Electrons build up on the surface of the electrodes and that's what gives you your storage.

The storage capability of a capacitor depends on three things:
1. Size of the 2 electrodes (bigger is better)
2. Distance of the gap (less is better)
3. Permittivity of the insulator. Permittivity is just a material property and it's not that important to the discussion.

Electrolytic capacitors are special because the "distance" between the liquid and the carbon it's soaked in is around 1 nanometer, and the size of the carbon electrode can be thousands of square meters, even though it's physically only the size of a marble.

So you might think it's simple, take two giant pieces of activate carbon, put them in an electrolyte bath and you're done... Well, not so fast.

Even though the electrolyte can easily soak all the way through the carbon, the charge can't - or more specifically, it can but it takes ages to complete, so charging and discharging your capacitor will take months.

If you want fast charge and discharge, you need layers. But now you can't just throw carbon in a bucket, now you need to create a carbon coated roll of foil and roll it up.

Commercial super-caps make about 6 watt-hours per KG of weight so unless you can improve on that, you need around 166KG of materials to store 1kWh, which is what can be stored with a 70€ battery.

If the materials are actually charcoal, sand, salt, and water, then there's actually a chance of making an economically competitive supercap, but if you need thin layers of rolled metal foil then forget it.

To be continued...

in reply to Caleb James DeLisle

My idea comes from a practice that is common with "HHO" electrolysis projects. An electrolysis cell is basically nothing more than an electrolytic capacitor with slightly too much voltage being applied, causing it to break down the electrolyte. However, electrolysis is still limited to just slightly more voltage than an electrolytic capacitor, i.e. 1.2-2 volts. But you can see in the picture that 12 volts is being applied. This is because the cell contains "floating plates" (blue in the diagram). The floating plates are not connected to anything, but the electrolyte brings power to them, converting them into active electrolytic plates. So as a result of the floating plates, the voltage between any two plates in the diagram is only 2 volts.

The second part of my idea comes from the fact that a floating plate does not really need to be electrically contiguous. People have successfully used screens as plates, once the screen becomes electrically charged, the electrons don't just "go through the holes". Furthermore, if the screen were broken into parts and some part was not electrically charged, then it's a conductor, which makes it a better path than passing through the electrolyte.

So if the floating plates do not need to be connected to anything, and they do not even need to be large contiguous objects, then there's no reason why you couldn't use a slurry of metallic particles suspended in the electrolyte and let them self-organize into "virtual" floating plates.

This is the foundation of an idea which I'm calling The Mud Cap.

To be continued more...

in reply to Caleb James DeLisle

Here's my idea:

In a pot that is near 200C, create a mixture of:
1. Deionized water
2. Electrolyte such as Na2SO4 (0.1M)
3. A thickening agent such as xanthan gum (0.1-0.5%) to make a syrup-like consistency
4. A temperature based gelling agent such as agar (1%) to make the mixture gel when the temperature drops.

Mix a small portion of this mixture with activated carbon particles in the 25-100um size range. Keep mixing and adding liquid until the electrical breakdown voltage and capacitance of the mixture reaches it's peak.

Pour into a chilled mold causing solidification before the particles have a chance to settle.

Attach electrodes to the resulting block (using graphene paint to promote conductivity) and you have your capacitor.

---

If the average particle size is 50um, the average gap between particles is 50um, and 95% of the particles are not touching other particles, you can expect that electricity will pass through about 95 plates for every 1cm of thickness. Therefore if you consider 1v to be your cell voltage limit, you should have a 95v capacitor from 1cm of this material.

The way to measure breakdown voltage of the mixture is using a probe with 2 plates held 1cm apart and connected to a volt meter and a 200v DC power supply. You briefly connect the power supply sending 200v to the plates which is almost certainly too much for the capacitor and will begin making hydrogen, then you disconnect the power supply and watch the voltage fall until it stabilizes (you have charged this small part of the capacitor).

The major challenge is what's known as percolation. You want as high a percentage of carbon as possible, but too high and it will just bridge conductive paths through the water and kill the cell. Larger carbon particle sizes, and the addition of thickeners such as the xanthan will increase the percolation threshold. I think a good but realistic goal is 50% carbon by volume, but that's including the internal pore structures of the carbon as as "carbon volume".

Estimating the capacitance without building one is a challenge. Amateur Youtubers have had little trouble reaching energy density that is on par with commercial supercaps. One might imagine that with 50% carbon, this design would achieve 50% of the storage because the "plates" are only half dense. But on the other hand, this design also removes 90% of the metal, so it might come out a wash.

