The Forbidden Theory of Morphic Resonance

In 1920, Harvard psychologist William McDougall conducted experiments with Wistar rats in a water maze, where one exit was dark and safe, and the other was bright and electrified. The first generation took an average of 165 tries to learn to avoid the light. Over 30 generations, the average number of tries dropped to 20, an eight-fold improvement. This accelerated learning occurred even when McDougall selectively bred for slow learners, indicating a non-genetic transmission of learned ability.

First generation rats averaged 165 tries to learn the maze; by generation 30, they averaged 20 tries. This improvement accelerated over time and was observed even in lines bred for slow learning.

McDougall's findings were replicated by other scientists, including F.A.E. Crew in Scotland in 1923 and W.E. Agar in Australia over 20 years. Crew's untrained rats started at 25 tries, a level McDougall's rats reached after 30 generations, suggesting the knowledge had spread globally to the species without physical contact.

F.A.E. Crew's untrained rats in Scotland started at 25 tries, similar to McDougall's 30th generation. W.E. Agar in Melbourne also replicated the results over two decades, showing knowledge spreading through the entire species.

In 1920s Britain, blue tit birds learned to pierce foil milk bottle caps to drink the cream. This behavior spread across the country. After World War II, when foil caps were temporarily replaced by harder materials and the generation that knew the trick died out, the behavior re-emerged when foil caps returned, suggesting a non-observational, non-genetic transmission of the skill.

Blue tit birds in Britain learned to pierce foil milk caps. After a wartime hiatus and the death of the 'knowing' generation, the behavior reappeared when foil caps returned, across all of Britain simultaneously.

Chemists often struggle for years to crystallize new compounds for the first time. However, once a compound crystallizes successfully in one lab, it often becomes much easier to crystallize everywhere else on Earth. Examples include glycerol in 1867 and xylitol.

Glycerol was a liquid for centuries until a barrel crystallized during shipment in 1867; afterward, it crystallized easily everywhere. Xylitol followed a similar pattern.

Rupert Sheldrake, a Cambridge biochemist, proposed in 1981 that when any system organizes itself (a crystal forming, a plant growing, an animal learning), it creates a 'morphic field'—a memory in nature. Similar systems can then resonate with this field, accessing that memory across space and time without physical connection. The more a memory is accessed, the stronger it becomes.

Sheldrake observed a bean plant growing towards a support pole that wasn't yet installed, suggesting a pre-cognitive guidance. He theorized that DNA provides 'Lego bricks,' but morphic fields guide the final 'shape' or organization of organisms.

Sheldrake's book, 'A New Science of Life,' was met with extreme hostility from the scientific establishment. John Maddox, editor of 'Nature,' called for it to be burned, comparing it to Hitler's 'Mein Kampf.' This led to a professional blacklisting, and later, Sheldrake's TEDx talk on 'The Science Delusion' was removed from TED's YouTube channel, sparking accusations of dogmatic censorship.

John Maddox, editor of 'Nature,' called Sheldrake's book 'the best candidate for burning there's been for many years' (00:18:26). Sheldrake's TEDx talk was removed from YouTube by TED (00:20:33).

Experiments in 1984 showed that 2 million TV viewers solving a hidden picture puzzle made it easier for a control group to solve it faster. Newspapers observed crossword puzzles being solved 20% faster in the evening. The Flynn effect, where IQ scores rise globally by about three points per decade, even in pattern recognition, is also cited. Sheldrake's research on dogs anticipating their owners' return (85% accuracy for JT the terrier) and the 'sense of being stared at' (55% accuracy in 25,000 trials) further supports non-local information transfer.

British TV experiment (00:21:31), London Evening Standard crossword puzzle results (00:22:40), Flynn effect (00:22:52), Sheldrake's dog research (00:23:26), and 'sense of being stared at' trials (00:23:59).

Critics argue that the famous '100th monkey effect' story is fictionalized. Crystal formation can be explained by 'seed crystals' spreading between labs. The effects in human cognition experiments are small and methods contested. For the rat experiments, skeptics suggest early generations were stressed by inexperienced researchers. However, the discovery of epigenetics, where acquired traits can chemically tag DNA and pass information to offspring, offers a conventional scientific mechanism for some of the observed effects, though it doesn't fully explain morphic resonance.

The monkey story is 'completely made up' (00:25:27). Crystal formation explained by 'seed crystals' (00:25:50). Rat learning explained by researcher experience (00:26:35). Epigenetics is presented as a partial, conventional explanation (00:26:54).

Morphic resonance challenges the law of conservation of energy by positing information transfer without energy cost, a concept that resonates with quantum entanglement, where particles instantly respond to each other regardless of distance. The theory aligns with ideas from Carl Jung's collective unconscious, David Bohm's fundamentally connected space, and Erwin Schrödinger's concept of a single universal mind, suggesting a deeply interconnected universe.

Quantum entanglement confirmed in the 1980s (00:27:48). Carl Jung's collective unconscious (00:28:01), David Bohm's connected space (00:28:11), Erwin Schrödinger's single mind (00:28:16), and Max Planck, Nicola Tesla, Albert Einstein all arriving at 'connected' (00:28:27).