[{"data":1,"prerenderedAt":365},["ShallowReactive",2],{"news-\u002Fnews\u002Ffirst-open-call":3,"news-more-\u002Fnews\u002Ffirst-open-call":102},{"id":4,"title":5,"authors":6,"body":10,"coverAlt":78,"coverCaption":79,"coverCredit":79,"coverImage":80,"date":81,"description":82,"draft":83,"extension":84,"hero":85,"license":86,"meta":87,"metaDescription":88,"navigation":9,"path":89,"reading":90,"seo":91,"sitemap":92,"stem":93,"summary":94,"tags":95,"theme":100,"updated":79,"__hash__":101},"news\u002Fnews\u002Ffirst-open-call.md","Our first call on digital twin privacy is open",[7],{"name":8,"org":9},"Open Science Foundation Team",true,{"type":11,"value":12,"toc":72},"minimark",[13,22,25,28,33,40,43,51,55,58,65],[14,15,16,17,21],"p",{},"Today we open our first funding call\n",[18,19,20],"strong",{},"Verifiable privacy for digital health twins"," with CHF 200'000 total\nfunding and up to CHF 20'000 per application.",[14,23,24],{},"A digital twin brings together wearable measurements, lab results, medical\nimages, genomic data and much more to give a complete picture of an\nindividual's health. For the person concerned, keeping track of what happens\nto that information becomes increasingly difficult. Data is fragmented across\ndifferent healthcare providers, apps and cloud services. Even a seemingly\nlimited answer from a digital twin can reveal something very personal.",[14,26,27],{},"With this call, we want to support research that gives people a way to check\nhow their own health data are protected.",[29,30,32],"h2",{"id":31},"what-we-are-looking-for","What we are looking for",[14,34,35,36,39],{},"The call covers four areas:\n",[18,37,38],{},"storage, computation, aggregation and sharing",". A proposal might explore\nhow someone can verify that a deleted copy is no longer readable, check which\nsoftware processes their data, or measure what repeated disclosures reveal\nabout them over time.",[14,41,42],{},"The focus is one person's health data. Each contribution must allow that\nperson to verify the relevant protections.",[14,44,45,46,50],{},"We will also use ",[47,48,49],"em",{},"Theoria",", an open-source verifier, to help investigate\nproposals' main research questions. While the report is advisory, an\nindependent expert panel decides and everyone receives written feedback.",[29,52,54],{"id":53},"how-to-apply","How to apply",[14,56,57],{},"Applications are welcome worldwide, from people working independently or\nwithin institutions. Projects will run for six, nine or twelve months,\nstarting on 1 February 2027.",[14,59,60,61,64],{},"The deadline is ",[18,62,63],{},"15 December 2026",".",[14,66,67],{},[68,69,71],"a",{"href":70},"\u002Fapply\u002Fhealth-twin-privacy-2026\u002F","Read the full call and apply.",{"title":73,"searchDepth":74,"depth":74,"links":75},"",2,[76,77],{"id":31,"depth":74,"text":32},{"id":53,"depth":74,"text":54},"Open call 2026\u002F27: Verifiable privacy for digital health twins. Up to CHF 20'000 per application. Apply by 15 December 2026. Open Science Foundation.",null,"\u002Fimages\u002Fapply\u002Fhealth-twin-privacy-2026-social-image.jpg","2026-11-01","Today we open our first funding call\nVerifiable privacy for digital health twins with CHF 200'000 total\nfunding and up to CHF 20'000 per application.",false,"md","letter","CC BY 4.0",{},"The Open Science Foundation's first call: up to CHF 20'000 per application for verifiable privacy in digital health twins. Apply by 15 December 2026.","\u002Fnews\u002Ffirst-open-call","2 min",{"title":5,"description":82},{"loc":89,"lastmod":81},"news\u002Ffirst-open-call","Today we open our first funding call, Verifiable privacy for digital health twins, with up to CHF 20'000 per application. With this call, we want to support research that gives people a way to check how their own health data are protected.",[96,97,98,99],"Open Call","Privacy","Digital Twins","Open