𝐋'𝐄𝐃𝐈𝐓𝐎 𝐃𝐄 𝐃𝐔𝐁𝐎𝐈𝐒
#06JUILLET2026

Bonjour à tous,

En tant que leaders, bâtisseurs et créateurs, notre outil le plus précieux n'est ni notre logiciel ni notre stratégie, mais l'architecture de notre propre système nerveux. L'actualité scientifique de ce lundi 6 juillet 2026 met en lumière des découvertes fascinantes qui prouvent à quel point la sagesse biblique millénaire était en réalité le tout premier manuel d'ingénierie humaine.

𝐋𝐞 « 𝐆𝐫𝐨𝐮𝐧𝐝𝐢𝐧𝐠 » : 𝐪𝐮𝐚𝐧𝐝 𝐥𝐚 𝐭𝐞𝐫𝐫𝐞 𝐞́𝐭𝐞𝐢𝐧𝐭 𝐥'𝐢𝐧𝐟𝐥𝐚𝐦𝐦𝐚𝐭𝐢𝐨𝐧
Le « grounding » (ou ancrage par le sol) démontre que notre physiologie est intimement liée à la matière originelle dont nous avons été formés. Comme le confirment les recherches publiées dans Frontiers, le contact physique direct avec la terre permet un transfert d'électrons qui neutralise les radicaux libres, régulant ainsi le tonus vagal et réduisant drastiquement l'inflammation systémique. Cette réalité biologique fait puissamment écho à 𝐆𝐞𝐧𝐞̀𝐬𝐞 𝟐:𝟕, qui rappelle que « l'Éternel Dieu forma l'homme de la poussière de la terre ». Ce lien charnel est d'ailleurs magnifiquement illustré par la guérison de l'aveugle-né (𝐉𝐞𝐚𝐧 𝟗:𝟔), où Jésus utilise la boue pour restaurer la vue, soulignant que notre corps trouve souvent sa guérison dans un retour aux sources de la Création. En pratique, cette physiologie de l'incarnation nous invite à déconnecter pour mieux nous reconnecter : prenez le temps de marcher dans la nature et de retrouver ce contact physique avec la terre afin de décharger vos tensions accumulées et d'éteindre l'inflammation.

𝐋𝐚 𝐥𝐮𝐦𝐢𝐞̀𝐫𝐞 𝐦𝐚𝐭𝐢𝐧𝐚𝐥𝐞 : 𝐥'𝐢𝐧𝐭𝐞𝐫𝐫𝐮𝐩𝐭𝐞𝐮𝐫 𝐝𝐞 𝐥'𝐞𝐬𝐩𝐫𝐢𝐭
L'optimisation de nos capacités exécutives commence dès les premiers instants de la journée. Selon les données de Neuroscience News, l'exposition à la lumière naturelle dans l'heure suivant le réveil synchronise l'horloge circadienne, optimisant la libération de cortisol sain le matin et garantissant une meilleure production de mélatonine le soir, ce qui dissipe le brouillard cognitif. Cette mécanique de l'éveil résonne parfaitement avec le rythme du Christ dans 𝐌𝐚𝐫𝐜 𝟏:𝟑𝟓 : « Vers le matin, pendant qu'il faisait encore très sombre, il se leva, et sortit pour aller dans un lieu désert, où il pria. » En cherchant la présence divine aux premières lueurs de l'aube, il alignait sa physiologie humaine avec sa mission spirituelle pour s'assurer une clarté totale. En pratique, sanctuarisez votre réveil : arrêtez de consulter vos écrans au saut du lit et exposez directement vos yeux à la lumière naturelle pour garantir votre lucidité décisionnelle du jour.

𝐋𝐚 𝐜𝐨-𝐫𝐞́𝐠𝐮𝐥𝐚𝐭𝐢𝐨𝐧 : 𝐧𝐨𝐬 𝐜𝐨𝐞𝐮𝐫𝐬 𝐛𝐚𝐭𝐭𝐞𝐧𝐭 𝐚̀ 𝐥'𝐮𝐧𝐢𝐬𝐬𝐨𝐧
Notre paix intérieure possède un pouvoir de résonance direct et physique sur ceux qui nous entourent. Les études relayées par The Transmitter sur la neurobiologie interpersonnelle montrent que lors d'un échange authentique en face-à-face, les variabilités des fréquences cardiaques des interlocuteurs se synchronisent physiquement, apaisant mutuellement leurs systèmes nerveux. Cette co-régulation biologique s'illustre merveilleusement lors de la rencontre entre Marie et 𝐄́𝐥𝐢𝐬𝐚𝐛𝐞𝐭𝐡 (𝐋𝐮𝐜 𝟏:𝟒𝟏) : « Dès qu'Élisabeth entendit la salutation de Marie, son enfant tressaillit dans son sein. » Leurs corps et esprits s'accordent instantanément, la présence habitée de l'une régulant la physiologie de l'autre. En pratique, souvenez-vous que votre stress est contagieux, mais que votre paix l'est tout autant : en tant que leader, cultiver un système nerveux apaisé permet de réguler littéralement celui de vos équipes face à l'adversité.

