Weekly Piece of Future #175

From Self-Healing Contact Lenses to AI-Designed Cancer Therapies and Organic Brain Chips

Jun 26, 2026

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Hey there, fellow future-addicts!

Welcome to this week's edition of Rushing Robotics! While the world argues about what AI might do someday, the labs, startups, and factories are quietly shipping things that would have looked like magic just a few years ago. This week's lineup is no exception — we've got self-healing lenses, mile-deep nuclear reactors, brain chips thinner than a hair, and the world's first HIV-to-HIV lung transplant.

🤯 Mind-Blowing

We open with the kind of stories that make you pause and reread. Self-healing contact lenses that fix their own scratches under a UV lamp. AI-nominated CAR T cell targets that took weeks instead of years to identify. A flexible, all-organic brain chip that held 94% signal strength after 550 days in vivo. Plus, wave-powered floating data centers and a 18.5 GW pipeline for mile-deep nuclear reactors. This is the section where the impossible starts looking routine.

🔊 Industry Insights & Updates

Then we move to the technologies crossing from lab to market. Boron nitride nanotube membranes enabling ultrafast ion transport. Sodium-ion batteries completing 15,000 km in heavy-duty trucks at -40°C. CATL's humanoid robots working their own production lines. And Google partnering with Energy Dome to bring CO2 Battery long-duration storage to Ireland. These are the signals of where capital, engineering, and policy are aligning.

🧬 BioTech

We turn to the life sciences, where the stakes are personal. Inhaled vitamin D as a rethink for COPD therapy. Phytochemicals modulating miR-29a for cancer prevention. And a world-first: an HIV-positive donor lung transplant at NYU Langone that gave a patient back his breath after four years on oxygen. Medicine is quietly rewriting its rulebooks.

💡 Products/Tools of the Week

A quick detour into practical releases: CanIRun.ai for local AI model compatibility checks, AllyHub for agent-driven research workflows, RowSpeak for natural-language spreadsheet analysis, and Rendervi for fast architectural rendering.

🎥 Video Section

Finally, we close with movement: DEEP Robotics' Lynx M20S on all terrain, ANYbotics inspecting a 150-year-old cement plant, AGIBOT's G2 humanoids on a real tablet line, and MindOn's single-model, multi-robot logistics run. Watch the machines learn to work.

AI is no longer just generating text and images; it's designing therapies, discovering materials, orchestrating robots, and reshaping energy systems. Each of these stories would have been a decade-defining headline on its own. Together, they suggest we're entering a phase where the bottleneck isn't imagination or capability, but simply how fast humanity can responsibly deploy what's now possible. Stay hungry, stay futurish!

🤯 Mind-Blowing

Self-healing contact lenses that repair scratches with UV light have been developed by researchers Jung-Hyun Choi and Byoung-Ki Cho. The hydrogel material uses a disulfide cross-linker and methacrylate polymer that undergoes disulfide exchange when exposed to UV light at 365 nanometers for one hour, allowing sulfur bonds to break and reform to heal damage. The researchers applied an anti-scratch and antibacterial coating that reduced transparency by only about 2% after sandpaper abrasion testing. The team had previously created a hydrogel that required heating, but extended heat caused lenses to dry out, prompting the switch to UV light at room temperature. Cho noted that repairs can be repeated and performed with at-home UV lamps. The National Research Foundation of Korea funded the research.
An AI-driven approach to finding CAR T cell therapy targets has been developed by researchers at Penn's Perelman School of Medicine and Abramson Cancer Center. The team built a CAR T targeting GPNMB, the top AI-nominated candidate, which showed robust tumor-killing activity in mouse models of melanoma, leukemia, and colorectal cancer. Lead author Daniel Baker worked under the mentorship of Carl June and Zoltan Arany, combining four public skin cancer datasets with frontier large language models and repeating simulations 1,000 times to reduce hallucinations. The process took weeks rather than months or years. June said this represents one of the first uses of LLMs in cell and gene therapy, and the framework was designed to be modular and disease-agnostic.
A new flexible brain chip developed by researchers has maintained 94% of its signal strength after 550 days of testing in rabbits. The all-organic hydrogel electrode array, called CHIP, eliminates metal entirely and achieved a conductivity of approximately 2,512 S/cm while measuring just 9 micrometers thick, thinner than a human hair. The 128-channel array demonstrated minimal inflammation and little glial scarring during the 18-month trial, addressing a longstanding problem where conventional rigid metal implants lose performance within one to three years. The manufacturing process involves pre-anchoring the hydrogel to an ultrathin parylene substrate and patterning electrodes via photolithography while the material is dry, solving the shape-instability problem that previously made hydrogels unsuitable for high-density electrode arrays. While the results are striking, researchers caution that rabbit cortex differs substantially from human cortex, and the path forward requires non-human primate studies, toxicology testing, and regulatory review before any human trials could begin.
A floating data center platform powered entirely by ocean waves has been introduced to the market by Panthalassa, a Washington-based start-up, with the unveiling of its Ocean-3 concept designed specifically for modular AI computing operations. The autonomous platform generates electricity as wave motion forces water through internal turbines, eliminating the need for anchors, seabed cables, or land-based power connections while relying on satellite transmission for data communication. Company leadership estimates energy costs could reach as low as $0.02 per kWh, making it potentially the most affordable energy source available. The company plans to deploy multiple Ocean-3 units that work cooperatively as a single distributed data center, though challenges remain regarding durability in harsh marine conditions and satellite bandwidth limitations for high-transfer workloads.
A customer pipeline representing up to 18.5 gigawatts of potential generation capacity has been announced by Deep Fission. The Berkeley, California-based advanced nuclear energy company is developing small modular pressurized water reactors installed one mile underground, with CEO and co-founder Liz Muller stating that the growing pipeline reflects urgent interest in the company's mile-deep deployment model. Deep Fission is currently advancing its first reactor project at the Great Plains Industrial Park in Parsons, Kansas as part of the Department of Energy's Reactor Pilot Program, having completed drilling of its first data acquisition borehole to approximately 6,000 feet deep. The company plans to apply for a commercial license with the U.S. Nuclear Regulatory Commission in the first half of 2027, targeting first commercial operations in 2027-2028. The LOIs are non-binding and do not contain commitments to purchase electricity, finance projects, construct facilities, grant exclusivity, or deploy a specified number of reactors.