Health","open-health","NxLkMzB1zkkRkPKsqYHyPJ0V2KJVZs1cWmQHF1LRX3w",[103,148,207,293],{"id":4,"title":5,"authors":104,"body":106,"coverAlt":78,"coverCaption":79,"coverCredit":79,"coverImage":80,"date":81,"description":82,"draft":83,"extension":84,"hero":85,"license":86,"meta":144,"metaDescription":88,"navigation":9,"path":89,"reading":90,"seo":145,"sitemap":146,"stem":93,"summary":94,"tags":147,"theme":100,"updated":79,"__hash__":101},[105],{"name":8,"org":9},{"type":11,"value":107,"toc":140},[108,112,114,116,118,122,124,128,130,132,136],[14,109,16,110,21],{},[18,111,20],{},[14,113,24],{},[14,115,27],{},[29,117,32],{"id":31},[14,119,35,120,39],{},[18,121,38],{},[14,123,42],{},[14,125,45,126,50],{},[47,127,49],{},[29,129,54],{"id":53},[14,131,57],{},[14,133,60,134,64],{},[18,135,63],{},[14,137,138],{},[68,139,71],{"href":70},{"title":73,"searchDepth":74,"depth":74,"links":141},[142,143],{"id":31,"depth":74,"text":32},{"id":53,"depth":74,"text":54},{},{"title":5,"description":82},{"loc":89,"lastmod":81},[96,97,98,99],{"id":149,"title":150,"authors":151,"body":154,"coverAlt":190,"coverCaption":191,"coverCredit":79,"coverImage":192,"date":193,"description":158,"draft":83,"extension":84,"hero":85,"license":86,"meta":194,"metaDescription":195,"navigation":9,"path":196,"reading":90,"seo":197,"sitemap":198,"stem":199,"summary":200,"tags":201,"theme":205,"updated":79,"__hash__":206},"news\u002Fnews\u002Fwelcome-philip-dettinger.md","Building the hardware layer of open science: welcome to the team, Philip Dettinger",[152],{"name":153},"Open Science Foundation",{"type":11,"value":155,"toc":188},[156,159,162,165,179,182,185],[14,157,158],{},"We are very pleased to welcome Philip Dettinger to the team as we begin to\nbuild out Open Hardware as another important part of our mission.",[14,160,161],{},"Philip is a biomedical engineer and open-hardware developer working at the\nintersection of biotechnology, robotics and rapid prototyping. He studied\nMolecular and Cell Biology at UC Berkeley and completed his master's and\ndoctoral degrees at ETH Zurich, where his research combined stem cell biology,\nmicrofluidics and automated laboratory technologies.",[14,163,164],{},"He later worked in the Tissue Engineering Group at the University of Basel and\nat Roche's Institute of Human Biology, developing advanced tissue-engineering\nplatforms, automated bioreactors, microfluidic systems and laboratory\nautomation technologies for human-relevant models and drug discovery.",[14,166,167,168,171,172,175,176,64],{},"His work spans academia and industry and includes open-source laboratory\nrobotics, automated bioreactors and advanced micro- and millifluidic culture\nsystems. He is an inventor on five patents and has published in journals\nincluding ",[47,169,170],{},"Nature Communications",", ",[47,173,174],{},"Lab on a Chip"," and ",[47,177,178],{},"Analytical Chemistry",[14,180,181],{},"At the Open Science Foundation, Philip will focus on building hardware\ninfrastructure for rapid scientific prototyping and on connecting researchers,\nengineers and makers to turn scientific ideas into practical tools.",[14,183,184],{},"With Open Hardware, we are extending our open science work to the physical\ntools and systems that research depends on, making them easier to build, adapt\nand share.",[14,186,187],{},"Welcome to the team, Philip.",{"title":73,"searchDepth":74,"depth":74,"links":189},[],"Philip Dettinger, smiling, in a grey knit pullover over a navy collared shirt, against a white background.","Philip Dettinger.","\u002Fimages\u002Fnews\u002Fwelcome-philip-dettinger\u002Fphilip-dettinger.jpg","2026-10-13",{},"Biomedical engineer Philip Dettinger joins the Open Science Foundation to build hardware infrastructure for rapid scientific prototyping.","\u002Fnews\u002Fwelcome-philip-dettinger",{"title":150,"description":158},{"loc":196,"lastmod":193},"news\u002Fwelcome-philip-dettinger","Philip Dettinger, a biomedical engineer and open-hardware developer, joins the Open Science Foundation as we begin to build out Open Hardware as part of our mission.",[202,203,204],"Team","Open Hardware","Community","open-hardware","HNs7AQOXioSVLjg5K2AKDN0fpzZFzT7LHN04MdRuzxQ",{"id":208,"title":209,"authors":210,"body":212,"coverAlt":274,"coverCaption":275,"coverCredit":79,"coverImage":276,"date":277,"description":216,"draft":83,"extension":84,"hero":278,"license":86,"meta":279,"metaDescription":280,"navigation":9,"path":281,"reading":90,"seo":282,"sitemap":283,"stem":284,"summary":285,"tags":286,"theme":291,"updated":79,"__hash__":292},"news\u002Fnews\u002Fnew-fellow-michael-saldivar.md","Our new fellow takes on verification in