𝐋𝐞 𝐬𝐨𝐦𝐦𝐞𝐢𝐥 𝐩𝐚𝐫𝐚𝐝𝐨𝐱𝐚𝐥 : 𝐥𝐚 𝐦𝐚𝐜𝐡𝐢𝐧𝐞 𝐚̀ 𝐥𝐚𝐯𝐞𝐫 𝐥𝐞𝐬 𝐭𝐫𝐚𝐮𝐦𝐚𝐬
Le véritable renouvellement de notre esprit nécessite souvent un abandon total de notre contrôle. Comme l'expliquent les recherches publiées par le Massachusetts Institute of Technology (MIT), c'est pendant la phase de sommeil paradoxal (REM) que le cerveau retraite les souvenirs émotionnels intenses, mais en bloquant totalement la sécrétion de noradrénaline, l'hormone du stress. Cette thérapie nocturne, qui désarme littéralement nos peurs, fait écho à la grâce décrite dans le 𝐏𝐬𝐚𝐮𝐦𝐞 𝟏𝟐𝟕:𝟐 : « Il en donne autant à ses bien-aimés pendant leur sommeil. » C'est d'ailleurs en plongeant Adam dans un profond sommeil que Dieu façonne Ève, prouvant que les transformations les plus profondes s'opèrent quand nous acceptons de lâcher prise. En pratique, sanctuarisez votre repos : le manque de sommeil n'est jamais une preuve de dévouement, c'est un sabotage neuro-cognitif qui vous prive de votre capacité naturelle à digérer votre charge allostatique.

𝐋'𝐞́𝐦𝐞𝐫𝐯𝐞𝐢𝐥𝐥𝐞𝐦𝐞𝐧𝐭 𝐝𝐢𝐬𝐬𝐨𝐮𝐭 𝐥'𝐞𝐠𝐨
La contemplation de ce qui nous dépasse est le remède le plus immédiat contre nos obsessions anxieuses. Selon les travaux de l'UCSF Neurosciences, expérimenter le sentiment d'émerveillement face à l'immensité désactive instantanément l'activité du cortex préfrontal médian, réduisant drastiquement l'importance accordée à nos problèmes personnels et relativisant notre ego. C'est exactement l'expérience neurologique du roi David dans le 𝐏𝐬𝐚𝐮𝐦𝐞 𝟖:𝟑-𝟒 : « Quand je contemple les cieux, ouvrage de tes mains... Qu'est-ce que l'homme, pour que tu te souviennes de lui ? » Face à l'univers, ses ruminations de souverain disparaissent au profit d'une humilité joyeuse. En pratique, si vous tournez en rond sur une difficulté ou un blocage stratégique, sortez et contemplez l'immensité du ciel : cet émerveillement redimensionnera vos angoisses et débloquera votre capacité d'innovation.

𝐋𝐞𝐬 𝐥𝐚𝐫𝐦𝐞𝐬 : 𝐥'𝐞𝐱𝐜𝐫𝐞́𝐭𝐢𝐨𝐧 𝐝𝐞 𝐧𝐨𝐬 𝐬𝐨𝐮𝐟𝐟𝐫𝐚𝐧𝐜𝐞𝐬
La tristesse assumée n'est pas une faiblesse émotionnelle, c'est un mécanisme de détoxification du corps. La biochimie relayée par NCBI - National Center for Biotechnology Information révèle que les larmes émotionnelles contiennent des niveaux élevés d'hormones de stress (comme l'ACTH) ainsi qu'un analgésique naturel (la leucine enképhaline). Pleurer agit donc comme une véritable fonction d'excrétion biologique. Ce besoin physiologique est validé par l'humanité du Christ en 𝐉𝐞𝐚𝐧 𝟏𝟏:𝟑𝟓, le verset le plus court et le plus vulnérable face à la tombe de Lazare : « Jésus pleura. » Retenir ses larmes revient littéralement à s'intoxiquer de son propre stress. En pratique, ne sous-estimez jamais le poids physiologique de vos peines : autorisez-vous à utiliser cette soupape, car accepter ses émotions est la première preuve d'une haute intelligence adaptative.

𝐋𝐞 𝐜𝐡𝐚𝐧𝐭 𝐜𝐨𝐥𝐥𝐞𝐜𝐭𝐢𝐟 𝐡𝐚𝐫𝐦𝐨𝐧𝐢𝐬𝐞 𝐥𝐞𝐬 𝐛𝐚𝐭𝐭𝐞𝐦𝐞𝐧𝐭𝐬 𝐝𝐞 𝐜𝐨𝐞𝐮𝐫
L'unité d'un groupe dépasse la simple adhésion intellectuelle pour s'inscrire au cœur de nos rythmes biologiques. Les recherches publiées dans Frontiers expliquent que chanter en groupe exige une respiration synchronisée qui aligne la variabilité de la fréquence cardiaque de tous les participants, créant un véritable « super-organisme » connecté. Cette puissance neuro-acoustique prend tout son sens en 𝐀𝐜𝐭𝐞𝐬 𝟏𝟔:𝟐𝟓 : « Vers le milieu de la nuit, Paul et Silas priaient et chantaient les louanges de Dieu. » Au cœur de leur prison, l'utilisation de leur voix dans un chant commun repousse la panique et déclenche une force qui ébranle leurs chaînes. En pratique, comprenez que les rituels collectifs et la vision partagée d'une équipe (« parler d'une seule voix ») ne sont pas que des mots : ce sont des synchronisateurs biologiques indispensables pour forger votre résilience.

