Hippies, Warm Pools, Counterculture, Clothing-Optionality & Virtual Harbin" - http://www.scottmacleod.com/
Great free #NFS #HotSprings #EastOfSierraMtns like #BuckeyeHotSprings #TravertineHotSprings #LittleCreekHotSprings seem deserted today; Time to develop in a #
Great free #NFS #HotSprings #EastOfSierraMtns like #BuckeyeHotSprings #TravertineHotSprings #LittleCreekHotSprings seem deserted today; Time to develop in a #RealisticVirtualEarthForHotSprings in 1 #RealisticVirtualEarth w #RealisticVirtualHarbin too eg https://t.co/EG5TqrlWDj ~
— HarbinBook (@HarbinBook) September 9, 2025
https://x.com/HarbinBook/
https://x.com/scottmacleod/
https://x.com/sgkmacleod/
https://x.com/Q_YogaMacFlower/
https://x.com/WorldUnivAndSch/
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"A Cure for Aging by 2050? - George Church"
https://youtu.be/N6WdeclE__w
"A Billion Years of Evolution in a Single Afternoon -..."
https://youtu.be/olmHHxFQwxo
How to further dev #AgingReversal & #ExtremeLongevityGenetics in #RealisticVirtualEarth?
Brainstorm: @geochurch w @dwarkesh_sp
— WorldUnivandSch (@WorldUnivAndSch) June 29, 2025
"A Cure for Aging by 2050? - George Church" https://t.co/reRHl4Xfyw
"A Billion Years of Evolution in a Single Afternoon -..."https://t.co/PhiB92r3Vg
How to further dev #AgingReversal & #ExtremeLongevityGenetics in #RealisticVirtualEarth?
https://x.com/WorldUnivAndSch/
https://x.com/Q_YogaMacFlower/
https://x.com/scottmacleod/
(https://scott-macleod.
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Ishvara <Ishvara@harbin.org>, Richard Bock <richeartbock@gmail.com>, richeartbock@yahoo.com, richard@heartwisdom.net | |||
cc: | Eric Richardson <thisnow@yahoo.com>, Ed Smyth MD <esmythmd@gmail.com>, Rosemary Cordova <rosemarycordova@sbcglobal.net>, Alexa McAra <alexamcara@gmail.com>, Sanna & David Durk <sannaanddavid@gmail.com>, sajjad@harbin.org, Peter Norvig <pnorvig@google.com>, Heather Jane MacKay <hmackay@sbcglobal.net>, Scott MacLeod - Helianth Email <helianth@gmail.com>, Scott MacLeod - Yoga <yogamacflower@gmail.com>, "Gate.com - scottmacleod.com scott@scottmacleod com" <scott@scottmacleod.com>, Annie Brown <annieb@gorge.net>, Janie Kirkbride Brown MacLeod <jkbmacleod@icloud.com>, Henry Cutter <vfhc@nyc.rr.com>, Marc Dupuis <marco.dupuis@gmail.com>, Doug & Zoe Billman <dbillman@rcn.com>, Elliott Thurston <esthurston@hotmail.com>, Shawn T Flaherty <stf@pghfirm.com>, Hank Greely <hgreely@stanford.edu>, Joichi Ito <Joiito@gmail.com>, Paul Jolly <paulsjolly@gmail.com>, Pin - Siddartha Mazumdar <sid.mazumdar@gmail.com>, Joan Kidder <kidderjoan@gmail.com>, Roland Vogl <rvogl@law.stanford.edu>, Barbara van Schewick <schewick@stanford.edu>, Ken & Andrea Thompson MD <visiblehands@mac.com>, Matt Lovell <mlovell44@gmail.com>, "Ling, Jenny" <jennyl@theaccelerationproject.org>, Caleb & Martha Johnson Alexander <galexand@jhsph.edu>, Nick Thompson <npt134@gmail.com>, nesson@law.harvard.edu, George Church <gchurch@genetics.med.harvard.edu>, Nancy Larson O'Sullivan <n.osullivan@cox.net>, John & Catherine Carter Palfrey <jpalfrey@law.harvard.edu>, Richard Robb <rrobbmd@verizon.net>, Robin Appleberry <robinappleberry@yahoo.com>, Scott MacLeod <sgkmacleod@worlduniversityandschool.org>, "Hugh M. Thomas" <h.thomas@miami.edu>, Erica Robb Thaler <erica.thaler@uphs.upenn.edu>, Lillian & Ruben Thomas <lillianbthomas57@gmail.com>, John Tadler <olfroth@gmail.com>, Tym Lenderking <Lenderkingta@yahoo.com>, World University <worlduniversityandschool@gmail.com>, Rolene Walker <rolenewalker@gmail.com>, warren@law.harvard.edu, Robin Wilder Younger <robinwyounger@gmail.com>, "Em4ofa@aol.com" <em4gdcp@btinternet.com>, Alden F Briscoe <ABriscoe@brakeleybriscoe.com>, Charles Nesson <nesson@gmail.com>, Ed Smyth MD <edlectic@gmail.com>, Eric Starbuck <ericwilliamstarbuck@gmail.com>, Frank Cindrich <guyovernight@hotmail.com>, Gerry & Mary Lou Kennedy <geraldkennedy1155@gmail.com>, John & Gretchen Kidder <jkidder@vtc.edu>, Stephon Owens <stephono87@gmail.com>, Lisa Ximei Peng <ximeipeng@hotmail.com>, Lynn Cosmos <lynncosmos@gmail.com>, Byron Hann <byronhann1@gmail.com>, "Demoise, David C" <demoisedc@upmc.edu>, Sarah DiMare <scdimare@yahoo.com>, shauna.mcnally@chase.com, Anne MacLeod Shoemaker <annemshoemaker@gmail.com>, Sherrie Noble <sherrieannenoble@outlook.com>, Brig Alexander <gitte234@verizon.net>, "Charles B. Hulley" <charles.hulley@gmail.com>, thomas.g.hulley@gmail.com, vanessa.hulley@gmail.com, "Matchett, David" <dmatchett@gmail.com>, Eric B Myers <ericbmyers@hotmail.com>, Elliott Thurston <esthur7362@gmail.com>, Caleb & Martha Johnson Alexander <galexan9@jhmi.edu>, Sally Burry i'anson <auntloop@yahoo.com>, Katie Craig <katie.craig11@gmail.com>, Claire MacLeod Ohman <ohmanclaire@gmail.com>, Patti Cobb <pkcobb@pacbell.net>, Rosemary Coffey <rosemarycoffey@aol.com>, Urs Gasser <ugasser@gmail.com>, jon strieter <jonstrieter@gmail.com>, Edwin Christwitz <echristwitz@yahoo.com>, Barbara Christwitz <christwitzbarbara@gmail.com>, Mahavir <Mahavir10008@gmail.com>, Ann Prehn <pubs@harbin.org>, Lacy Rose <alderrose@gmail.com>, Gabriele.Fellows@lakecountyca.gov | ||
date: | Sep 10, 2025, 2:45 PM | ||
subject: | Re: Happy Birthday to you, Ishvara and Richard! |
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realistic virtual earth for genetic traits modeling & simulations for all species
- Whole-cell models: Platforms like the one created by the J. Craig Venter Institute simulate the entire life cycle of a minimal cell, detailing molecular components and interactions.
- Population models: Software such as HexSim, SLiM, and cgsim model the genetic and population dynamics of specific species or groups, often within spatially explicit landscapes.
- Ecosystem and macroevolutionary models: Platforms like
gen3sis
simulate eco-evolutionary processes and species diversification across a continent or the globe over geological time scales, though with simplified species representations.
- Genomic data: Advancements in next-generation sequencing provide the raw genetic information. However, compiling complete, high-quality genetic data for all species is still an ongoing process.
- Landscape data: Tools like
slendr
can incorporate real Earth landscapes (or abstract maps) to model population movements and spatial dynamics. - Ecological data: Environmental data, such as climate, habitat quality, and species interactions, are essential for realistic simulations, but global data sets are often incomplete or too coarse-grained for fine-scale genetic modeling.
slendr
: An R package for simulating spatio-temporal genomic data. It can model population ranges and their dynamics on real Earth landscapes, leveraging the power of R for geospatial analysis.Geonomics
: A Python package designed for complex, spatially explicit landscape genomic simulations. It is valuable for studying how complex landscapes, climate change, and multi-trait selection affect a population's genetics.- HexSim: An individual-based model focused on simulating wildlife population dynamics within a complex, gridded landscape. It is used by the US EPA and others for conservation and environmental impact analysis.
gen3sis
: A general engine for large-scale eco-evolutionary simulations. It models the creation, dynamics, and extinction of species over geological time, driven by user-specified landscapes and ecological and evolutionary processes.SLiM
: A flexible framework for forward population genetic simulations that can model complex eco-evolutionary scenarios. It is particularly good for whole-chromosome modeling in large populations.
simer
: An R package designed for simulating complex breeding and population genetics processes for a variety of species, including humans, plants, animals, and microorganisms.Blib
: A multi-module platform that handles complex genetic effects and can simulate many different breeding scenarios for genetic studies.