science",[211],{"name":153},{"type":11,"value":213,"toc":270},[214,217,241,245,248,252],[14,215,216],{},"Scientific text is now cheap to produce. Proposals, hypotheses and reviews can\narrive faster than people can read them. The challenge is checking their\nclaims. Our new fellow, Michael Saldivar, argues that an AI system should show\nits reasoning step by step, with each step tied to a source, computation or\nstated premise. If it cannot support a claim, it should decline to answer.",[14,218,219,220,225,226,231,232,237,238,64],{},"An AI researcher from Fresno with a mathematics degree from MIT, Saldivar built\n",[68,221,49],{"href":222,"rel":223},"https:\u002F\u002Ftheoriaverified.com\u002F",[224],"nofollow",", an open-source system that makes\nlanguage models prove answers step by step or abstain. His\n",[68,227,230],{"href":228,"rel":229},"https:\u002F\u002Farxiv.org\u002Fabs\u002F2607.01223",[224],"paper"," describes the method. A follow-up\nstudy on open-weight models was accepted to the\n",[68,233,236],{"href":234,"rel":235},"https:\u002F\u002Fmathai-2026.github.io\u002F",[224],"NeurIPS 2026 MATH-AI"," workshop. Before this,\nhe worked as a data analyst and analytics engineer at ",[47,239,240],{},"Insurify",[29,242,244],{"id":243},"from-proposals-to-open-questions-across-fields","From proposals to open questions across fields",[14,246,247],{},"During his fellowship, Michael will build an open-source screening workflow for\nresearch proposals. It will identify each proposal's central\nquestion, try to answer it with a step-checked proof, and search the literature\nfrom broad to narrow, counting and linking every query. Additionally, Michael\nwill apply the same tools to whole fields: identifying the open questions those\nfields state about themselves, then placing proposals in relation to those\nquestions. Across both parts of the work, the test stays the same: every claim\nshould be traceable to evidence or a stated premise, and the system should\nleave unsupported claims unanswered.",[29,249,251],{"id":250},"try-theoria","Try Theoria",[14,253,254,255,259,260,265,266,64],{},"The interactive demo is at ",[68,256,258],{"href":222,"rel":257},[224],"theoriaverified.com",".\nThe code is open at\n",[68,261,264],{"href":262,"rel":263},"https:\u002F\u002Fgithub.com\u002Fzaladbar\u002Ftheoria",[224],"github.com\u002Fzaladbar\u002Ftheoria",", and the\npaper is at ",[68,267,269],{"href":228,"rel":268},[224],"arxiv.org\u002Fabs\u002F2607.01223",{"title":73,"searchDepth":74,"depth":74,"links":271},[272,273],{"id":243,"depth":74,"text":244},{"id":250,"depth":74,"text":251},"Michael Saldivar, in a white cap and a black T-shirt, stands in front of Yosemite Valley, with El Capitan on the left, Half Dome in the distance and Bridalveil Fall on the right.","Michael Saldivar at Tunnel View, Yosemite National Park.","\u002Fimages\u002Fnews\u002Fnew-fellow-michael-saldivar\u002Fmichael-saldivar-yosemite.jpg","2026-10-01","dispatch",{},"Michael Saldivar, who built the open-source verifier Theoria, joins the Open Science Foundation as a fellow to build a screening workflow for research proposals.","\u002Fnews\u002Fnew-fellow-michael-saldivar",{"title":209,"description":216},{"loc":281,"lastmod":277},"news\u002Fnew-fellow-michael-saldivar","Scientific text is now cheap to produce, and the challenge is checking its claims. Our new fellow, Michael Saldivar, argues that an AI system should show its reasoning step by step, or decline to answer.",[287,288,289,290],"Fellowship","AI","Metascience","Open Source","open-science-for-society","q1qhAi4CiOy1GIQoakRI9zYgEqkrr2bCahS6sJasULQ",{"id":294,"title":295,"authors":296,"body":300,"coverAlt":350,"coverCaption":351,"coverCredit":309,"coverImage":352,"date":353,"description":354,"draft":83,"extension":84,"hero":278,"license":86,"meta":355,"metaDescription":356,"navigation":9,"path":357,"reading":90,"seo":358,"sitemap":359,"stem":360,"summary":361,"tags":362,"theme":205,"updated":79,"__hash__":364},"news\u002Fnews\u002Fopenuc2-affordable-biophoton-microscope.md","openUC2: can biophoton imaging be made affordable?",[297],{"name":298,"role":299},"Martin Etzrodt","Open Science Institute",{"type":11,"value":301,"toc":346},[302,311,321,325,333,336,339,343],[14,303,304,305,310],{},"Benedict Diederich and the team at ",[68,306,309],{"href":307,"rel":308},"https:\u002F\u002Fopenuc2.com",[224],"openUC2"," have\npublished their own account of the biophoton microscope they built with us.