𝐋𝐞 𝐜𝐨𝐧𝐭𝐚𝐜𝐭 𝐯𝐢𝐬𝐮𝐞𝐥 : 𝐥'𝐚𝐮𝐭𝐨𝐫𝐨𝐮𝐭𝐞 𝐝𝐞 𝐥𝐚 𝐜𝐨𝐧𝐟𝐢𝐚𝐧𝐜𝐞
Le lien de confiance le plus profond se tisse dans la vulnérabilité de la rencontre des regards. Selon MDPI, un contact visuel soutenu et bienveillant court-circuite l'amygdale (le centre de la peur) et stimule les réseaux de neurones miroirs, inondant le cerveau d'ocytocine, l'hormone de l'attachement. Cette réalité neurologique illumine la majestueuse bénédiction sacerdotale de 𝐍𝐨𝐦𝐛𝐫𝐞𝐬 𝟔:𝟐𝟓 : « L'Éternel fasse luire sa face sur toi, et t'accorde sa grâce ! » Rechercher le regard divin, c'est désirer cette connexion ininterrompue qui bannit toute peur de l'abandon. En pratique, pour instaurer un climat de sécurité psychologique dans vos projets, privilégiez toujours les échanges en face-à-face et le contact visuel direct ; c'est le canal le plus rapide pour désamorcer les méfiances et bâtir des fondations humaines solides.

𝐋𝐞 𝐣𝐞𝐮̂𝐧𝐞 𝐛𝐨𝐨𝐬𝐭𝐞 𝐥𝐚 𝐧𝐞𝐮𝐫𝐨𝐠𝐞𝐧𝐞̀𝐬𝐞
La clarté de l'esprit s'aiguise souvent par la privation volontaire. Les données de Nature Neuroscience et Nature Portfolio confirment que le jeûne déclenche la production de BDNF, une protéine qui stimule la création de nouveaux neurones et augmente de façon spectaculaire la réceptivité mentale. C'est l'exacte préparation du Christ avant d'entamer sa mission en 𝐌𝐚𝐭𝐭𝐡𝐢𝐞𝐮 𝟒:𝟐 : « Après avoir jeûné quarante jours et quarante nuits, il eut faim. » Ce jeûne n'est pas une simple mortification, c'est une optimisation radicale pour acquérir la lucidité nécessaire face aux illusions du désert. En pratique, lorsque vous devez trancher des décisions complexes, imposez-vous des temps de privation volontaire (qu'il s'agisse de nourriture, de dopamine numérique ou d'hyper-connexion) : ce vide délibéré créera l'espace dont votre cerveau a besoin pour retrouver sa clairvoyance.

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𝐀̀ 𝐕𝐎𝐔𝐒 𝐃𝐄 𝐉𝐎𝐔𝐄𝐑 :
Laquelle de ces 9 découvertes résonne le plus fort avec votre saison actuelle ?
Partagez votre réflexion en commentaire, je serai ravi d'échanger avec vous !

Pensez à partager ce post à un proche ou un leader qui a besoin de se rappeler aujourd'hui à quel point il a été merveilleusement créé et retrouvons-nous demain pour #LEDITODEDUBOIS.

#QuiSuisJe #Identité #Vocation #action #Éternité #DuboisEllison #Neurothéologie #neurosciences #FoiEtScience #SagesseBiblique #développementpersonnel #LeadershipSpirituel #santémentale #bienêtre

Ever get goosebumps while listening to a song?

That powerful chill that runs down your spine has a name: frisson.

Frisson is a scientifically recognized phenomenon that occurs when music triggers an intense emotional response. Certain sounds, harmonies, dramatic changes in tempo, or deeply meaningful lyrics can activate the brain's reward centers, causing the release of dopamine—the same neurotransmitter associated with pleasure, motivation, and reward.

The result? Chills, goosebumps, shivers, or even tears.

Interestingly, not everyone experiences frisson. Research suggests that people who do may have stronger connections between areas of the brain responsible for emotion and sensory processing. They also tend to be more emotionally aware, empathetic, and deeply moved by art, music, nature, and meaningful experiences.

In other words, if a song has ever given you chills, your brain may be especially tuned to experience the beauty and emotion hidden within life's moments.

Have you ever experienced frisson? What song gives you goosebumps every time you hear it?


#BrainScience #PsychologyFacts #MusicAndTheBrain #Frisson #Neuroscience #MindBodyConnection

God's creation = 100 /evolution = 0
I thought I would do something different today. So often atheists say there are no “real” scientists who support young earth creation or a global flood.

That simply isn’t true.

Here is a partial list of real scientists and their credentials from CMI's website. And yes, this is only a partial list.

We are not claiming numbers equal truth. But sometimes a little pushback is needed so people can see reality for what it is and understand that this claim just doesn’t hold up.