Don't keep the future all to yourself! Share a bit with your friends and family because everyone deserves a Piece of Future!

A breakthrough in nanoscale ion transport has emerged from the University of Illinois Chicago, where researchers developed boron nitride nanotube membranes that enable ultrafast and highly selective ion movement. The team, led by associate professor of chemical engineering Sangil Kim, created membranes using millions of aligned boron nitride nanotubes as transport channels. When tested with solutions of varying salinity, these membranes showed ion transport rates far exceeding theoretical predictions. The researchers demonstrated practical application by powering simple devices including a watch and calculator using electrical output generated from salt concentration differences, showcasing blue energy system potential. Applications could extend to lithium recovery from spent batteries, energy generation from salinity gradients, desalination systems, and next-generation separation technologies. The team continues investigating the mechanism behind the unusually high transport speeds while scaling the system for industrial use.
Humanoid robots powered by CATL batteries have begun working on the company's smart production line after CATL signed a strategic cooperation deal with Galbot to scale embodied-intelligence robots across its factories. The Galbot S1, with 50-kilogram dual-arm payload capacity and vision-only centimeter-level positioning, handles material picking and transport in module and battery pack production. CATL's cells use particle-grading cathode technology and a bionic self-healing electrolyte to deliver 8-hour battery life with parts-per-billion failure rates. The partners will also extend CATL's Ning Service after-sales system to cover the robots and establish the world's first aftermarket standard for embodied intelligence. Galbot, founded in 2023 by Peking University researcher Wang He, is the only embodied-intelligence company CATL has invested in.
A successful 15,000-kilometer test of sodium-ion batteries in heavy-duty trucks has been completed by FAW Jiefang and Zhongke Haina, demonstrating strong performance under extreme cold and fast-charging conditions. The 339 kWh battery pack retained over 90% of usable capacity at -40°C and achieved full charges in 20 to 25 minutes, with a cycle life surpassing 8,000 cycles under fast charging. Zhongke Haina said the battery's thermal stability and milder chemistry match the operational needs of commercial vehicles facing high-frequency heavy loads and all-weather conditions. The results place FAW Jiefang in the competitive sodium battery race alongside CATL, which is building a 40 GWh plant in Fujian, and BYD, which claims a sodium battery capable of more than 10,000 charging cycles.
A new 23MW / 200MWh long-duration energy storage plant will be built at a former thermal power station near Rhode, County Offaly, as part of a partnership between Google and Energy Dome announced on June 23, 2026. The project uses Energy Dome's CO2 Battery technology to absorb surplus renewable energy during periods of oversupply and dispatch firm power during periods of system stress, enabling smart and cost-effective utilization of grid resources. Google and Energy Dome aim to establish a blueprint for how long-duration energy storage technology can contribute to a clean and affordable electricity system in Ireland. The initiative advances Google's ambition to expand access to 24/7 clean, affordable energy for grids globally and follows a long-term agreement the companies announced last year to deploy the technology at scale.

