Let's play some Imperator: ROME, the new historical grand strategy by Paradox Development Studio! In this campaign, we will be playing as the Punic empire of Carthage, seeking to unite the Mediterranean under our banner and contain the Roman threat! - - - Imperator: Rome’s features include: Character Management: A living world of characters with varying skills and traits that will change over time. They will lead your nation, govern your provinces and command your armies and fleets. We also introduce our new, more human-like character art. Diverse Populations: Citizens, freemen, tribesmen and slaves - each population with its own culture and religion. Whether they fill your armies, fill your coffers or fill your colonies, keep an eye on their happiness - your success depends on their satisfaction. Battle Tactics: Choose your approach before battle to counter the stratagems of your foes. Military Traditions: Each culture has a unique way of waging war. Romans and Celts have different options available to them. Unlock unique bonuses, abilities and units. Different Government Types: Manage the senate in a Republic, hold your court together in a monarchy, answer to the clans in a tribal system. Barbarians and Rebellions: Migrating barbarians may sack or settle your best land, while disloyal governors or generals can turn against you - taking their armies with them! Trade: Goods provide bonuses to their home province. Will you take advantage of stockpiles for local strength or trade excess goods to spread the wealth around? Provincial Improvement: Invest in buildings, roads and defences to make your kingdom stronger and richer. ------------------------------------------------ ? If you enjoyed this video please consider hitting the Like button, it helps the channel grow by affecting search results on YouTube. Thanks! ^.^ ... https://www.youtube.com/watch?v=L-A33q-mXsw

? Physicists have no idea whether the symmetry of the mirror is disrupted in our world. If it's not broken at all, and we're just looking at the universe the wrong way, physicists say. The study was published in the arXiv preprint archive but not peer-reviewed. Physicists hope a strong gravitational field will strengthen the relationship between neutrons and mirror neutrons. Neutrons often transform into their mirror neutron equivalents, which could lead to strange things happening in the universe. The research is being carried out at the University of California, Berkeley. Neutron stars can survive the crippling weight of their own gravity by a quantum mechanical mechanism called degeneracy strain. With fewer normal neutrons, the limit is shrinking. The universe is just too old (13.8 billion years), and we have no idea how long this transition will take. Thanks and Enjoy ? ? - - - ? #Neutrons #Stars #Blackholes ▌│█║▌║▌║▌║▌║█│▌ ... https://www.youtube.com/watch?v=HYBp9CMIa5w

? COMMENT Below For 1 Week GOOD LUCK ? ? MIT team develops miniaturized robots that can stretch using laser zaps. The bots have mechanical legs powered by electronic silicon-based modules. Scientists say they could revolutionize both microrobotics and medicine. The team was able to jiggle the legs of a battalion of microbots in a synchronized "march" simultaneously. The key is to allow microbots to travel inside the body reliably, which is a really difficult issue, they say. The aim is to develop cell-sized robots that police our bodies, which seems like science fiction, but with serious obstacles in the way. Scientists have developed microbots that can climb, leap, roll, or even swim using magnets to monitor their travel through the rough terrain of human tissue. The main challenge is that electronically operated legs (or actuators) are very hard to produce. Although they appear to "swim" they are able to appear to be a little nervous and slightly sluggish, the bots were able to make it to the top of the bill. The authors are simply trying to solve the locomotion problem, the authors said, to be as imaginative and clever as the authors themselves. At just 40cm wide and 70m long, the robots are the smallest on-board electronics microbots in nature. Tiny robots can withstand temperature variations up to 100F and more than a dozen orders of magnitude of acid concentrations. They are incredibly cheap to make: around one-tenth of a penny ($0,001) for each robot. The robots don't have an on- board power supply, which means they need to be tied to an external energy and information source like a puppet. The "swallowable surgeon" technique could help diagnose or treat surface tissue, such as the eyes. Thanks and Enjoy ? ? - - - ? #Microscopic #Robot #Surgon Sources: ⚉ https://www.nature.com/articles/s41586-020-2626-9 ⚉ https://www.nature.com/articles/d41586-020-02421-2 ⚉ https://www.nature.com/articles/d41586-018-07892-y ⚉ https://www.eurekalert.org/pub_releases/2020-08/cu-mr082520.php ▌│█║▌║▌║▌║▌║█│▌ ... https://www.youtube.com/watch?v=KtS-lZkLvyI

? COMMENT Something Profound For 1 Week GOOD LUCK ? ? Stanford University team unveils an improved variant of optogenetics that regulates actions without the need for surgery. Genetic modification is the secret to optogenetic -- without it, neurons don't actually respond to light. Translating a powerful scientific technology into therapeutic treatment may benefit patients with neurological disorders. We're quite a long way from science manipulating the brain with flashlights, but the analysis shows that it's theoretically within the scope of science fiction, says David Wheeler. The team was able to adjust how probable the mouse was to have seizures or to reprogram the brain so that it favored the social business. Scientists will connect opsin genes, a specific class of algae proteins, to live neurons using viruses. Opsins are specialized "doors" that unlock under such light wave frequencies, which mammalian brain cells can't do. Scientists may even fine-tune which neurons have the extra power, such as those involved in memory or epilepsy. The new research began with the key aim of the Deisseroth team: let's ditch the need for surgical implants, says Dr. Peter Goelz. The team had a candidate, one so nice that it was a ChRmine (bad joke cringe) Scientists used viruses to apply ChRmine to the region deep within the brain of mice. Light-enhanced mice were much more likely to push a button to transmit light to their scalps. Scientists were able to transform a psychologically ambivalent mouse into a friendly social butterfly. For now, this is only feasible in mice. Our brains are far bigger, which ensures that light reflecting across the skull and reaching far enough becomes much more difficult. The study indicates that through the infusion of a virus it is theoretically possible to regulate something as integral to a personality through nothing but light. Research indicates that it is possible to regulate the brain without surgery or implants. Other approaches overheat delicate brain tissue and result in injury. While not quite perfect, this brain-control OS solves these problems. Thanks and Enjoy ? New Way to Control the Brain With Light—No Surgery Required ? ? - - - ? #OptoGenetics #BrainSurgery #GeneticModification ▌│█║▌║▌║▌║▌║█│▌ ... https://www.youtube.com/watch?v=Z-vMl8xfLf4