Dr Paul Ackerman, Assistant Professor of Psychology, Wichita State University.
Dr E. Theo Agard, Medical Physics
Dr James Allan, Genetics
Dr John Ashton, Chemistry, Food technology
Dr Steve Austin, Geology
Dr S.E. Aw（胡瑞永; Pinyin Hú Ruìyǒng,) Biochemistry
Dr Geoff Barnard, Immunology
Dr Don Batten, Plant physiology
Dr Donald Baumann, Solid State Physics, Professor of Biology and Chemistry, Cedarville University
Dr John Baumgardner, Electrical Engineering, Space Physicist, Geophysicist, expert in supercomputer modeling of plate tectonics
Dr Élizabeth Beauchesne Biomedical Sciences.
Dr Jerry Bergman, Psychology, Human Biology/Physiology
Dr Kimberly Berrine, Microbiology & Immunology
Prof. Vladimir Betina, Microbiology, Biochemistry & Biology
Dr Markus Blietz, Astrophysicist
Dr Raymond G. Bohlin, Biology
Dr Andrew Bosanquet, Biology, Microbiology
Dr Edward A. Boudreaux, Theoretical Chemistry
Dr David Boylan, Chemical Engineering
Dr Bernard Brandstater, Anesthesiology
Prof. Stuart Burgess, Engineering and Biomimetics, Professor of Design & Nature, Head of Department, Mechanical Engineering, University of Bristol (UK)
Prof. Linn E. Carothers, Associate Professor of Statistics
Dr Ben Carson, Professor and chief of pediatric neurosurgery at Johns Hopkins University. He has 51 honorary doctorates, including from Yale and Columbia Universities.
Dr Robert W. Carter, Marine Biology
Prof. Sung-Do Cha, Physics
Dr Eugene F. Chaffin, Professor of Physics
Dr Ainsley Chalmers, Biochemist, medical researcher
Dr Choong-Kuk Chang, Genetic Engineering
Prof. Jeun-Sik Chang, Aeronautical Engineering
Dr Xidong Chen, Solid State Physics, Assistant Professor of Physics, Cedarville University
Dr Donald Chittick, Physical Chemistry
Prof. Chung-Il Cho, Biology Education
Dr John M. Cimbala, Mechanical Engineering
Dr Harold Coffin, Paleontology
Dr Bob Compton, DVM, PhD
Dr Matthew Cserhati, Molecular Biology
Dr Ken Cumming, Biology
Dr Malcolm Cutchins, Aerospace Engineering
Dr Lionel Dahmer, Analytical Chemistry
Dr Chris Darnbrough, Biochemistry
Dr Nancy M. Darrall, Botany
Dr Bryan Dawson, Mathematics
Dr Douglas Dean, Biological Chemistry
Prof. Stephen W. Deckard, Assistant Professor of Education
Dr David A. DeWitt, Biology, Biochemistry, Neuroscience
Dr Don DeYoung, Astronomy, atmospheric physics
Dr Geoff Downes, Plant Physiology
Dr Ted Driggers, Operations research
Robert H. Eckel, Medical Research (more than 80 research papers)
Dr André Eggen, Genetics
Dr Leroy Eimers, Atmospheric Science, Professor of Physics and Mathematics, Cedarville University
Dr Dudley Eirich, Molecular biologist
Prof. Dennis L. Englin, Professor of Geophysics
Prof. Danny Faulkner, Astronomy
Dr Dennis Flentge, Physical Chemistry, Professor of Chemistry and Chair of the Department of Science and Mathematics, Cedarville University
Prof. Carl B. Fliermans, Professor of Biology
Prof. Dwain L. Ford, Organic Chemistry
Prof. Robert H. Franks, Associate Professor of Biology
Dr Kenneth W. Funk, Organic Chemistry; biologically active peptide synthesis.
Dr Alan Galbraith, Watershed Science
Dr Roger G. Gallop, P.G., Geology
Dr Robert Gentry, Physics
Dr Maciej Giertych, Genetics
Dr Werner Gitt, Information Science
Dr Steven Gollmer, Atmospheric Science, Professor of Physics, Cedarville University
Dr D.B. Gower, Biochemistry
Dr Stephen Grocott, Industrial Chemistry
Dr Donald Hamann, Food Science
Dr Barry Harker, Philosophy
Dr Charles W. Harrison, Applied Physics, Electromagnetics
Dr John Hartnett, Physics and Cosmology
Dr Mark Harwood, Satellite Communications
Dr Joe Havel, Botanist, Silviculture, Ecophysiology
Dr George Hawke, Environmental Science
Dr Steven Hayes, Nuclear Science
Dr Margaret Helder, Science Editor, Botany
Dr Larry Helmick, Organic Chemistry, Professor of Chemistry, Cedarville University
Dr Harold R. Henry, Engineering
Dr Dewey Hodges, Professor of Aerospace Engineering
Dr Joseph Henson, Entomology
Dr Jonathan Henry, Chemical Engineering, Astronomy
Dr Robert A. Herrmann, Professor of Mathematics, US Naval Academy
Dr Kelly Hollowell, Molecular and Cellular Pharmacology
Dr Ed Holroyd, III, Atmospheric Science
Dr Bob Hosken, Biochemistry
Dr George F. Howe, Botany
Dr Neil Huber, Physical Anthropology
Dr Russell Humphreys, Physics
Dr James A. Huggins, Professor and Chair, Department of Biology
Dr G. Charles Jackson, Science Education
Dr Evan Jamieson, Hydrometallurgy
Prof. George T. Javor, Biochemistry
Dr Pierre Jerlström, Molecular Biology
Dr Arthur Jones, Biology
Dr Raymond Jones, Agricultural Science
Dr Valery Karpounin, Mathematical Sciences, Logic, Formal Logic
Dr Dean Kenyon, Biology
Prof. Gi-Tai Kim, Biology
Prof. Harriet Kim, Biochemistry
Prof. Jong-Bai Kim, Biochemistry
Prof. Jung-Han Kim, Biochemistry
Prof. Jung-Wook Kim, Environmental Science
Prof. Kyoung-Rai Kim, Analytical Chemistry
Prof. Kyoung-Tai Kim, Genetic Engineering
Prof. Young-Gil Kim, Materials Science
Prof. Young In Kim, Engineering
Dr David King, Astronomy.
Dr John W. Klotz, Biology
