ivo@setyadi:~$ ivo.blogspot.com

# catatan teknis, sejak 2001

Harvil1 codeAgent, Asisten AI Terminal untuk Pemrograman

CodeAgent adalah terminal-based AI programming assistant sumber terbuka berbahasa Python 3.11. Alat ini menerjemahkan instruksi natural language untuk membaca berkas, menjalankan perintah, mencari codebase, dan mengeksekusi multi-model loop melalui endpoint yang kompatibel dengan OpenAI atau Anthropic. Fiturnya mencakup session store bawaan, kompresi konteks hierarkis, panel izin, dan sistem skill mandiri yang disimpan secara lokal. Alat ini layak dicoba jika Anda mencari alternatif CLI lokal yang dapat dimodifikasi dengan dukungan DeepSeek dan arsitektur modular yang jelas. Namun, Windows menjadi target pengembangan utamanya sehingga dukungan Linux masih tertinggal dan macOS belum sepenuhnya terverifikasi. Lewati alat ini jika Anda membutuhkan stabilitas lintas platform tanpa perlu konfigurasi sandbox atau API key secara manual. sumber: github.com/Harvil1/codeAgent my other side: setyadi.com

Biodegradable Algae Batteries

2009-12-07 · #Kliping #Sains

inhabitat.com

Algae Could Be the Key to Ultra-Thin Biodegradable Batteries

by Ariel Schwartz, 11/25/09

sustainable design, green design, renewable energy, algae, polymers, battery, lithium ion

Algae is often touted as the next big thing in biofuels, but the slimy stuff could also be the key to paper-thin biodegradable batteries according to researchers at Uppsala University in Sweden. Eventually, the bio batteries could compete with commercial lithium-ion batteries.

sustainable design, green design, renewable energy, algae, polymers, battery, lithium ion

Conducting polymers have long been thought to be a solution in developing lightweight, flexible, nonmetal batteries. But up until now, these polymers have had been impractical because regular paper can't hold enough of them work effectively. Now Uppsala researcher Maria Stromme and her team has found that the smelly algae species that clumps on beaches, known as Cladophora, can also be used to make a type of cellulose that has 100 times the surface area of cellulose found in paper. That means it can hold enough conducting polymers to effectively recharge and hold electricity for long amounts of time.

The algae-based paper sheet batteries hold up to 200% more charge than regular paper-based cellulose batteries, and they can recharge in as little as 11 seconds. Eventually, they could be used in any application that requires flexible electronics — for example, clothing or packaging that lights up. Perhaps most importantly, the algae batteries could one day cut down on e-waste from conventional metal batteries.

Via Live Science


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Notebook Battery 2/25/10, 7:32 AM
Great post, and thanks for the juicy details of these devices. It is als amusing to see something so insignificant can produce a great deal of power, with and ever better efficiency.