- OneZoom Tree of Life Explorer: A powerful visualization tool that maps the evolutionary relationships of millions of species on a single zoomable page. While not a simulation platform, it is an essential resource for exploring macroevolutionary patterns derived from genetic data.
- Computational power: Massive increases in computing power, potentially through quantum computing, will be needed to model all the genomic and environmental interactions.
- Integrative platforms: The next step is to create frameworks that seamlessly integrate existing landscape, genetic, and ecological models. Research connecting ecosystem dynamics with evolutionary genetics is already underway.
- Artificial intelligence: AI and machine learning could be used to infer and fill in gaps in genetic and ecological data and to optimize the simulation process itself.
- Standardization: Developing standardized input and output data formats would allow different models to "talk" to each other, enabling a modular, integrated simulation
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- Real-world physics: AI could power dynamic simulations of ecosystems, weather, and geology for subjects like Earth science.
- Training AI agents: These virtual environments would allow AI agents to be trained to navigate and interact with the world, avoiding the costs and risks of real-world training.
- Historical and future simulations: Students could explore ancient cities or visualize the effects of climate change by using a timeline feature.
- Multisensory data: The system could use various data types, such as video, audio, and sensor inputs, to create a more comprehensive and realistic simulation.
- Focus on uncertainty: Norvig distinguishes traditional software engineering from AI, noting that AI excels at solving problems with incomplete or noisy data—perfect for simulating a complex, ever-changing Earth.
- Human-centered AI: He advocates for AI tools that augment human abilities and provide meaningful control to users, ensuring any virtual environment is a better, more transparent learning tool.
- Beyond the textbook: Norvig has long called for AI education to move past static texts and use dynamic, interactive systems. A "Realistic Virtual Earth" fits this model by bringing subjects like history, science, and geography to life.
- Current state: WUaS has used social media and blog posts to promote the vision of a "Realistic Virtual Earth" and has linked it with Norvig and the AI tool directory Toolify.ai.
- Educational focus: The goal is to "toolify" learning by using AI and machine learning to build virtual world simulations that can be used to teach complex subjects.
- Interactive learning: Current tools like NASA's Eyes, Harvard's EcoXPT, and PhET simulations offer a basic foundation for interactive, research-based learning.
- Virtual exploration: Google Earth already provides a familiar interface for viewing high-resolution imagery and 3D terrain. The conceptual "Realistic Virtual Earth" would extend this with AI-powered, dynamic systems.
- Next-gen world models: The development of LWMs by companies like Google DeepMind (Genie 3) and NVIDIA (Cosmos) is making hyper-realistic, interactive virtual environments more achievable. These models, used in conjunction with a physics engine, could provide the technological backbone for such a project.
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Visit the Great free #NFS #HotSprings #EastOfSierraMtns like #BuckeyeHotSprings #TravertineHotSprings in #1960s1970s which were deserted 9/9/25 & by #ReinventingHistory in #RealisticVirtualEarth in #GStreetView w #GTimeslider to visit them in #
Visit the Great free #NFS #HotSprings #EastOfSierraMtns like #BuckeyeHotSprings #TravertineHotSprings in #1960s1970s which were deserted 9/9/25 & by #ReinventingHistory in #RealisticVirtualEarth in #GStreetView w #GTimeslider to visit them in #RealisticVirtualEarthForHotSprings ~ https://t.co/pO3P8aunbI
— WorldUnivandSch (@WorldUnivAndSch) September 11, 2025
Asked #GoogleAIStudio -https://t.co/arXwUHEyLm How best to create the beginning of #RealisticVirtualHarbin #HotSpringsWarmPool with #ONSEN video - https://t.co/EG5TqrloNL sitting on #HWarmPool's front bench near #HarbinWPFrontStairs looking toward the #HarbinHotPoolRoom doorway?
