Azteca Pyramids: Unravel Multiple Dimensions in Higher Density Living

Discover the ancient wisdom of Enlightened Beings and the mystique of Azteca Pyramids with this captivating t-shirt design, celebrating the exploration of Multiple Dimensions and Higher Density Living. Inspired by the teachings of Alexander McCaig and Jason Rigby, this wearable art piece invites you to look within and live your life on the edge of two worlds.

Embrace a reality where true understanding of who you are unfolds through new age thinking, living, and practices. Venture into the unknown, as McCaig and Rigby navigate the thinly veiled world of spiritual awakening, consciousness, spirit, and the human condition. Join them in embodying the oneness of all, walking the cliff's edge between seen and unseen realities, and embracing spiritual awakening experiences and enlightenment.

Equip yourself for a spiritual evolution and prepare to discover a whole new world. As we delve deeper into the abyss of self, we must unite our collective trajectory in growth and power, working towards a better creational path forward. The journey to higher density evolution calls for increased collective propensity, mutual love, understanding, and the aggrandization of universal values.

This t-shirt represents the recurring theme and central pillar of discussion at Higher Density Living, addressing past and present controversies concerning human and alien affairs. Embody the spirit of the Azteca Pyramids, the wisdom of Enlightened Beings, and remember, aliens will remain.

This classic unisex jersey short sleeve tee fits like a well-loved favorite. Soft cotton and quality print make users fall in love with it over and over again. These t-shirts have-ribbed knit collars to bolster shaping. The shoulders have taping for better fit over time. Dual side seams hold the garment's shape for longer.

.: 100% Airlume combed and ringspun cotton (fiber content may vary for different colors)
.: Light fabric (4.2 oz/yd² (142 g/m²))
.: Retail fit
.: Tear away label
.: Runs true to size