Dr Vladimir F. Kondalenko, Cytology/Cell Pathology
Dr Felix Konotey-Ahulu, Physician, leading expert on sickle-cell anemia
Dr Leonid Korochkin, M.D., Genetics, Molecular Biology, Neurobiology
Dr John K.G. Kramer, Biochemistry
Dr Johan Kruger, Zoology
Dr Wolfgang Kuhn, biology researcher and lecturer
Dr Heather Kuruvilla, Plant Physiology, Senior Professor of Biology, Cedarville University
Prof. Jin-Hyouk Kwon, Physics
Prof. Myung-Sang Kwon, Immunology
Dr Barry Lawrence, Nuclear Engineering
Dr Matti Leisola, Biochemistry (esp. of enzymes), D.Sc. in biotechnology, Dean, Faculty of Chemical and Materials Sciences, Aalta University, Finland
Dr John G. Leslie, biochemistry, molecular biology, medicine, biblical archaeology
Prof. Lane P. Lester, Biology, Genetics
Dr Jean Lightner, Agriculture, Veterinary science
Dr Peter Line, Neuroscience
Dr Jason Lisle, Astrophysics
Dr Raúl E López, Meteorology
Dr Alan Love, Chemistry
Dr Gloria Luciani-Torres, Molecular Oncology Researcher (Cancer Biology)
Dr Heinz Lycklama, Nuclear physics and Information Technology
Dr Ian Macreadie, Molecular Biology and Microbiology
Dr John Marcus, Molecular Biology
Dr George Marshall, Opthalmology researcher
Dr James Mason, Nuclear physics
Dr Ralph Matthews, Radiation Chemistry
Dr Mark McClain, Inorganic Chemistry, Associate Professor of Chemistry, Cedarville University
Dr John McEwan, Organic Chemistry
Prof. Andy McIntosh, Combustion theory, aerodynamics
Dr David Menton, Anatomy
Dr Angela Meyer, Plant Physiology
Dr John Meyer, Physiology
Dr Victor Meyer, Entomology, environmental science
Dr Douglas Miller, Professor of Chemistry, Cedarville University
Dr Robert T. Mitchell, Internal Medicine (specialist)
Dr Colin W. Mitchell, Geography
Dr Gina Mohammed, Plant physiology
Dr John N. Moore, Science Education
Dr John D. Morris, Geology
Dr Len Morris, Physiology
Dr Graeme Mortimer, Geology
Dr Stanley A. Mumma, Architectural Engineering
Dr Ron Neller, fluvial geomorphology
Prof. Hee-Choon No, Nuclear Engineering
Dr Eric Norman, Biomedical science
Dr David Oderberg, Philosophy
Professor Douglas Oliver, Professor of Biology
Prof. John Oller, Linguistics
Prof. Chris D. Osborne, Assistant Professor of Biology
Dr Charles Pallaghy, Botany
Dr Gary E. Parker, Biology, Cognate in Geology (Paleontology)
Dr Terry Phipps, Professor of Biology, Cedarville University
Dr Jules H. Poirier, Aeronautics, Electronics
Dr Georgia Purdom, Molecular Genetics
Dr Graeme Quick, Engineering, former Principle Research Scientist with CSIRO (Australia)
Dr Dan Reynolds, Organic Chemistry
Dr Chad Rodekohr, Engineering, Physics
Dr Jung-Goo Roe, Biology
Dr David Rodda, PhD, Population Genetics
Dr David Rosevear, Chemistry
Dr Marcus Ross, Paleontology
Dr Ariel A. Roth, Biology
Dr Ronald G. Samec, Astronomy
Dr John Sanford, Plant science / genetics
Dr Jonathan D. Sarfati, Physical chemistry / spectroscopy
Dr Joachim Scheven Paleontology
Dr Ian Scott, Education
Dr Saami Shaibani, Forensic Physics
Dr Young-Gi Shim, Chemistry
Prof. Hyun-Kil Shin, Food Science
Dr Mikhail Shulgin, Physics
Dr Emil Silvestru, Geology/karstology
Dr Roger Simpson, Engineering
Dr Horace D. (‘Skip’) Skipper, Professor Emeritus Soil microbiology, College of Agriculture, Forestry and Life Sciences, Clemson University, SC, USA
Dr E. Norbert Smith, Zoology
Dr Andrew Snelling, Geology
Prof. Man-Suk Song, Computer Science
Dr Timothy G. Standish, Biology
Prof. James Stark, Assistant Professor of Science Education
Prof. Brian Stone, Engineer
Dr Esther Su (苏绯云，Pinyin Sū Fēiyún), Biochemistry
Dr Dennis Sullivan, Biology, surgery, chemistry, Professor of Biology, Cedarville University
Dr Greg Tate, Plant Pathology
Dr Stephen Taylor, Electrical Engineering
Dr Larry Thaete, Molecular and Cellular Biology and Pathobiology
Dr Ker C. Thomson, Geophysics
Dr Michael Todhunter, Forest Genetics
Dr Lyudmila Tonkonog, Chemistry/Biochemistry
Dr S.H. ‘Wally’ Tow (Tow Siang Hwa), retired chairman of the Department of Obstetrics and Gynecology at the University of Singapore (d. 8 March 2019).
Dr Royal Truman, Organic Chemistry
Dr Brandon van der Ventel, Nuclear scientist
Dr Gerald Van Dyke, Ph.D. and Professor Emeritus in Botany, North Carolina State University
Dr Larry Vardiman, Atmospheric Science
Prof. Walter Veith, Zoology
Dr Joachim Vetter, Biology
Dr Erich Vorpagel, Biochemistry, Molecular Biology; computational protein function.
Dr Tas Walker, Mechanical Engineering and Geology
Dr Jeremy Walter, Mechanical Engineering
Dr Keith Wanser, Physics
Dr Noel Weeks, Ancient Near-East History (also has B.Sc. in Zoology)
Dr Carl Werner, Biologist
Dr A.J. Monty White, Chemistry/Gas Kinetics
Dr John Whitmore, Geology/Paleontology
Dr Kurt Wise, Paleontology
Dr Bryant Wood, Archaeology
Prof. Seoung-Hoon Yang, Physics
Dr Thomas (Tong Y.) Yi, Aerospace & Mechanical Engineering
Dr Ick-Dong Yoo, Genetics
Dr Sung-Hee Yoon, Biology
Dr Patrick Young, Chemistry and Materials Science
Prof. Keun Bae Yu, Geography
Dr Daiqing Yuan, Theoretical Physics
Dr Henry Zuill, Biology