You could even remove more metal, by making a 10cm wide capacitor running at 1,000 volts. You could even eliminate more metal by using a rod down the center of a 20cm diameter tube. If you're okay with 10,000 volts then your tube (tank) is 2 meters in diameter. 10,000 volts is of course challenging to work with, but it is possible. Automotive and oil furnace ignition systems operate in this range, it's high but it's not "spooky tesla coil power" range. Conveniently, a 2 meter wide tank is about the maximum size you want to deal with, even for stationary power storage, so everything arrives at it's limit at the same time.

But what will this store? A 3000F commercial supercap is about 1/2 liter of volume and stores 7 watt-hours. You need 143 of those to store 1kWh of energy, which means about 71 liters. So with our 1000v in a 20cm wide tube, we would be looking at 2.26 meters of height.

So like 8 inch 7.5 foot tall tube storing 1kWh and replacing a 70€ battery. In the 10,000v 2 meter example, 2.26 meters of height would get you 100kWh of storage, the equivalent of 7,000€ worth of batteries.

So while the weight and volume is huge compared to lithium ion, the cost feels like it's right on the precious of being economical for stationary power storage.

@libraonfire.bsky.social@bsky.brid.gy The threat of being arrested is a pretty strong deterrant. ---


. Someone has to read the Epstein files before they’re deleted. The real story isn’t “if” a whistleblower could speak it’s why every single person who’s read them so far has chosen to stay quiet. 🤐 #Epstein .

This entry was edited (1 month ago)

Lety Does Collecting TAP Cards VI


May's come and gone, and, man, there sure are a lot of festival cards this summer, huh? Unfortunately, I'm too tired/broke to go to them all, but that's okay because lovely Metro Ambassadors were giving them out outside before the event!

The next TAP card vlog was actually filmed a little bit before the end of this one, but it's releasing after for pacing reasons. The final moments of this vlog were filmed in early June as the military occupation of LA, ordered by fascist forces thousands of miles away, had just begun. The shift in my tone is a glimpse into what life felt like then.

Some Related Video(s?)

Featured in This Video

  • Willowbrook/Rosa Parks station


  • “Second Line”⁾ by Jamex and Einar De La Torre
  • Panthers that I am 95% sure are references to resistance against to oppression if not the Black Panther Party itself, but also this is LA so the intrusive thoughts that this might be about P-22 got to me
  • Memorial Park station


  • Not Head in the Clouds Festival cause I think I'm all festival'd out for the summer
  • “The First Artists in Southern California: A Short Story”⁾ by John Valadez
  • Hollywood/Vine station
    • As described on Wikipedia
    • AKA Hollywood/Pride station~!


  • LA Pride


  • 3 Commemorative TAP Cards from LA Metro
    • As available for purchase on the Official Los Angeles Metro Shop and eBay
    • Memorial Day 2025
    • Head in the Clouds 2025 “Los Angeles Head in the Clouds Music and Arts Festival”
    • Pride Month 2025 “75 Years of Pride in Los Angeles — 1950 — 2025”


in reply to Lety Does Stuff 🔕

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in reply to Lety Does Stuff 🔕

Hihi! Lety here, auto-commenting from my main account (which doesn't have a 🔕 icon)!

This is how my PeerTube videos look on other Fediverse platforms!

Remotely interact with this video using an account on an ActivityPub-powered platform like Mastodon Social! Just click the “Add comment...” box under any PeerTube video and enter your Fedi handle in the pop-up. That’ll direct you to the federated post for that video on whatever platform you use.

Or, if you’re already logged in on Mastodon or wherever you're seeing this message, just look at the post I’m responding to!

Replies and favorites on that post show up as comments and likes on PeerTube, and following the account that posted it subscribes you to my videos.

Heads up, though! While some platforms might allow you to respond with custom emojis, gifs, images, polls, and reactions, most of that fancy stuff won’t show up correctly on PeerTube. The same goes for any edits you might want to make to your response unless you delete & re-draft.

If you already know all this or are tired of seeing this wall of text, you can hide these explanation posts by going to your account preferences and creating a new filter with the title and keyword “#LetyDoesPeerTubeExplainer” and all context boxes checked.

Thanks so much for watching! ⚡​⚡​⚡​

Given the ongoing genocide in Gaza, Canada's upcoming Davis Cup tennis match with Israel is an unjustifiable violation of Canada’s obligations under international law and basic human rights. Canada must boycott the match immediately.

mondoweiss.net/2025/08/canada-…

#Palestine #Israel #Gaza
@palestine @israel

Sozan reshared this.

in reply to Mondoweiss 🇵🇸

Don't hold your breath.

The national broadcaster, #cbc , can't even manage to get the story on its main page today and it’s already about to fall off the 'world' page.

60,000+ dead, at least double maimed, millions displaced—all within the borders of one of the world's most advanced, wealthiest states, ironically founded in the wake of another genocide by survivors (who now object to Gaza's razing & are ignored by their offspring).

Paid for by America, btw.