Starshining

"..fully aware I have the voice of a cartoon character.."

[Starshining @Starshining]

May ever the semester be just beginning ✨

[Starshining @Starshining]

@Polymarket Meanwhile on @SpeechifyAI

[Jimmy XÐ @JimmyXD]

Little guy keeps me in shape ! Enjoying our little morning walk from the Nor Cal Pacific Coast 🌲⛰️🌊☀️🏖️🏜️💧
#Shibalife

[Shivon Zilis @shivon]

It has been a long standing dream at Neuralink to make through-dura surgeries possible and it took a crazy amount of engineering work to make it happen. Such an epic team ♥️

[Nikita Bier @nikitabier]

In a 3% experiment, removing the Top-30 highest paid revenue share accounts from the For You timeline increased both time spent and daily active users on X.

[激かわ動物 @Gekikawa_Dbts]

柴犬と遊ぶとこんな感じです。

[MLB @MLB]

It's tough seeing others live out your dream 🐶🌭

[Jimmy XÐ @JimmyXD]

Good Morning X

Happy Father’s Day!

[Jimmy XÐ @JimmyXD]

Good Morning X
Love is in the air 💙💙💙

[Yun-Ta Tsai @yunta_tsai]

I bought SpaceX stocks not for sale, but as tokens to remember that there are brave people determined to take humans to space for the last 25 years.

Many big companies went public during that time, like Google, Facebook, etc.

But these brave people did not pursue hot trends and money, but only one singular goal ��� a multi-planet civilization.

Today is the day to remember and honor their valor and perseverance.

[Nasdaq @Nasdaq]

Mission: @SpaceX.
Objective: Make life multiplanetary.
Exchange: @NasdaqExchange.
Status: Initial Public Offering. $SPCX

[Cheryl Shock @ShockurashC]

Ken’s been practicing his new song he wrote as ALS Ambassador: “Side by Side (We’re Walkin’ for a Cure)”
It’s got everything — heartfelt lyrics, questionable guitar chords, and a chorus that goes “We ain’t Opry stars… but we’re walkin’ real far!”
This is us rehearsing on the Grand Ole Opry stage (in our dreams). In real life we’ll be at the Edmonton ALS Side by Side Walk doing the actual walking part.
Come join us, no singing skills required, just good vibes and strong legs!
Who’s walking with Team Shock & Awe?

https://t.co/iPr7OcTA1V

#ALSSideBySide #Edmonton #WalkForALS #KenTheAmbassador

[Ming @tslaming]

https://t.co/jHB8GrEVOM

[Strangerous @Strangerous]

How do you know that you aren't an NPC?

[Ming @tslaming]

TL;DR 🧠 The 60-Second Breakdown of Neuralink's Smart Multiplexing Architecture 🔀

🚨 Processing thousands of brain signals simultaneously draws massive amounts of power, creating a severe risk of dangerous heat buildup inside the skull.

⚖️ Traditional implants assign a dedicated amplifier, essentially a tiny megaphone used to boost faint biological whispers, to every single wire. This one-to-one setup takes up far too much physical space and generates too much continuous heat when scaled up to thousands of electrodes, which are the microscopic sensors dropped into the tissue to listen to the brain.

💡 To solve this physical bottleneck, Neuralink engineered a smart input multiplexer. This clever component acts as an automated switchboard operator or digital bouncer, forcing multiple wires to share a single amplifier and only letting meaningful signals through.

🔄 To find those meaningful signals, the system occasionally rapidly cycles through every single wire in its assigned bundle to scout for active brain waves.

🧠 It evaluates these signals by looking for the precise mathematical signature and voltage jump of a real neural spike. A neural spike is simply the brief electrical burst a brain cell generates when it actually communicates. By measuring these tiny changes in electrical charge, the system perfectly separates true conscious intent from random biological static.

🛑 Once the active neurons are pinpointed, the system locks its attention onto them and physically severs the paths for the dormant channels. This simple act of ignoring the quiet wires drastically reduces power consumption and thermal output, keeping the chip cool and safe.

🎛️ The surviving active signals are then sent through a shared analog pixel, a dedicated block of circuitry designed to clean up raw brain waves. This specialized pixel boosts the electrical whisper, scrubs away background hum, and perfects the overall volume.

🎢 A secondary multiplexer then acts as a high-speed highway merge, funneling all these perfectly groomed analog signals into a converter. This converter acts as the ultimate translator, chopping the smooth biological waves into the rigid ones and zeros of computer code so they can be digitized for wireless transmission.

⏱️ Because brain activity shifts over time, the device periodically wakes up to rescan the tissue, naturally dropping quiet wires and opening the gates for newly firing neurons.

🚀 This specific, power-saving control layer is the exact mechanism that prevents today's 1,024-channel implants from overheating the cortex, the highly sensitive outer layer of the brain. It also provides the architectural blueprint to safely scale up to 10,000-channel devices in the future without melting the hardware.

[SpaceX Super Intelligence @SpaceXSI]

Grok Build is now available in Beta for all SuperGrok and X Premium+ users.

Use Plan Mode, create images and videos with Imagine, and build automations or orchestrators with the CLI.

Visit https://t.co/bpTHpjivWD to get started.

[Muskonomy @muskonomy]

🚨FYI: CJ is Neuralink Patient #24. A ventilator-dependent quadriplegic who volunteered for the PRIME trial not for himself, but so Neuralink and the FDA can learn more about N1 technology and help others.

He needs to be back in Miami next month for a required in-person visit. Neuralink denied his request to attend virtually.

Because he is on a ventilator, commercial flights are not an option. His only way there is an air ambulance costing between $38,000 and $52,000 one way.

This man chose to participate in one of the most important medical trials in history so future patients could benefit. The least we can do is help get him there.

His fundraiser: https://t.co/laRT6UsIHz

RT to get this in front of @elonmusk and @neuralink. CJ deserves to finish what he started. 🙏

[Mario Nawfal @MarioNawfal]

70% of museum collections are reportedly sitting in storage, either too damaged to display or too expensive to restore.

An MIT graduate student may have just changed that.

Alex Kachkine built an AI restoration system that works up to 65 times faster than traditional methods, using ultra-thin removable polymer masks placed over damaged paintings without altering the original artwork underneath.

That last part matters most.

Traditional restoration is often permanent, expensive and risky. This system is fully reversible.

For museums, that could completely change the economics of bringing hidden masterpieces back into public view.

Source: @rowanch

[Nikita Bier @nikitabier]

Over the past month, we have identified a number of large accounts that have been programmatically reuploading content from smaller accounts to game the revenue share program and circumvent crediting the original author.

We are now identifying these posts and allocating the impressions entirely to the creator. If you have insightful commentary about a post, we recommend using the Share Video or Quote feature to ensure your posts are properly attributed.