ADDICTED TO APPROVAL (Part 4)

How Social Media Wires You for Approval

Social media did not create the approval problem. But it handed it a megaphone, a scoreboard, and a 24-hour broadcast channel.

Before #smartphones, approval-seeking had natural limits. You could only perform for the people in the room.

Feedback was slow, social circles were small, and there were hours in the day when no one was watching. That gave a person time to simply exist without an audience.

That space is gone now. And what replaced it is rewiring an entire generation from the inside.

The Machine in Your Pocket

Here is what is actually happening when you post something and wait for the response.

Social media platforms leverage the same neural circuitry used by slot machines and cocaine to keep users engaged.

When users receive positive #feedback online, dopamine receptors activate and action potentials propagate through neural networks, creating short-term feedback loops that lure users back for more.

That is not a metaphor. It is neuroscience. The same brain chemistry that drives substance addiction is triggered every time you get a like, a comment, or a new follower.

The platform designers know this. They built the systems this way deliberately.

#Scientists have found that every time you get a notification, a like, or watch a video you enjoy, your brain's reward system, specifically the nucleus accumbens, gets activated. Social media is designed to keep you #hooked, much like gambling.

Scientists call this delay discounting, where you choose the immediate reward of scrolling over something more important, like studying, sleeping, or spending time with people in real life.

Every pull-to-refresh is a slot machine pull. Every notification is a small hit. And just like any #addictive substance, the brain adjusts. Over time, you need more to feel the same effect.

The more you use social media, the harder it becomes for your brain to resist it. The brain starts pruning #neurons to make the reward pathway faster.

The shorter pathway means rewards feel faster, but it also makes you more impulsive and less able to stop scrolling. Over time, this pruning shrinks areas like the amygdala and nucleus accumbens, which are key for controlling emotions and making #decisions.

This is not about willpower. The platform is winning a biological battle against a brain that was never designed to handle this volume of social feedback.

Why Young People Are Most Vulnerable

The timing of all this matters enormously.

Starting around age 10, children's brains undergo a #fundamental shift that spurs them to seek social rewards, including attention and approval from peers.

Social media activity is closely tied to the ventral striatum, a brain region that receives a dopamine rush whenever we experience social rewards.

In #adults, two factors reduce the harm: a fixed sense of self that relies less on peer feedback, and a more mature prefrontal cortex that helps regulate emotional responses to social rewards. Young people have neither of these advantages.

Read that again. The years when young people are most biologically driven to seek peer approval are the exact years they are handed devices that deliver or withhold that #approval in real time, at scale, around the clock.

For the first time in human history, we have given up autonomous control over our social relationships and interactions, and now allow machine learning and artificial intelligence to make decisions for us.

As APA chief science officer Mitch Prinstein put it, what is scarier is considering how this may be changing brain development for an entire generation.

The Scoreboard Nobody Asked For

Before social #media, you could share something and simply not know how many people approved of it. That uncertainty was actually a protection. It forced you to develop your own internal standard.

Now everything is quantified. Posts have counts. Profiles have follower numbers. Every piece of content you put into the world comes back with a score.

According to research from the Pew Research Center, 59 percent of teenagers report feeling pressure to look good or appear successful on #social media, which erodes self-worth and heightens anxiety.

That #pressure is not incidental. It is structural. The platform is built around visibility metrics. When you post and the number is low, your brain registers it as social rejection.

When the number is high, it delivers a reward. You did not choose to play this game. But the moment you opened the app, you were entered into it.

