Real Touch Hologram

Episode 51 of official release The Mind Atlas

https://peterliam.hearnow.com/mary-janehttps://www.hoopladigital.com.au/audiobook/the-future-swarm-peter-liam/19509840https://www.overdrive.com/media/12896748/the-future-swarmhttps://opensea.io/TheBox2050

use above links 👆

https://peterliam.hearnow.com/mary-janeMake sure you add Mary Jane to your playlist 

Transcript

SPEAKER_00 2:14

The concept of a hologram with mass that can be touched and felt is still largely speculative, but has exciting foundations, emerging technologies forecasted to evolve over the next century. Here is a detailed, updated breakdown as of 2025, with a focus on relevant technological trends and realistic timelines. Current status of related technologies, 2025. Programmable matter. This involves materials or tiny robotic particles, catums that can dynamically form shapes and textures. Current research shows promise in materials that can reconfigure autonomously and smart materials with programmable mechanical properties. But these are at experimental or early implementation stages, primarily for small scale or static objects. Advanced programmable matter systems for dynamic, human-like shapes are still decades away. 1234. Advanced haptics, haptic technology has advanced to include tactile feedback systems using electromagnetic actuators, piezoelectric elements, and ultrasound-based mid-air haptics. Innovations showcased at events like CES 2025 demonstrate progress in wearable haptic devices that can convey complex touch sensations, although full replication of human texture and resistance remains elusive. 5678 Neural Interfaces. Brain computer interfaces combined with sensory feedback are making strides, particularly in neuropresthetics that restore touch and proprioception with electrical stimulation of nerves or the brain. Recent studies have enabled users to perceive complex tactile shapes via implanted electrodes. These systems hint at future possibilities, where the brain perceives a hologram as solid despite the absence of physical mass. Force fields slash energy manipulation. Acoustic and magnetic levitation technologies currently exist for small objects, but remain limited in scale and force. True force fields capable of simulating solid mass at human scales are still purely theoretical and would require breakthroughs in energy, generation, and field manipulation. Pathways and timelines to touchable holograms. Technology Area Current Progress, 2025, Projected, Timeline for Human Scale, Touchable Holograms, Programmable Matter, Early Stage Adaptive Materials, Modular Microrobots 5100 plus years for fully programmable, solid human-like structures, advanced haptics wearables, and mid-air haptics showing, complex sensations, 20-50 years for high fidelity full body, and localized tactile feedback, neural interfaces, prototype sensory feedback systems, neuroprosthetics 30-70 years for brain-based tactile, perception simulation, force fields slash energy, acoustic slash magnetic levitation of tiny objects 75-150 plus years for scalable force fields providing resistance, quantum slash material synthesis, theoretical photon-based matter formation, 100-200 plus years, requiring paradigm shifts in physics and energy, applications and challenges, fighting practice, achieving a hologram that can physically resist blows requires programmable matter or force fields that dynamically mimic human biomechanics. This needs vast computational power and energy sources far beyond current capabilities, potentially fusion or later. 1.5. Intimate interaction. Beyond physical realism, simulating warmth, texture, and emotional resonance may leverage neural interfaces to create perceived sensations without true mass. Ethical considerations about psychological impacts and consent are critical here. 10119. Feasibility summary. Optimistic projections suggest semi-solid tactile holograms via advanced haptics and neural interfaces could emerge within 50, 100 years as programmable materials improve. True holograms with physical mass temporary, solid light, or energy constructs remain farther off, likely 100-200 years, pending scientific breakthroughs in material science and energy. Key barriers include immense energy requirements, real-time simulation complexity, safety risks, and ethical issues surrounding intimate uses. This overview integrates current advances and forward-looking projections based on active research trends, showing a roadmap where tactile holograms evolve from today's rudimentary feedback to transformative human scale applications in about a century or more. If you want a deeper, dive into specific technologies or emerging companies and projects in these fields that can be provided as well.