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  很高興地宣布Giant期刊正式創刊。Giant是一本聚焦基礎和應用高分子科學的開源跨學科學術期刊，涵蓋化學、物理、生物和材料等學科。

  “在大分子科學和技術跨進第二個百年的時刻，Giant適時創刊，一方面為慶祝大分子科學的蓬勃發展，另一方面也為收集和分享軟物質學科的最新研究成果提供一個平臺。從2017年開始，我們每年組織軟物質科學國際學術研討會，討論軟物質科學中的新興概念、新方向和最新應用。現在，我很高興與相關領域的頂尖科研人員一起為高分子學科帶來這份新期刊。” --程正迪，Giant期刊主編。

  Giant涵蓋大分子化學、超分子組裝、多尺度和多功能材料、有機-無機雜化材料、生物物理學、仿生學和表面科學等領域。期刊核心主題包括從大分子的合成、表征以及組裝的新方法，到具有特定性質及均一尺寸的精密大分子，到多維尺寸的納米材料的設計和組裝，再到具有多尺度可調節性能的智能或生物材料的研究。該期刊旨在為大分子學科的發展帶來獨特的包容性視角，并為大分子學科中新概念，尤其是對不斷擴展的新型大分子結構，以及大分子系統基本共有特征的新理解提供討論平臺。

本刊核心主題包括但不限于：

• 大分子、生物大分子和分子簇

• 納米材料和雜化材料

• 超分子化學和多層次組裝

• 多尺度理論、計算和模擬

• 人工/仿生智能表面、界面和材料

• 軟物質材料在健康、能源和其他領域的應用

  誠摯歡迎大家投稿。更多信息請訪問https://www.journals.elsevier.com/giant

We are delighted to announce the launch of Giant, an interdisciplinary open access journal focusing on fundamental and applied macromolecular science spanning all of chemistry, physics, biology, and materials.

 “This is a timely launch to celebrate the expansion of macromolecular science and to collect and share the very latest global research on soft matter. We launched the international symposium for soft matter science and technology in 2017 to cover emerging concepts, new directions and the latest applications. I am now excited to work with leading scientists in the field to bring this new journal to the community.” Stephen Cheng (Editor-in-Chief, Giant)  

Key areas covered include macromolecular chemistry, supramolecular assembly, multiscale and multifunctional materials, organic-inorganic hybrid materials, biophysics, biomimetics and surface science. Core topics range from developments in synthesis, characterization and assembly towards creating uniformly sized precision macromolecules with tailored properties, to the design and assembly of nanostructured materials in multiple dimensions, and further to the study of smart or living designer materials with tunable multiscale properties. The journal seeks to bring an alternative, inclusive perspective on macromolecules and serves as a platform for discussions around emerging concepts in macromolecular science, with emphasis on the ever-expanding scope of new macromolecular architectures and the new understanding of the underlying common features of macromolecular systems.

Core topics include but are not limited to:

• Macromolecules, biomacromolecules, and molecular clusters

• Nanomaterials and hybrid materials

• Supramolecular chemistry and hierarchical assembly

• Theory, modelling, and simulation in multiple scales

• Artificial/bio-inspired intelligent surface, interface and materials

• Soft-matter materials for health, energy and other related applications