New likes and new content on social media trigger dopamine again and again, making young people think more and more frequently about what is happening on their feeds, which leads to #anxiety and emotional lows described as depressive states.

The result is a person who wakes up and immediately reaches for their phone, not because they want information, but because they need to check the score.

They need to know where they stand. They need the approval to start their day.

The Comparison Trap

Social media does not just measure approval. It manufactures comparison.

Every scroll is a curated highlight reel of other people's best moments, best angles, best outcomes. Vacations, achievements, relationships, bodies. All of it filtered, staged, and selected for maximum #impact.

The dopamine deficit that follows heavy social media use manifests as depression and anxiety, mimicking the same #symptoms and feelings.

Over time, these effects alter the synaptic plasticity of specific brain pathways involved in reward and emotional regulation.

A young person comparing their internal reality, their doubts, their struggles, their ordinary Tuesday, to someone else's curated external performance will always come up short.

And when that comparison happens hundreds of times a day, the cumulative damage to self-image is significant.

This feeds directly into approval #addiction. The young person sees what gets applauded online and begins adjusting themselves accordingly.

The clothes they wear, the opinions they express, the places they go, the relationships they show. All of it gets filtered through the question: will this get approved?

The self becomes a product. The audience becomes the standard.

What the Bible Understood Before the Algorithm Did

Proverbs 4:23 says to guard your heart above all else, because everything you do flows from it. The heart, in #biblical terms, is the inner life: your values, your identity, your sense of self. It is the source from which your decisions emerge.

Social media is a direct assault on that inner life. It trains you to look outward for direction, to let the crowd determine what is worth keeping and what needs to be cut. It replaces the internal compass with an external scoreboard.

Matthew 6:1 records Jesus warning against performing #righteousness before people to be seen by them. The entire logic of social media performance runs against this.

Post to be seen. Perform to be validated. Exist only insofar as the audience confirms your existence.

That is not freedom. That is a very sophisticated cage.

The Exit Is Not Deactivation

Deleting the app will not fix what the app exposed. If the approval addiction was there before the platform, it will find another outlet. The phone is not the root problem. The emptiness that the phone exploits is.

The real work is building something inside you that does not collapse when the numbers are low. An identity anchored in something more stable than public opinion.

A sense of #worth that does not refresh with the feed.

That is what the next post addresses: how to break free, and what it actually takes to build a self that does not need the crowd's permission to exist.

The series continues.

#fypシ゚ #fyp #foryouシ #foryoupage #viralpost #fypシ #foryou #fypviralシ #davidwrites

PANPSYCHISM, THE NEW ERA
What is panpsychism, and why is it slowly changing the paradigm in neuroscience after the crisis and failure of materialism? From the denial of consciousness to its presence in all things... yet it seems to be just a less crude escape route.

READ MORE
https://www.uccronline.it/eng/2025/10/23/why-panpsychism-is-replacing-materialism/

A SCIENTIST WORTH KNOWING
Review of the world’s leading British neuropsychiatrist’s book. A surprising hymn against #materialism, but also profound reflections on neuroscience and consciousness. With a final confession: “I feel that #God speaks to me through what happens.”

https://www.uccronline.it/eng/2025/08/26/iain-mcgilchrist-between-neuroscience-hemispheres-and-god/

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Theme: “More Than Just a Game”

Occasion: U17 Rugby Family Day & Quarterfinals Preparation
Audience: Players, Coaches, Parents, Teachers, Supporters
Speaker: School Chaplain / Guest Speaker
Duration: Approx. 15–20 minutes

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1. Introduction

Warm greetings and welcome everyone – players, coaches, families, staff, and supporters.

“We gather not just to celebrate the sport of rugby, but the spirit it awakens in us: unity, discipline, resilience, and heart. Today’s theme — ‘More Than Just a Game’ — reminds us that rugby is not only about tries, tackles, and trophies. It’s about life, character, purpose, and legacy.”

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2. Scripture Reading

1 Corinthians 9:24–27 (NIV)

“Do you not know that in a race all the runners run, but only one gets the prize? Run in such a way as to get the prize… I discipline my body and keep it under control…”

Key Point: The Apostle Paul compares life to a sporting event. Just like athletes, we train, persevere, and aim for something greater than momentary glory.

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3. Theme Exploration: “More Than Just a Game”

A. Philosophical Insight

Sport, especially rugby, is a microcosm of life — a mirror of what we face daily:
• Opposition → challenges
• Teamwork → community
• Strategy → wisdom
• Injury → setbacks
• Victory/defeat → humility and growth

Quote: “Sport doesn’t build character, it reveals it.” – Heywood Broun

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B. Biblical & Theological Reflection
• Discipline and Training: Just as players discipline their bodies, so must we train spiritually (1 Timothy 4:8 – “Physical training is of some value, but godliness has value for all things…”)
• Unity in the Team: Rugby teaches koinonia – fellowship. Like the Body of Christ, each player has a role (1 Corinthians 12).
• Resilience and Endurance: James 1:2-4 – “Consider it pure joy when you face trials… so that you may be mature and complete.”
Injuries, losses, being benched — all build internal strength.

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C. Cultural Relevance (Fijian and Rugby Culture)
• Rugby is more than a sport in Fiji — it’s identity, pride, and a place where young men become leaders.
• Rugby in Fiji is a stage of national theology — where faith meets sweat, prayer meets boots, and communities rise together.

