Tucked away in Jakarta’s business district is the Stalk Tree-Hugger. It is designed by RAD+ar, and it embraces five existing tall trees with a parametric fabric, building a mesmerizing play of light and shadows to support different commercial activities. The project focuses on creating a unique spatial experience while adopting and maintaining a simple yet functional design. The design is intended to be in complete harmony and tandem with the surrounding greenery. It includes a restaurant and lounge, protected by the shifting shadows of the trees, building an intimate and interesting ambiance.

Designer: RAD+ar

Visitors are welcomed into the restaurant which feels inviting and yet mysterious. The tensile structures form dynamic patterns as they move harmoniously with the wind and the swaying trees, fostering an architectural setting that is nature-centric and feels quite comforting. The entrance is subtly merged with vertical plants, and it leads to a narrow, greenery-lined foyer that holds an upper bar-restaurant amidst the trees.

The aforementioned upper bar-restaurant is topped with a lightweight steel-timber thatch roof. This unique roof provides shade and support to the parametric tensile structure. The roof doubles up as a facade and a diverse ceiling, transforming into a lovely lantern at night, that subtly enriches the cityscape, and elevates the ambiance of the space for different events, including music performances.

The bar-restaurant occupies around 750 square meters, and it offers a unique experience unlike F&B outlets. The design team at RAD+ar was led by Antonius Richard, and they wanted to demonstrate how minimal intervention in nature can create versatile and interesting spaces for commercial activities. This project was a study by them, to understand how to better reduce natural interference while retaining the commercial value of the land.

The project is a wonderful specimen of flexibility since it proves how experimentations with limitless permutations for natural elements and lighting are possible while causing minimal impact and disturbance to the existing landscape. The firm wanted to create a dynamic and free-flowing space that cleverly incorporates nature, and they were successful in doing so.

They utilized attractors that created constantly changing properties. The different buildings also served as revolving shadows, letting visitors have an interesting experience under the shadows. The movement of the trees and the flowing wind helped to form a relaxing and tranquil space, where visitors can peacefully observe nature, and be around it.

The post This Parametric Tensile Structure Is A Captivating Bar-Restaurant Amongst Trees In Indonesia first appeared on Yanko Design.

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Levito redefines expectations for furniture design, presenting itself as much more than a chair, it’s a bold statement piece that bridges art and functionality. Designed for installations and exhibitions, Levito challenges perceptions, inviting viewers to engage with its dual-sensory experience. This innovative creation transforms a simple act, like sitting, into an exploration of balance and contrast.

At first glance, Levito’s design may seem unstable, even precarious. Its structure consists of two separate components connected by wires, giving the impression of fragility. This visual uncertainty is an intentional artistic choice, crafted to spark curiosity and encourage deeper engagement. Despite appearances, Levito is structurally sound, providing tactile comfort and stability. This intentional contrast, visual instability versus physical reliability, forms the heart of Levito’s identity.

Designer: Choi Pil-jae and kmuid graduate

Levito offers a two-stage experience that separates perception from interaction. Initially, viewers are drawn to its striking aesthetic, questioning its usability and marveling at its unconventional construction. This stage engages the mind, encouraging curiosity about its functionality. The second stage begins when one sits on Levito. Here, its true ingenuity shines: the interconnected parts allow for a subtle, fluid sway along its axis, evoking the sensation of floating on a cloud. This gentle motion surprises and delights, transforming skepticism into trust.

By emphasizing this interplay between appearance and experience, Levito elevates itself from furniture to an experiential design piece. It challenges users to reconsider traditional notions of function and aesthetics, offering a sensory journey that blurs the boundaries between art and utility. Levito’s unique form and functionality make it ideal for galleries, exhibitions, or modern living spaces, where it seamlessly integrates bold artistic expression with everyday practicality.

For those who value innovative design, Levito is more than an object; it’s an invitation to explore the relationship between comfort and curiosity. It embodies the idea that furniture can be more than utilitarian—it can provoke thought, inspire wonder, and deliver delight. By merging visual intrigue with tactile pleasure, Levito sets a new standard in furniture design, offering an experience that is as engaging as it is functional. Whether admired for its artistry or appreciated for its comfort, Levito transforms the way we interact with the objects in our lives.

The post Levito Chair Keeps You Wondering And Provides You With A Multisensory Experience first appeared on Yanko Design.

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Vous vous souvenez d’AlphaFold 2, ce modèle d’IA assez dingue de Google DeepMind qui avait fait des avancées majeures dans la prédiction des structures de protéines ? Eh bien, la version 3 vient de débarquer et elle repousse encore un peu plus les limites !

AlphaFold 3, c’est comme si on passait d’un film noir et blanc du genre la Vache et Le Prisonnier à un film en 3D style Avatar, car non seulement il prédit avec une précision impressionnante la structure 3D des protéines, mais il est également capable de modéliser leurs interactions avec tout un tas d’autres molécules : l’ADN, l’ARN, les petites molécules organiques comme les médicaments, et même les modifications chimiques.

Concrètement, ça veut dire qu’on va pouvoir mieux comprendre comment toutes ces molécules qui nous composent s’assemblent et fonctionnent ensemble, comme les rouages de l’horloge cosmique de la viiiie. Un sacré bond en avant pour décrypter les processus biologiques fondamentaux et leurs dysfonctionnements à l’origine des maladies.

Son secret, évidemment, c’est une architecture de réseau de neurones encore plus puissante et entraînée sur une montagne de données moléculaires. Le cœur du système repose sur un module Evoformer amélioré, couplé à une nouvelle approche basée sur des réseaux de diffusion qui partent d’un nuage d’atomes pour converger vers la structure moléculaire la plus probable.

Et les résultats sont vraiment impressionnants puisque sur les jeux de données de référence, AlphaFold 3 bat des records avec des améliorations significatives par rapport aux méthodes existantes. Pour certaines catégories d’interactions, comme celles avec les médicaments, il augmente même nettement la précision des prédictions. Et tout ça sans même avoir besoin de données structurales en entrée.

Mais le plus cool, c’est que c’est open source (Edit : Apparemment, ça ne l’est plus malheureusement – Merci à Enthuo pour la correction) et accessible gratuitement à la communauté scientifique via le nouveau serveur AlphaFold. Cet outil permet à n’importe quel chercheur de générer des prédictions pour ses protéines d’intérêt en quelques clics, là où il fallait avant un travail titanesque et des moyens conséquents. Bref, de quoi démocratiser la biologie structurale et accélérer les découvertes !

Évidemment, avec une telle puissance vient aussi de grandes responsabilités, alors les gros cerveaux derrière DeepMind ont longuement planché avec de nombreux experts et organismes pour définir un cadre éthique et limiter les risques de mésusage comme on dit. Parce qu’autant un AlphaFold entre de bonnes mains, ça peut faire avancer la science et la médecine de façon spectaculaire, autant on n’a pas envie de voir débarquer des virus ou des prions tueurs conçus par des apprentis sorciers.

Mais j’ai hâte de voir ce que la communauté scientifique va réussir à faire avec cet outil génial. Peut-être de nouvelles enzymes pour des applications industrielles, des matériaux bio-inspirés aux propriétés uniques, ou des protéines thérapeutiques plus efficaces ? En tout cas une chose est sûre, la révolution biotech ne fait que commencer et nul doute qu’AlphaFold 3 en sera l’un des acteurs clés !

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