🧬 BioTech

Inhaled vitamin D supplementation rather than oral delivery should be explored in human clinical trials as a potential treatment for chronic lung diseases. COPD affects more than 30 million Americans and is the fourth leading cause of death worldwide, with patients typically having low vitamin D levels that lead to increased exacerbations and worse lung function. Oral vitamin D supplements have not improved lung outcomes because the vitamin is potentially inactivated by an enzyme in the lung's blood vessels. Research using cell and animal models suggests inhaled or nebulized vitamin D can protect against dust, pollution, and pathogens. The authors stated that future research should focus on evaluating inhaled vitamin D therapies in human clinical trials to determine whether direct lung delivery would deliver therapeutic benefits.
Natural bioactive compounds may offer a promising strategy for cancer prevention by modulating microRNA-29a expression, according to a study published in Current Molecular Pharmacology. The review analyzes miR-29a as a pivotal regulator in cancer development, functioning either as a tumor suppressor or oncogene depending on cellular context, influencing metastasis, proliferation, and apoptosis. Alhujaily outlines how phytochemicals including curcumin, EGCG, resveratrol, genistein, and quercetin restore normal miR-29a expression through epigenetic remodeling and inhibition of oncogenic signaling pathways such as TGF-β/Smad, NF-κB, and PI3K/Akt. These compounds demonstrated anti-cancer effects in preclinical studies by targeting downstream effectors like DNMTs, MCL-1, and CDK6. Alhujaily emphasized that most evidence remains in vitro and challenges including bioavailability and target specificity must be addressed before clinical translation, advocating for comprehensive studies employing multi-omics and systems biology approaches.
A groundbreaking lung transplant from an HIV-positive donor to an HIV-positive recipient was successfully performed at NYU Langone Health on March 21, 2026, marking the world’s first such procedure. The surgery was carried out under the HIV Organ Policy Equity (HOPE) Act research framework, with Dr. Sapna Mehta, clinical director of the NYU Langone Transplant Institute, leading the effort alongside Dr. Mark Sonnick, transplant pulmonologist and co-author of the research protocol. The recipient was 56-year-old Bertrand Nelson, who had been living with HIV for nearly 26 years and was suffering from severe lung and liver disease. Nelson underwent a dual-organ transplant, receiving both new lungs and a new liver during the same operation. Following the procedure, he no longer requires supplemental oxygen for the first time in four years. The landmark surgery demonstrates that HIV-positive donor lungs may become a viable option for carefully selected HIV-positive transplant candidates, potentially expanding access to lifesaving organs for people living with HIV.

💡Products/tools of the week

A new browser-based hardware detection tool called CanIRun.ai launched to help users determine which AI models their local machines can run. The site uses WebGPU browser APIs to instantly scan GPU, CPU, RAM, and memory bandwidth without requiring any installation or registration.The tool cross-references detected hardware specs against a catalog of approximately 60 open-source AI models from providers including Meta, Alibaba, Google, Microsoft, Mistral, DeepSeek, OpenAI, and NVIDIA, assigning each model a compatibility grade from S through F based on VRAM requirements, quantization options, and estimated inference speed.The entire detection process runs client-side, meaning no hardware data is sent to any server, and results appear within seconds of visiting the homepage.
An AI agent platform called AllyHub launched to automate browsing, research, analysis, and reporting through plain-language task descriptions. The platform's AI agent, known as Ally, plans, executes, and delivers results via reusable workflows that handle web scraping, transcript extraction, sentiment and trend analysis, and scheduled monitoring. AllyHub designed Ally to learn while working, meaning repeated tasks become faster, more accurate, and cheaper over time. The platform targets marketers, analysts, creators, and teams seeking to eliminate repetitive knowledge-work and scale consistent, repeatable research and reporting without manual intervention.
An AI-powered Excel agent called RowSpeak launched to convert messy spreadsheets, CSVs, PDFs, and image tables into cleaned data, charts, dashboards, and report-ready summaries using natural-language queries. RowSpeak built its AI to infer metrics, clean and normalize fields, detect trends and anomalies, and recommend and build visualizations automatically. The platform creates repeatable, reviewable workflows so nontechnical business users can ask questions, explain changes, and generate shareable reports without pivot tables or complex formulas. RowSpeak designed the tool to speed recurring reporting, cut manual data prep, and make spreadsheet analysis faster, more accurate, and auditable for finance, ops, marketing, and sales teams.
Conversion of rough architectural previews into client-ready photoreal images and short videos became faster with the release of Rendervi, an AI render studio that processes model previews, sketches, and clay renders using image-to-image AI technology. Rendervi powered the platform with Nano-Banana Pro as its current rendering engine and integrated ChatGPT and Gemini as background models to analyze visuals and build prompts automatically. The studio delivers controlled inpainting, material swaps from a built-in texture library, environment tweaks, presets for cross-view consistency, and one-click upscaling. Rendervi created the tool for architecture teams who want to iterate faster while preserving design intent and avoiding manual rework.

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