THE TEACHING MACHINE

an independent arts laboratory

[naminohana records @nmnhn_records]

SF～映像的な目まぐるしい展開を聴かせるUS産のポスト・ブレインダンス？～グリッチ～IDM～ブレイクコア。John Fruscianteが絡んでいるLA発のレーベルEvar傘下のRAVE4EVARから届いたLaskfar Vortokの初レコード作品になります。
https://t.co/RyfjFo8ope

[THE TEACHING MACHINE @tmachinetv]

OUR NEW SITE IS HERE
https://t.co/oTMal39hPa

[THE TEACHING MACHINE @tmachinetv]

GRATITUDE

[Laskfar Vortok @LaSkFaRvOrToK]

the CREATURE is ALIVE

https://t.co/VDh3qIRJaq

Creative Directors
Jin Jindawitchu
Jay Asavabenya

@Evar_Records

[cdmblogs @cdmblogs]

Pitch is political: learning Arabic maqams and decolonizing music - https://t.co/fU3zGnGV7a Video/editorial and Sami Abu Shumays, who built the @Ableton Learning Tuning section on Arabic music.

[Terminal 11 @Terminal11]

Massive respect to everyone on my socials still adding me because they think I’m that cafe in India. I hope y’all are enjoying the coffee

[神経色 @neurocolor]

𓍪𓍪𓍪

[Refraction ᛥ IRL @irl_energy]

Tomorrow is the release of 'DOM2' on @fx_hash_ (@base) as the headliner for Onchain Summer 🔆

This audiovisual generative art piece by @lennyjpg & @milianmori explores the dynamic interplay of rhythm, repetition & digital composition.

Collect from August 21st.

Learn more 🔻

https://t.co/kHnDdJjmWo

[Ace One Design @aceonedesign]

In an effort to help people get started, I'm going to post a walkthrough of one of the @delcomplex puzzles. Get ready for one of the most unique (also free except a few gas transactions) experiences in web3. 🧵 ...

[Raven Kwok @RavenKwok]

Doing frustum calibration with some patterns I programmed on a crazy cylinder LED setup at UFO Terminal in Shanghai.

[FLYLO @flyinglotus]

MF DOOM in LA (2006)
📸me

[BASECK @baseck]

for those of you have asked! I finally put the shirts up from FULL FX: 2084!

>>> PURE ADRENALINE <<<

@CZDOE
@LaSkFaRvOrToK
@KAVARI_
@Terminal11
@DDESTROYAH
Sulfuric Cautery
@Evar_Records

[THE TEACHING MACHINE @tmachinetv]

CYBERNETIC SOCIETAL SYSTEM

[Ꮹανiη Ꮐaмвoα 🌱☁️✨ @gavcloud]

five remixes of @durandbernarr Wanderlust album

https://t.co/II7caw4fa7

[Steve Teeps @Steveteeps]

🔄

[@estevancarlos at BlueSky @estevancarlos]

P5js visuals and a cool FM patch from the XY package from Daniele Fabris.

This example will be discussed in my workshop this Aug 17th - https://t.co/4OMGNaUX7Q

[Albert Barqué-Duran @Albert_DATA]

🌀VESTIBULAR_1 at @ArsElectronica

@NewArtF ✖️ @IRLlull

4-8 SEPTEMBER ~ POSTCITY LINZ (AT)

https://t.co/wwSRboVV1e

[FLYLO @flyinglotus]

It’s happening again. New single. Friday ❤️

[Del Complex @DelComplex]

Del Complex, would like to congratulate @shaharbrr on their research into delivering drugs into the brain via brain parasites.

This work represents an exciting advance in the field of biological cognitive enhancement that we've been pioneering with our Brain Worms program. We're thrilled to see other researchers exploring biological approaches to enhancing human cognition and treating neurological conditions.

The use of T. gondii as a delivery vehicle for therapeutic proteins is an innovative approach that demonstrates the potential of engineered microorganisms in medicine. While this new research is promising, we believe our Brain Worms technology offers some key advantages;

1. Continuous production: Our Brain Worms are designed to continuously produce beneficial neurotrophic factors and neuromodulators, providing sustained cognitive enhancement without the need for repeated treatments. While they use T. gondii for one-time delivery of pre-made proteins.

2. Targeted delivery: Brain Worms can be engineered to navigate to specific brain regions, allowing for more precise targeting of cognitive functions. Their T. gondii approach relies on the parasite's natural distribution in the brain.

3. Adaptability: Our technology has the potential for dynamic adaptation to changing cognitive demands, adjusting its activity based on the user's needs. Their system delivers a fixed protein payload without ongoing adjustment capabilities.

4. Integration with other technologies: Brain Worms are being developed as part of a broader ecosystem of cognitive enhancement, with the potential to work synergistically with brain-computer interfaces and other neurotechnologies. Their approach focuses solely on protein delivery via T. gondii.

5. Customization: We're working towards personalized Brain Worm "strains" tailored to individual cognitive goals and needs. 6. Reversibility: Our Brain Worms include built-in safety mechanisms like genetic "kill switches" for rapid elimination if needed. Their approach uses the same engineered T. gondii for all subjects.

6. Reversibility: Our Brain Worms include built-in safety mechanisms like genetic "kill switches" for rapid elimination if needed, which their T. gondii system does not appear to incorporate.

We're excited to see the field of biological cognitive enhancement advancing and look forward to continuing our work to unlock human potential through responsible innovation. As always, we remain committed to rigorous safety protocols and ethical considerations in all our research and development efforts.

You can learn more about their research here:
https://t.co/vf9bSWan4R
https://t.co/Vp89OUJgMu

Congratulations again to all of those who are working to accelerate the human species toward a brighter tomorrow.

[THE TEACHING MACHINE @tmachinetv]

ADULT ENGINEERING