“We pray before we run, and we worship after we tackle.”

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D. Scientific Perspective
• Neuroscience: Team sports improve emotional resilience and brain connectivity, which helps with decision-making under pressure.
• Psychology: Playing for something greater than self increases performance. This is why faith, family, and school pride matter on the field.

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4. Message to Players

“You are not just athletes. You are leaders in boots, ambassadors of Suva Grammar, and witnesses of the values we preach.”

Before you step on the field:
• Remember your family watching
• Represent your school’s legacy
• Reflect your God-given gifts
• Remind yourselves: “We play to glorify.”

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5. Message to Families & Coaches

“Your words off the field matter as much as their actions on the field.”

• Support them not just in victories, but in valleys.
• Train them not only in rugby but in life’s virtues: humility, integrity, and teamwork.
• Don’t just raise champions, raise good men.

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6. Spiritual Application: The Ultimate Game
• Rugby will end, school will pass, trophies will fade — but character lasts forever.
• Jesus calls us not to just “play” life, but to live it with purpose.

“What good is it for someone to gain the whole world (or win every game), but lose their soul?” (Mark 8:36)

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7. Final Encouragement

Rugby may be a game, but your journey is a calling.

Whether you win or lose —
• Leave the field with honor.
• Play with heart.
• Trust God with the result.
• And always remember: You are more than just a player, because this is more than just a game.

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8. Closing Prayer

Prayer Points:
• Strength and safety for all players
• Wisdom and unity among coaches
• Protection and joy for all families
• Spiritual insight: That each player will know they are called by God to be more than just athletes — they are His light in the world.

The Quiet Gift: The Power of Doing Good in Secret

In an age where the tap of a phone screen can broadcast a moment of generosity to the world, there remains a peculiar and powerful mystery behind the quiet act—the kind that goes unseen, unpraised, and sometimes even unknown. It’s the volunteer who shovels a neighbor’s snowy walkway before sunrise. It’s the prayer offered up for a stranger’s healing, without ever asking for thanks or validation. These are acts done in secret. But far from being forgettable, they have a power all their own—psychologically, spiritually, and culturally.

The Sacred Silence of the Soul

Catholic tradition teaches a radical kind of humility: “When you give to the needy, do not let your left hand know what your right hand is doing,” Christ instructs in Matthew 6:3. This isn’t just poetic flourish; it’s a core pillar of how we are called to serve—because God sees in secret. The Catechism reinforces this, reminding us that “almsgiving, prayer, and fasting” are most meaningful when done not for attention, but from a pure heart.

In a psychological sense, this kind of action creates what researchers call “intrinsic motivation.” That’s the kind of motivation that comes from the inside out—we act because it’s right, not because it will bring us praise. Neuroscience backs this up. Studies have shown that altruistic acts, especially when done anonymously, activate the brain’s reward system—when our actions are done for praise or recognition, the reward is more fleeting. It satisfies ego, not the spirit. The brain registers it more like a sugary high—fast, gratifying, and soon gone.

Anonymous Kindness and the Power of Restraint

Think of Chuck Feeney, the co-founder of Duty Free Shoppers. You may not recognize his name, and that’s exactly how he wanted it. By 2020, Feeney had quietly given away his entire $8 billion fortune to causes around the globe—education, public health, human rights—often insisting that his name not appear on buildings or plaques. "I had one idea that never changed in my mind—that you should use your wealth to help people," he said. "I try to live a normal life, the way I grew up." It was only later in life that his story even emerged in public view.

Feeney’s anonymity wasn’t just a quirk. It was a reflection of a deep spiritual wisdom. As one monk once said, “When you do good and no one knows, only God can thank you—and that’s the best kind of thank you there is.”

The Psychological Gift of Secrecy

There’s also a fascinating psychological upside. Doing good in secret doesn’t just benefit the recipient—it forms the giver. A 2016 study from Yale found that people who practiced anonymous acts of kindness over a period of weeks reported longer-lasting increases in well-being than those who did the same acts publicly. Why? Researchers believe it’s because anonymity removes the “scorekeeping” function of the brain. You’re not waiting for a reaction. You’re not crafting a narrative. You’re just giving, freely.

The Danger of Doing Good for Show

Of course, public generosity isn’t inherently wrong. Role models and leaders can inspire through visible charity. But there’s a danger in the performance. When giving becomes theater, we risk commodifying virtue. Jesus warned of this too, pointing to the Pharisees who prayed loudly on street corners. “They have received their reward,” he said—meaning, yes, they’ve been noticed, but their gesture had no eternal weight.

This risk is especially real for those of us in leadership. We may be tempted to inspire through action but fall into self-promotion. The key is intention. Are we pointing to ourselves or to the goodness of God?

Why Anonymous Matters

Anonymous donors don’t just avoid the spotlight—they disappear into the gift itself. Without claiming any God-like power or authority here, there’s something beautifully Eucharistic about that: becoming one with the offering. It’s sort of an echo of how God works in the world—not with blaring trumpets, but through small, sacred acts of love. It mirrors how grace moves: invisible, transformative, often unnoticed until after the fact.

In the end, doing good in secret forms us in ways that public virtue can’t. It frees us from ego. It connects us to something greater than ourselves. And perhaps most importantly, it trains us to love like God does—without conditions, without applause, and always with joy.