\nIt starts with a question the Open Science Foundation brought to them:\ncan the faint light emitted by living plant tissue be imaged on an open-source\nmicroscope, and can it be done without a camera that costs more than the rest\nof the instrument?",[14,312,313],{},[18,314,315,316],{},"Read the full post on the openUC2 blog:\n",[68,317,320],{"href":318,"rel":319},"https:\u002F\u002Fopenuc2.com\u002F2026\u002F09\u002F24\u002Fcan-biophoton-imaging-be-made-affordable-building-an-open-microscope-to-find-out\u002F",[224],"Can Biophoton Imaging Be Made Affordable? Building an Open Microscope to Find Out",[29,322,324],{"id":323},"what-they-built","What they built",[14,326,327,328,332],{},"The first step was a reference system on the openUC2 FRAME. It pairs two\nlow-magnification, high-numerical-aperture Nikon objectives, one facing the\nsample and one facing the sensor, with an Andor EMCCD camera cooled to -100°C.\nThis setup detected emission down to a few photons per second per square\ncentimetre over 30 to 60 minute exposures. It produced the\n",[68,329,331],{"href":330},"\u002Fnews\u002Fbiophoton-microscope-jena\u002F","first measurement campaign"," we reported in\nJune. The catch is the camera, which alone costs about twice as much as the\nmicroscope around it.",[14,334,335],{},"The second step was to replace it. Calculations by their colleague David\nsuggested that a back-illuminated, cooled CMOS camera of the kind used in\namateur astrophotography could detect plant biophotons if its sensor ran cold\nenough. The stock air cooling stopped at -10°C. The team cut off the cooling\nblock with a band saw, milled the surface behind the sensor flat, and attached\na water block fed with 10°C water from a chiller. The sensor reached -30°C, the\ntemperature the IMX571 datasheet gives as the best trade-off between dark\ncurrent and quantum efficiency. A second Peltier stage reached lower still, but\nbrought condensation and ice and used more power, so they dropped it.",[14,337,338],{},"First results from the modified camera show photon emission at the wound site\nof a leaf over a 30 minute exposure. The cooling adds nothing to the camera's\nfootprint.",[29,340,342],{"id":341},"why-it-matters-to-us","Why it matters to us",[14,344,345],{},"The Open Science Institute (OSI) wants this measurement to be possible for\ngroups that cannot buy a scientific EMCCD. A working low-cost detector is the\nfirst requirement for that. The next steps are calibration against the\nreference system and replicate experiments across species and stress\nconditions.",{"title":73,"searchDepth":74,"depth":74,"links":347},[348,349],{"id":323,"depth":74,"text":324},{"id":341,"depth":74,"text":342},"A small cooled CMOS camera on a wooden desk, its stock heat sink replaced by a machined aluminium water block with two metal hose fittings on top.","The back-illuminated CMOS camera after the modification: stock cooling removed, water block attached.","\u002Fimages\u002Fnews\u002Fopenuc2-affordable-biophoton\u002Fwater-cooled-camera.jpg","2026-09-25","Benedict Diederich and the team at openUC2 have\npublished their own account of the biophoton microscope they built with us.\nIt starts with a question the Open Science Foundation brought to them:\ncan the faint light emitted by living plant tissue be imaged on an open-source\nmicroscope, and can it be done without a camera that costs more than the rest\nof the instrument?",{},"openUC2 in Jena describe how they built our biophoton microscope and cut its cost with a hobbyist astronomy camera, milled flat and water-cooled to -30°C.","\u002Fnews\u002Fopenuc2-affordable-biophoton-microscope",{"title":295,"description":354},{"loc":357,"lastmod":353},"news\u002Fopenuc2-affordable-biophoton-microscope","Our partners at openUC2 in Jena have written up how they built the biophoton microscope for the Open Science Institute, and how they cut its cost: a hobbyist astronomy camera, sawn open, milled flat and water-cooled to -30°C.",[99,203,363],"Instrumentation","k-LYPJprbdHo2gZrOKIefacgo73peeRxuzwUU3EZu14",1793542931739]