— HarbinBook (@HarbinBook) May 9, 2025
Visit the Great free #NFS #HotSprings #EastOfSierraMtns like #BuckeyeHotSprings #TravertineHotSprings in #1960s1970s which were deserted 9/9/25 & by #ReinventingHistory in #RealisticVirtualEarth in #GStreetView w #GTimeslider to visit them in #RealisticVirtualEarthForHotSp
Great free #NFS #HotSprings #EastOfSierraMtns like #BuckeyeHotSprings #TravertineHotSprings #LittleCreekHotSprings seem deserted today; Time to develop in a #
Great free #NFS #HotSprings #EastOfSierraMtns like #BuckeyeHotSprings #TravertineHotSprings #LittleCreekHotSprings seem deserted today; Time to develop in a #
https://x.com/HarbinBook/
https://x.com/scottmacleod/
https://x.com/sgkmacleod/
https://x.com/Q_YogaMacFlower/
https://x.com/WorldUnivAndSch/
INCREDIBLE replies fr https://t.co/i2a7w85zhz to create #RealisticVirtualHarbin fr https://t.co/vXXqm7yNTs -https://t.co/bRIYa3rS9N &w #GStreetView w #TimeSlider Fascinating opps for #WUaSstudents, #UniversitiesStudents around world, & #hackers, to create #RealisticVirtualEarth ~
— WorldUnivandSch (@WorldUnivAndSch) May 9, 2025
https://x.com/WorldUnivAndSch/
https://x.com/HarbinBook/
https://x.com/sgkmacleod/
https://x.com/WUaSPress/
https://x.com/scottmacleod/
https://x.com/TheOpenBand/
https://x.com/WorldUnivAndSch/
https://x.com/Q_YogaMacFlower/
https://www.linkedin.com/
https://www.linkedin.com/
https://www.linkedin.com/
And see too #PeterNorvig's INCREDIBLE #ToolifyAiWUaS article mentioning a #RealisticVirtualHarbin HotSprings ... and even #StudyingBliss ~
https://www.toolify.ai/ai-
And here's the Harbin Hot Springs' gatehouse in 2024, 2012 and 2007 ...
~ https://goo.gl/maps/
http://
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https://en.wikipedia.org/wiki/Hiptage_benghalensis
http://www.flowersofindia.net/catalog/slides/Madhavi%20Lata.html
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- Lotus (): Known as Kamal or Padma, the lotus is the most prominent flower in the Gita. It symbolizes purity, detachment, and spiritual enlightenment because it grows from the mud but blossoms cleanly above the water. Lord Krishna uses the lotus leaf as an analogy for how a yogi should act in the world without being affected by its impurities.
- Blue Water Lily (): Called Neel Kamal, this flower is mentioned in relation to the battlefield of Kurukshetra, symbolizing purity and grace amidst chaos. Its emergence from murky waters also represents spiritual ascent.
- Night Jasmine (): The Parijaat or Har Singaar is known for its fragrant, white-and-orange flowers that bloom at night. It is tied to the mythology of Lord Krishna and symbolizes the divine cycle of life and rebirth.
- Kanak Champa (): The Karnikar flower is described in a canto of the Bhagavad Purana (which expands on themes from the Gita) as an ornament worn by Krishna as he enters the forest of Vrindavan.
- Champak (): With its mesmerizing aroma, the golden-yellow Champak flower symbolizes devotion and the bond between the individual soul and the universal soul. It is frequently associated with divine romance in Krishna legends.
- Madhavi Lata (): This vine evokes the divine play of Krishna in the forests of Vrindavan and is a metaphor for the soul's spiritual longing for liberation (moksha).
- Marigold (or): Known as Genda, marigolds symbolize auspiciousness and joy in Hindu traditions. They are mentioned in the Mahabharata, the larger epic containing the Gita, and represent the soul's desire for a connection with the divine.
- Safflower (Kusumbha): This plant was used for dyes and oil, and its symbolism was recognized in various ancient texts.
- Ashoka (): The flowers of the Ashoka tree were a symbol of love and were used in rituals.
- Kadamba (): Mentioned in ancient literature, the Kadamba tree and its distinctive flowers were associated with Krishna and his divine pastimes.
- Mango (): While primarily known for its fruit, the mango tree and its flowers were also icons of love and fertilit
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- Lotus (Kamala/Padma): A prominent symbol of purity and spiritual detachment, the lotus is frequently used in similes and is often associated with goddesses like Lakshmi and Saraswati, as well as the god Brahma.
- Jasmine (Chameli/Yuthika): Symbolizing spiritual sweetness, purity, and love, Jasmine is offered to gods as a sign of unadulterated devotion. It was also admired for its fragrance and used in various ways.
- Parijat (Nyctanthes arbor-tristis): This night-flowering Jasmine represents divine favor and eternal life. Its delicate white petals with bright orange centers are likened to the purifying flame of awareness.
- Ashoka (Saraca indica): Known for its beautiful flowers and its association with joy and overcoming sorrow, the Ashoka tree also appears in the Ramayana where Sita spent time under one in Ravana's garden.
- Marigold (Genda): Symbolizing auspiciousness, joy, and the soul's desire for the divine, marigolds are central to Hindu festivities.
- Red Hibiscus (Japa): Representing divine strength and power, the Hibiscus is often dedicated to the goddess Kali. Its red color symbolizes focused effort and virtuous action.
- Bhandhook (Pentapetes phoenicea): This vibrant orange-red flower blooms at noon and symbolizes life's intensity and the divine presence.
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